Podcasts about IOT

This show has been flagged as Explicit by the host. Show Notes Episode Overview Operator kicks off the episode feeling under the weather but shares a quick tip for making perfect egg drop soup before diving into his main project: diagnosing why his front-door security camera stopped sending alerts and recording events. What follows is a live-debugging session covering network config, script logging, Windows permission hacks, NTP time drift, and firmware flashing. Key Topics & Breakdown Egg Drop Soup Hack: How to get that perfect ribbony texture by creating a boiling swirl before pouring in the eggs, plus broth-to-egg ratio tips. Camera Setup & Network Config: Using static DHCP via MAC address binding on a UniFi Dream Machine (UDM) for local domain resolution instead of hardcoding IPs. Python & Cron Automation: Running a custom Python script every 2 minutes to check for new recordings, parsing logs with grep -v , and navigating massive log files in vi . Windows Troubleshooting Tangent: Deleting the stubborn Windows.old folder using the TrustedInstaller service hack ( ExecTI.exe ) instead of taking ownership manually. Time Sync & Firmware Quirks: Discovering the camera's system clock was stuck in 2011/2026, causing missed events. Downloading firmware via a slow third-party link, renaming .bin to .zip , and extracting with 7-Zip. Pre-Flash Backup Routine: Exporting camera configuration before upgrading, storing it in Google Drive for searchable documentation, and clearing old log/trigger files to reset the event pipeline. ️ Tools & Techniques Mentioned crontab + Python scripts for automated monitoring grep -v , cat , tail , and vi (line navigation with :1000 ) Obsidian for note-taking & AI assistant integration Firefox/Playwright for headless browser testing Turbo Download Manager & Bolt Media Downloader for multi-threaded/sniffing downloads 7-Zip for archive extraction Google Drive for searchable config backups Resources & Links Python API Script: Uniview IPC3628SR Recording Checker Camera Model: IPC3628SR (Uniview Wyze ISP Warm Light Deterrent Network Camera) TrustedInstaller Run-as Tool: ExecTI TrustedInstaller Runner Quick Takeaways Always verify NTP/time sync on IoT cameras before troubleshooting missed events or alerts. Use grep -v "noise" to quickly filter out repetitive log entries when debugging automation scripts. Windows system folders can be stubborn; running commands as TrustedInstaller bypasses hidden file locks without manual ownership changes. Always export and back up device configs before flashing firmware, even if the upgrade seems straightforward. Third-party download links often use temporary tokens or .bin wrappers; renaming to .zip and verifying with 7-Zip can save headaches. Thanks for listening! Stay curious, keep your logs clean, and remember: defense in depth starts at home. Example trusted installer hack # Shhhh I can't IR ... Defender, ForcePoint, SMS Agent Host ...I just can't anymore ... sc config TrustedInstaller binPath= "Reg add "HKEY_LOCAL_MACHINESYSTEMCurrentControlSetServicesSense" /v Start /t reg_dword /d 4 /f" sc start "TrustedInstaller" sc config TrustedInstaller binPath= "Reg add "HKEY_LOCAL_MACHINESYSTEMCurrentControlSetServicesFppsvc" /v Start /t reg_dword /d 4 /f" sc start "TrustedInstaller" sc config TrustedInstaller binPath= "Reg add "HKEY_LOCAL_MACHINESYSTEMCurrentControlSetServicesCcmExec" /v Start /t reg_dword /d 4 /f" sc start "TrustedInstaller" sc config TrustedInstaller binPath= "Reg add "HKEY_LOCAL_MACHINESYSTEMCurrentControlSetServicesWinDefend" /v Start /t reg_dword /d 4 /f" sc config TrustedInstaller binPath= "C:WindowsservicingTrustedInstaller.exe" Provide feedback on this episode.

Qualcomm just held its 2026 Investor Day, and the headline number is a new $15 billion AI data center revenue target for 2029 — up from essentially zero two years ago. We break down whether this fabless smartphone-royalty giant can actually pull off a pivot into AI data centers.We cover the AlphaWave Semiconductor acquisition and why Arm-based data center networking IP matters to hyperscaler customers, Qualcomm's 3D-stacked silicon packaging approach designed to work around the high bandwidth memory bottleneck amid the 2026 memory shortage, and the Modular acquisition — an AI-native software platform positioned as a potential CUDA alternative. On fundamentals, we walk through the revenue mix as smartphone growth slows to a 5% CAGR following the Apple wind-down, and why automotive and IoT are beating original targets. We close with a reverse DCF on the ~$190 stock price to see how much growth is already priced in, and why QCOM still holds a place in our portfolio as a diversified, value-oriented semiconductor stock.Content is for general information and entertainment only, not individual investment advice. All investing involves risk, including loss of principal. CSI owns shares of Qualcomm.Semi Insider members get full access to our research platform and tools. Join at chipstockinvestor.com.

The episode highlights a structural weakness in the current cybersecurity product ecosystem, where the process of certification and lab-based product validation often fails to ensure meaningful security. The episode focuses specifically on how regulatory and certification frameworks—such as those linked to device and software security—are largely decoupled from true technical evaluation, enabling both vendors and labs to use certification badges as symbolic rather than substantive assurances of security. According to Adwait Nadkarni, this decoupling allows manufacturers to treat compliance as a liability shield, rather than as a measure of robust risk mitigation. The most consequential finding, as articulated by Adwait Nadkarni, is that many certified security products can deliberately evade both automated and human review processes, with vulnerabilities designed to look secure while quietly exposing risk. The episode references certification structures such as SOC 2 and detailed research into IoT device certification, finding that certification labs often compete on speed and convenience instead of technical rigor. This creates a situation where certified products may still contain basic, decades-old flaws, with operators and MSPs left without practical recourse when technology fails. Other related developments reinforce the risk transfer created by certification mechanisms. Vendors frequently utilize broad liability disclaimers in end-user licensing agreements, explicitly or implicitly excluding themselves from responsibility for product failures—even in scenarios involving harm or downtime. Adwait Nadkarni points to practices where smoke detectors and other security products use ambiguous language about acceptable use and warranty, further reducing vendor accountability. Labs themselves generally disclaim any responsibility for the certified products' behavior once deployed, emphasizing a system with diffuse or absent accountability. For MSPs and IT leaders, these developments underscore the need to move beyond reliance on certifications and vendor marketing. Operators should critically assess the actual language and protections embedded in contracts, focusing on enforceable liability rather than assuming technical validation from a certification badge. Absent regulatory reform or industry-wide consortia to create and uphold real minimum standards, the practical task for service providers is to minimize exposure to legal and operational risk by scrutinizing the fine print of contracts, seeking clear remedies for technology failures, and tempering trust in vendor assurances that cannot be independently verified. Supported by: GuardzCometBackup

Deepti Yenireddy, Founder and CEO of Boon, joins Gareth McGlynn to talk about building AI that can actually read construction drawings. A second-time founder, Deepti exited her first company, HR tech platform My Ally, and led product at IoT leader Samsara before turning her focus to preconstruction.Key Topics Covered:What Boon Does: Helping preconstruction teams bid more, bid better, and bid more accurately, at 10x to 100x speed.The AI Estimator: Deepti announces Boon's first preconstruction AI employee, working the full lifecycle from project invite to final proposal.Hallucination and Human Control: How estimators stay in the loop with a visual review platform and links back to the agent's sources.Accuracy and F1 Scores: Why Boon publishes accuracy scores for every trade and scope, and why below 90 percent creates user friction.Boon vs Generic LLMs: Why ChatGPT and Gemini can read the text in your drawings but cannot tell where a line starts and stops.Implementation and ROI: A one-hour onboarding, and a GC customer who generated 430 extra hours in a year with one person using the agent.And much, much more.You can connect with Deepti via her Linkedin: https://www.linkedin.com/in/deepti-yenireddy/

In this episode, I sat down with Robert Schram from Cedes to talk about how technology is reshaping the elevator industry. Robert's path into elevators started in construction, laying flooring to fund surfing trips, before eventually working his way from field repair into some of the most advanced conversations happening around IoT, predictive maintenance, and smart buildings. We discussed the evolution of elevator safety, what it means to “unleash the voice of the elevator,” and how new technology could transform the way elevators are maintained.Chapters:00:00 Intro01:40 Journey into the Elevator Industry05:52 Innovations in Elevator Safety Technology07:49 The Future of Elevator Maintenance10:14 Data-Driven Decision Making in Elevators13:35 The Role of IoT in Elevators15:45 Challenges in Adopting New Technologies19:22 The Importance of Transparency in Elevator Services27:41 Smart Behavior and Future Innovations31:36 Elevators in the Connected Building of the Future34:38 Advice for the Next Generation in the Industry35:55 OutroResources: Subscribe: https://www.youtube.com/@elevatorcareers/ Submit a Topic Idea for the Podcast: https://elevatorcareers.net/ Connect With Us: linktr.ee/AllredGroupA Message From Our Sponsor: Looking for top-tier talent to join your team? Call The Allred Group for your elevator recruiting needs! With a deep network and unmatched industry expertise, we quickly connect you with skilled professionals who are ready to elevate your team. Let us handle the hiring process, so you can focus on growing your business with the best in the industry. Reach out today, and let us help you take your business to new heights! To contact us go to: https://allredgroup.com

Was hat eine intelligente Lampe mit Versicherungen, Prävention und der Zukunft von Smart Home zu tun?Mehr als man auf den ersten Blick vermuten würde. In dieser Episode spricht Sebastian Langrehr und Julius Kretz mit Olaf Schindler, Gründer von vreeda, über die spannende Schnittstelle zwischen IoT, Smart Home und Versicherungen. Gemeinsam diskutieren sie, warum Prävention oft an der Realität der Kunden vorbeigeht, weshalb Versicherer neue Wege in der Kundenbeziehung gehen müssen und wie intelligente Lichtsysteme dabei helfen könnten, Einbrüche zu verhindern, ältere Menschen länger selbstständig leben zu lassen oder gesündere Gewohnheiten im Alltag zu fördern.Dabei geht es um Daten, Ökosysteme, Innovation, die Zukunft der Wohngebäudeversicherung und die Frage, warum die nächste große Disruption der Versicherungsbranche möglicherweise nicht aus der Versicherungswelt selbst kommt. Eine Episode voller ungewöhnlicher Ideen, neuer Perspektiven und konkreter Impulse für alle, die verstehen wollen, wie Versicherung, Technologie und Prävention künftig zusammenwachsen könnten. #InsuranceMonday #SmartHome #IoT #InsurTech #Versicherung #Prävention #ConnectedHome #Digitalisierung #Innovation #Datenökonomie #Ökosysteme #FutureOfInsuranceSchreibt uns gerne eine Nachricht!Folge uns auf unserer LinkedIn Unternehmensseite für weitere spannende Updates.Unsere Website: https://www.insurancemondaypodcast.de/Du möchtest Gast beim Insurance Monday Podcast sein? Schreibe uns unter info@insurancemondaypodcast.de und wir melden uns umgehend bei Dir.Dieser Podcast wird von dean productions produziert.Vielen Dank, dass Du unseren Podcast hörst!

Entri in palestra oggi e l'esperienza è ancora molto simile a quella di vent'anni fa. Attrezzi, schede di allenamento e poca personalizzazione.Ma cosa succede quando dati, software e intelligenza artificiale incontrano il mondo del fitness?In questa puntata di Pionieri del Tech parlo con Pier Luigi Riet, Co-founder e CEO di Sweet Science, che con Dynamis sta sviluppando una piattaforma capace di analizzare il reale utilizzo delle palestre per migliorare l'esperienza degli utenti e aiutare i gestori a prendere decisioni basate sui dati.Parliamo di product innovation, startup, software, AI, raccolta intelligente dei dati, sviluppo prodotto e di come innovare un settore tradizionale senza inseguire la tecnologia fine a sé stessa.Una conversazione che va ben oltre il fitness e racconta come nasce una vera innovazione tecnologica.Host & Guest- Host: Alex Pagnoni- Guest: Pier Luigi Riet - Co-founder & CEO di Sweet ScienceCapitoli:00:00 Introduzione01:32 Perché il fitness è rimasto indietro05:12 Dal problema dell'affollamento all'idea di Dynamis09:40 Costruire un prodotto partendo dall'esperienza reale13:34 Quali dati servono davvero?18:22 Da sistema IoT a piattaforma software22:50 Le sfide di una startup innovativa28:11 Come i dati aiutano le palestre a decidere33:47 Il futuro delle palestre intelligenti38:26 Il consiglio per chi vuole innovare41:10 Dove seguire Sweet Science42:00 Conclusione

VOV1 - Sáng 11/7, tại Trung tâm Chuyển đổi số thành phố Hà Nội, Viện Nghiên cứu Thiết kế Trường học (Bộ Giáo dục và Đào tạo) phối hợp với Cục Công nghệ thông tin và Thống kê (Bộ Khoa học và Công nghệ) cùng Công ty Cổ phần Công nghệ Giáo dục Vì Người Việt tổ chức Lễ phát động cuộc thi AIROC VN 2026AIROC Việt Nam 2026 là cuộc thi Robotics tích hợp Trí tuệ nhân tạo (AI) và Internet vạn vật (IoT) dành cho học sinh phổ thông. Kế thừa nền tảng của cuộc thi Robothon đã được triển khai gần 20 năm qua, từ năm 2026, sân chơi chính thức mang tên AIROC, đánh dấu bước chuyển từ Robotics truyền thống sang tích hợp sâu các công nghệ AI và IoT, phù hợp với xu thế chuyển đổi số trong giáo dục.Phát biểu tại buổi lễ, ông Nguyễn Viết Khiêm, Phó Viện trưởng Viện Nghiên cứu Thiết kế Trường học cho biết, cuộc thi AIROC đánh dấu một bước phát triển mới phù hợp với xu thế giáo dục của thời đại trí tuệ nhân tạo: "Điểm khác biệt của cuộc thi AIROC không chỉ nằm ở việc chế tạo những cỗ máy hiện đại hơn, mà còn ở việc giúp học sinh biết kết hợp AI, Robotics để giải quyết những bài toán thực tiễn của cuộc sống. Các em sẽ được trải nghiệm toàn bộ quá trình: từ nhận diện vấn đề, thiết kế giải pháp, lập trình, thử nghiệm, cải tiến đến trình bày các ý tưởng và làm việc theo nhóm. Đó cũng chính là những năng lực cốt lõi mà công dân của thế kỷ 21 cần có."

Send us Fan MailOn this episode of Embedded Insiders, Kelly Peralta, VP Sales and Business Development at Gateworks Corporation, joins us to discuss the company's current role in the industrial SBC market. We also dive into how trends such as edge computing and AI will shape the evolution of SBCs. Next, Rich and Vin are back with another Dev Talk about MCU architecture loyalty. They're discussing whether AI removes the hurdle of rewriting code for different architectures and how it could affect MCU vendors. But first, we're diving into some more recent news about custom AI chips and what this could mean for the companies hopping on the trend. For more information, visit embeddedcomputing.com

Send us Fan MailImagine a world where a child with a rare disease in a rural hospital could benefit from the collective intelligence of 500 of the world's best children's hospitals - not years later, but in real time. What if artificial intelligence could connect medical expertise globally while keeping every patient's data private? That is the ambitious vision behind the Pediatric Moonshot ( https://pediatricmoonshot.org/ ).Our guest today has spent more than four decades at the forefront of nearly every major transformation in enterprise computing. Dr. Timothy Chou earned his Ph.D. in Electrical Engineering from the University of Illinois before beginning his career at Tandem Computers, one of Silicon Valley's pioneering companies in fault-tolerant distributed computing. He later served as President of Oracle On Demand, helping lead Oracle's early cloud computing initiatives years before "the cloud" became part of everyday vocabulary.Alongside his industry career, Dr. Chou has taught at Stanford University since 1982, where he created the university's first course on cloud computing and has inspired generations of entrepreneurs and technology leaders. Today he serves on the Board of Directors of Teradata, chairs the IoT initiative at Alchemist Accelerator, advises emerging enterprise software companies, and was recognized as one of the National Association of Corporate Directors' Directorship 100 honorees.But after what many would consider a complete career, Dr. Chou came out of retirement to pursue perhaps his most ambitious mission yet. Inspired by one of his Stanford students, he founded Pediatric Moonshot, a nonprofit with a bold vision: to reduce healthcare inequity by enabling privacy-preserving artificial intelligence to securely learn from the more than one million medical machines spread across roughly 500 children's hospitals around the world - without requiring patient data to leave those hospitals.Today we're going to explore not only the future of pediatric healthcare and artificial intelligence, but also whether medicine is on the verge of its own Internet moment - where distributed intelligence, rather than centralized data, could fundamentally reshape how care is delivered around the world.#PediatricMoonshot #ArtificialIntelligence #AIHealthcare #HealthcareInnovation #FutureOfMedicine #DigitalHealth #HealthTech #MedicalAI #AIRevolution #EdgeComputing #CloudComputing #FederatedLearning #RareDisease #Pediatrics #ChildrenHealthcare #PrecisionMedicine #HealthcareEquity #Innovation #Technology #SiliconValley #StanfordUniversity #AIAgents #FutureTechnology #MedicineOfTheFuture #ProgressPotentialAndPossibilitiesSupport the show

Sammy Azdoufal is a cybersecurity researcher and head of AI at ETERNITI. He discovered a vulnerability affecting over a million baby monitors and security cameras worldwide, which allowed him to access live feeds from those devices with no hacking required. In this episode, Azdoufal joins host Heather Engel to discuss his research, regulations in the consumer IoT industry, and more. • For more on cybersecurity, visit us at https://cybersecurityventures.com

Ajay Kulkarni grew up in tech, as his father was a tech entrepreneur selling PC's in the early 80's. He went to college in MIT, and eventually founded a startup that was acquired by GroupMe (while it was being acquired by Skype... while they were being acquired by Microsoft). He's always been attracted to building things, so startups are right up his alley. Outside of tech, he is married with 2 young kids. He is a big exercise guy... he loves to run, swim and track his steps. Additionally, he loves music - to listen, and to play guitar, piano and drums.Ajay and his co-founder met 30 years ago at MIT. They reconnected after years of doing their own thing, starting to dig into the iOT world. In doing this, they built a database because they the best solution to store this data... and in doing so, they unlocked their next venture out of this necessity.This is the creation story of Tiger Data.SponsorsUnblockedTECH DomainsMezmoBraingrid.aiLinkshttps://www.tigerdata.com/https://www.linkedin.com/in/ajaykulkarni/Our Sponsors:* Check out Cash App and use my code CASHAPP10 for a great deal: https://cash.app* Check out Plaud AI and use my code CODESTORY for a great deal: https://plaud.aiAdvertising Inquiries: https://redcircle.com/brandsPrivacy & Opt-Out: https://redcircle.com/privacy

AI is making our technology smarter… but it's also making it much, much hotter. With higher demand for HPC and enterprise AI, data centres are having to adapt to meet the changing demands on the modern world. This week, Technology Now is joined by Jason Zeiler Principal Product Manager for Next Generation Infrastructure and HPC/AI Liquid Cooling at HPE to find out:• The efficiency benefits of liquid cooling compared to air cooling and why that isn't always enough to convince enterprises to switch• Whether future data centres will be built from first principles around liquid cooling infrastructure• How higher operating temperatures are feeding back into microchip manufacturers' designs for the next generation of chips

VOV1 - Theo số liệu mới công bố của cơ quan chức năng Singapore, số hệ thống nhiễm mã độc tại nước này đã tăng hơn gấp đôi, cho thấy các mối đe dọa trên không gian mạng đang diễn biến phức tạp.Theo báo cáo Toàn cảnh an ninh mạng do Cơ quan An ninh mạng Singapore (CSA) công bố ngày hôm qua (30/6), số hệ thống nhiễm mã độc được phát hiện tại nước này trong năm 2025 đã lên tới 284.300, tăng hơn gấp đôi so với năm trước đó. Đáng chú ý, số vụ tấn công bằng mã độc để tống tiền cũng gia tăng, từ 159 vụ trong năm 2024 lên 165 vụ trong năm 2025.Các hệ thống mã độc có thể chiếm quyền kiểm soát bao gồm máy chủ, máy tính và thiết bị Internet vạn vật (IoT), cho phép đối tượng tấn công điều khiển từ xa và sử dụng vào các hoạt động độc hại. Theo CSA, một trong những nguyên nhân chính khiến số hệ thống nhiễm mã độc gia tăng mạnh là nhiều thiết bị IoT vẫn sử dụng cấu hình bảo mật yếu hoặc không được cập nhật, vá lỗi phần mềm thường xuyên.  Ông David Koh, Giám đốc điều hành CSA cảnh báo, trong bối cảnh hiện nay, các đối tượng tấn công có thể “vũ khí hóa” lỗ hổng bảo mật chỉ trong thời gian rất ngắn, thậm chí chỉ vài phút. Mã độc sau đó có thể nhanh chóng lan rộng qua các mạng lưới kết nối trước khi các biện pháp phòng thủ, ngăn chặn được triển khai. CSA cũng cảnh báo xu hướng các đối tượng tấn công gia tăng khai thác các mô hình, công cụ trí tuệ nhân tạo (AI) để vượt qua các hàng rào an ninh và xâm nhập hệ thống.   Để ứng phó trước tình hình trên, CSA đã ban hành quy định siết chặt yêu cầu bảo mật đối với các bộ định tuyến dùng trong hộ gia đình. Theo đó, chậm nhất vào cuối năm 2027, các bộ định tuyến dân dụng bán tại Singapore phải đáp ứng tiêu chuẩn bảo mật cấp độ 2, cao hơn mức cơ bản hiện nay, bao gồm tăng cường an toàn trong truyền và bảo mật dữ liệu cũng như phương thức xác thực người sử dụng.Cùng với đó, thông qua Trung tâm nâng cao khả năng chống chịu trên không gian mạng, CSA sẽ hỗ trợ các doanh nghiệp vừa và nhỏ kiểm tra an toàn hệ thống, củng cố năng lực phòng vệ và phục hồi sau sự cố. Đối với chủ sở hữu hạ tầng thông tin trọng yếu, chương trình chứng nhận thực hành bảo đảm an ninh mạng Cyber Trust sẽ trở thành yêu cầu bắt buộc trong thời gian tới./.Quốc Hùng/VOV Thái LanẢnh minh họa - Nguồn: Reuters

Ronald, Marco en Jelle nemen de laatste aflevering voor de zomerstop op. Natuurlijk begint dat met AI-gebruik dat iets te veel op een verslaving begint te lijken, inclusief technostress, Claude-limieten en zelfgebouwde tools die sneller ontstaan dan gezond voelt. Daarna: datadiodes. Naar aanleiding van ons tankmeter-item wees een luisteraar op de Open Source Data Diode: een manier om sensoren wel meetwaarden naar buiten te laten sturen, maar geen verkeer terug naar binnen toe te staan. Ronald vertelt hoe in Nederland de eerste datadiodes ontstonden rond staatsgeheimen, glasvezel en fysieke eenrichtingsverkeer. Marco bespreekt een FIFA-bug waarbij een onderzoeker via een publiek voetbalmakelaarsaccount in FIFA's Microsoft-omgeving terechtkwam. Door ontbrekende server-side toegangscontrole had hij in theorie WK-streams kunnen aanpassen. De kwetsbaarheid werd via CISA en de FBI gemeld, omdat FIFA zelf geen duidelijk meldpunt had. Ronald neemt FISA Section 702 mee: de Amerikaanse surveillancebevoegdheid onder onder meer PRISM is verlopen, maar bestaande certificeringen lopen voorlopig nog door. De discussie draait vooral om data van Amerikanen die "incidenteel" in buitenlandse intelligencecollectie terechtkomt, en waar de FBI vervolgens in kon zoeken. Ook kort: de Belgische Staatsveiligheid werd opnieuw geraakt via een security-/beheerproduct, dit keer Ivanti EPMM. En Ronald bewaart voor na de zomer een spionageverhaal over een enorme schotelantenne bij een Frans Starlink-grondstation. Het eerste grote verhaal: mag een inlichtingendienst je router schoonhacken? De Canadese CSIS kreeg rechterlijke toestemming om met Threat Reduction Measures botnet-malware op Canadese servers, SOHO-routers en IoT-apparaten te neutraliseren. Dat voelt nuttig, maar schuurt ook: de overheid grijpt actief in op apparaten van burgers en bedrijven. Het tweede grote verhaal komt van Marco: een China-gelinkte groep zat langdurig in onderzoeksinstellingen in de VS en Canada. De ingang liep via REDCap, onderzoekssoftware voor databases en vragenlijsten. De malware INFINITERED overleefde updates, las wachtwoorden mee en uiteindelijk werd een beheerwachtwoord hergebruikt om mailregels aan te zetten. Simpel en pijnlijk: mails met interessante trefwoorden werden stilletjes via BCC doorgestuurd. De les van deze aflevering: sommige aanvallen zijn technisch slim, maar vaak blijft de kern akelig gewoon. Een oude server, een hergebruikt wachtwoord, een mailregel, een router die niemand meer beheert. Precies daar zit de kwetsbaarheid. Bronnen: - Technostress en GenAI: https://pmc.ncbi.nlm.nih.gov/articles/PMC13084270/ - OSDD / Vrolijk: https://github.com/Vrolijk/OSDD - Open Source Data Diode: https://github.com/CyberInnovationHub-NLD/OpenSourceDataDiode - FIFA-bug / BobDaHacker: https://bobdahacker.com/blog/fifa-hack - Dark Reading over FIFA: https://www.darkreading.com/application-security/fifa-bug-world-cup-streams-remote-takeover - FISA 702 explainer: https://www.brennancenter.org/our-work/research-reports/section-702-foreign-intelligence-surveillance-act - Axios over FISA 702-verlenging: https://www.axios.com/2026/06/11/fisa-section-702-expiration-pulte-trump-johnson - Belgische VSSE / Ivanti: https://www.techzine.eu/news/security/142341/belgian-state-security-hit-by-ivanti-data-breach/ - Starlink-spionagezaak Frankrijk: https://intelnews.org/2026/02/11/01-3427/ - Federal Court Canada, file C-6-24: https://www.fct-cf.ca/en/pages/media/news-bulletins/file-c-6-24 - The Hacker News over CSIS: https://thehackernews.com/2026/06/canadas-spy-agency-used-first-of-its.html - Google Threat Intelligence over REDCap/UNC6508: https://cloud.google.com/blog/topics/threat-intelligence/prc-targets-us-medical-research

In this episode of the Federal Tech Podcast, John Gilroy interviews Justin Fessler, Vice President of Public Sector at LogicMonitor, about the growing role of autonomous AI and observability in federal government IT operations. Fessler explains that autonomous AI is not about replacing people but about automating repetitive operational tasks, correlating complex system events, and helping IT teams make faster, better-informed decisions. Rather than allowing AI to operate without oversight, LogicMonitor focuses on keeping humans "in the loop" while AI handles time-consuming analysis and routine remediation. A central theme is the importance of complete visibility across increasingly complex federal environments. LogicMonitor's agentless monitoring technology discovers devices, cloud resources, applications, and shadow IT without requiring software agents on every endpoint. This broad visibility enables agencies to identify unmanaged assets, reduce blind spots, optimize cloud costs, and strengthen security. The discussion also highlights observability's critical role in Zero Trust. Fessler notes that agencies cannot secure or verify assets they cannot see. By discovering everything connected to the network—including servers, cloud services, IoT devices, cameras, badge readers, and physical infrastructure—LogicMonitor helps agencies build a stronger Zero Trust foundation. Gilroy and Fessler examine the challenges of managing hybrid and multi-cloud environments, emphasizing that agencies require a single operational view regardless of where workloads reside. LogicMonitor integrates information across cloud providers and third-party platforms, including ServiceNow, Splunk, Dynatrace, Datadog, and IBM Watsonx, enabling AI-driven event correlation and faster incident response. The conversation concludes with the future of autonomous IT. Fessler predicts increased automation, AI-assisted self-healing infrastructure, and significantly reduced mean time to identify and resolve incidents. Rather than replacing IT professionals, autonomous AI will eliminate repetitive work, allowing skilled personnel to focus on higher-value mission objectives while improving operational resilience, reducing alert fatigue, and delivering better digital services to citizens.         For more information, visit www.logicmonitor.com/solutions/federal-government.

El evento reunirá a líderes tecnológicos para debatir sobre eficiencia, resiliencia y competitividad en infraestructuras críticas. Tertulia con Julio César Pereira, Iberia Sales Director de DXC; Alejandro Pinal, Desarrollo de Negocio Industria y Defensa de Grupo Amper; Gustavo Sandoval, Head of Industrial AI, IoT & Smart X de Knowmad Mood; Gonzalo Valle: Presales Manager de IFS; y Diego Sanz, Head of Utilities & Energy de Vass Company.

Dive into this episode where we unpack recent developments on Thread features and partnerships, to industry shifts in pricing and product launches. Stay informed about what's next in IoT and how it impacts your connected home setup. Joining this week is Ann Olivo, VP of marketing for the Thread Group.Key topics:The new Thread app and its features, including network visualization tools for developersApple's iOS 27 beta and updates to HomePod, Apple TV, and their impact on smart home automationSignify's new Skylight product and its control limitationsGoogle's new Gemini speaker and its AI integrationIndustry price hikes for Apple products, including HomePods and Apple TVCollaboration between Signify (Philips Hue) and Silicon Labs for dual Zigbee and Thread supportThe significance of outdoor Thread devices and upcoming products for garden and yard automationThe introduction of ThreadDirect for point-to-point device managementFuture initiatives for broader Thread adoption in broadband and IoT ecosystemsSend me your smart home questions and recommendations with the hashtag #SmartHomeInsider. Tweet and follow your host at:@andrew_osu on Twitter@andrewohara941 on ThreadsEmail me hereSmart Home Insider YouTube ChannelSubscribe to the Smart Home Insider YouTube Channel and watch our episodes every week! Click here to subscribe.Links from the showThread Tools app beta signupThread Group Tools app announcementPhilips SkylightGoogle Home Speaker with GeminiThose interested in sponsoring the show can reach out to us at: andrew@appleinsider.com

Welcome to this week's episode of the PEBCAK Podcast!  We've got four amazing stories this week so sit back, relax, and keep being awesome!  Be sure to stick around for our Dad Joke of the Week. (DJOW) Follow us on Instagram @pebcakpodcast   Please share this podcast with someone you know!  It helps us grow the podcast and we really appreciate it!   Simple 6 signup link https://simple6.co/r/CFUR98   A Canadian health authority apologizes after using a fake "bonus day off" as bait in a phishing simulation that backfired badly https://nlhealthservices.ca/news/nl-health-services-apologizes-for-the-recent-cybersecurity-awareness-exercise/   Canada's spy agency CSIS used a first-ever court-authorized warrant to remotely disinfect botnet-hijacked routers and IoT devices on Canadian soil https://thehackernews.com/2026/06/canadas-spy-agency-used-first-of-its.html   Meta paused its internal AI training program after a tool quietly logging employee keystrokes, clicks, and screen content leaked the data across the entire company https://www.wired.com/story/meta-accidentally-let-employees-access-each-others-keystroke-data/     Dad Joke of the Week (DJOW)   Find the hosts on LinkedIn: Chris - https://www.linkedin.com/in/chlouie/ Brian - https://www.linkedin.com/in/briandeitch-sase/ Ben - https://www.linkedin.com/in/benjamincorll/ Ben - https://www.linkedin.com/in/ben-k-b7196831/

On this episode of Manufacturing Unscripted, host PeterParsons sits down with Michael Weller, who leads the global manufacturing practice at Verizon Business, to unpack how private cellular networks are reshaping the factory floor. Michael makes the case that private 5G occupies a"middle lane" between rigid, expensive wired connections and best-effort Wi-Fi giving manufacturers a deterministic, flexible network purpose-built for the explosion of IoT sensors, AGVs, scanners, and AI usecases headed their way.The conversation goes well beyond connectivity. Michael andPeter dig into "innovation in a drawer" (the good ideas manufacturers shelve over infrastructure fears), why dead zones leave expensive tablets gathering dust, where AI actually lives on the plant floor today, the hiddencompute and edge questions most AI projects ignore, and how a more connected, visual environment can help manufacturers retain Gen Z workers who learn verydifferently than the generations before them. There's even a sustainability angle: every million linear feet of copper cabling contains roughly 13 tons of copper that private wireless can take out of the equation.A practical, jargon-light look at what it actually takes tomodernize a plant—and why the next five to seven years may make private cellular feel less like a novelty and more like a necessity.Sponsored by Promess Inc., the leading provider of fullyelectric servo presses for manufacturing.  Watch on YouTube: https://youtu.be/laOpUbps-Y0 @Michael Weller@Verizon Business@peter parsons   @promess  

Cybersecurity Today would like to than Material Security for their support of this podcast.  On Cybersecurity Today on the Weekend, the host speaks with Jennifer Hutton, a cybersecurity leader in the car dealership sector, about how she entered cybersecurity through increasing cyber insurance requirements and why dealerships are prime targets because they hold bank-level sensitive data and run complex digital and IoT ecosystems. They discuss the rise of cyber-enabled fraud, including impersonation scams, smishing, and synthetic identity fraud, and the need to educate both employees and customers. Hutton describes gaps in industry resources, especially for smaller dealers, and contrasts regulatory pressures such as updated FTC safeguards rules in the U.S. She emphasizes servant leadership, empathy, and communicating risk in business terms, arguing that cyber risk is business risk. The conversation also covers supply chain disruption from the CDK ransomware incident and the importance of incident response, business continuity, and resiliency-focused planning. 00:00 Weekend Show Kickoff 01:14 Jennifer's Cyber Origin 02:53 Why Dealerships Are Targets 04:30 Scams And Synthetic IDs 08:32 Industry Gaps And Sharing 10:42 Regulation And Tech Shift 13:48 Leading With Business Risk 21:29 Servant Leadership And AI 25:21 Empathy In Tech Teams 28:16 CDK Ransomware Lessons 29:53 Resilience Over Prevention 32:08 Advice To Dealership Leaders 34:49 Closing Thanks

RAIN RFID takes center stage in this week's podcast!My guest is Matt Branda, Vice President at Impinj! Matt and I explore the vital role of RAIN RFID in the modern digital landscape. We break down what this technology actually is and the importance of Impinj's contributions to the RAIN RFID ecosystem. We also chat about how RAIN RFID is shaping autonomous, data-driven operations and how it can serve as the physical intelligence layer that fuels the next generation of AI and IoT systems.

Tyler Hoffman returns to the show to discuss diagnostics and observability data in embedded systems. We catch up on his life after startup acquisition, explore the hows and whys of keeping product data separate from operational data, and consider the realities of fleet management at scale.  Tyler is the co-founder of Memfault. Memfault was acquired by Nordic Semiconductor about a year ago. While Nordic has nRF Cloud as a smaller scale solution for Nordic devices (~100 devices), Memfault will continue to maintain support for non-Nordic platforms as well. During the discussion, Tyler advocates for a "device-in-control" philosophy, emphasizing that edge devices should retain the intelligence to manage their own firmware updates and telemetry. We also discuss the practical constraints of remote fleet debugging, outlining why tools built for high-bandwidth web infrastructure will quickly bankrupt an IoT company, and identifying exactly when a project is too low-bandwidth, or too small, to justify an external observability platform. Christopher shares his recent experiences with Memfault which leads to a discussion of chunks, flash memory buffers and MDS. The Memfault Diagnostic Service (MDS) is a standardized way for BLE devices to send the chunk payloads to a gateway device (mobile phone) which can then forward the data to the Memfault cloud. If you want a deep dive into the reasoning around starting Memfault, Tyler was on Embedded.fm episodes 390: Irresponsible At the Time and 395: I Can No Longer Play Ping Pong. Reaching back into the archives, Elecia, Tyler, and Phillip Johnston were on the Memfault Coredump Sessions podcast, a special crosspost with Embedded.fm, episode 451: From Concept to Launch  You can also find technical deep dives on Memfault's Interrupt blog. "What we do makes a difference and you have to decide what kind of difference you want to make."  – Dr. Jane Goodall, Reason for Hope: A Spiritual Journey. Transcript

Send us Fan MailThe Future of Wireless Connectivity: Insights from Christian RouffaertIn this episode of The Wireless Way, Christian Rouffaert, CEO of Teragence, shares his deep expertise on the evolving wireless landscape, especially around indoor connectivity, data-driven insights, and emerging technologies like 5G and beyond. Whether you're a tech advisor or a business leader, understanding these trends is crucial for staying ahead.Key Topics: How wireless networks are transforming with 5G, IoT, edge computing, and AI The importance of actionable network intelligence versus proxies and projectionsChallenges and solutions for indoor wireless in warehouses, theaters, and retailBuilding owner and real estate perspectives on connectivity as a value driverTools and data services Terigence offers for network planning, fault diagnosis, and digital twinsThe role of storytelling to simplify complex wireless concepts for non-technical stakeholdersFuture outlook: The growing need for indoor coverage and 3D modeling of buildingsThe fragmentation of the wireless supply landscape with private networks and diverse providersIn this episode:Christian's career journey from data centers to wireless and his approach to translating massive network data into actionable insightsThe challenges of indoor mobile connectivity and innovative ways to address themHow real estate development and retail chains are increasingly prioritizing connectivityThe importance of clear storytelling in technology—what it really means to improve network performanceExciting prospects: The transition towards AI-enabled, low-latency 6G networks Timestamps:00:00 - Introduction to the episode and Christian Rouffaert background 02:12 - Christian's unexpected career pivot and the importance of storytelling in tech 05:07 - Turning network data into actionable insights and customer outcomes 10:18 - Challenges in indoor wireless connectivity and how to address them 13:40 - The language barrier between technical providers and real estate developers 15:35 - Decision matrices to choose the right wireless solution for buildings 19:43 - Trends in indoor connectivity and the impact on real estate economics 22:11 - What Teragence offers: data products, digital twins, and consulting 26:40 - Use cases: theaters, hotels, retail, and hospitality 29:40 - Planning for private cellular networks in underserved areas 42:41 - The future of indoor connectivity: 6G and evolving architecture 45:17 - The importance of agility and adapting to rapid technological change 48:33 - Final thoughts on security, device sprawl, and AI's role 49:28 - Wrapping up and staying connectedResources & Links: Teragence Christian Rouffaert - LinkedInDigital Twin conceptThis episode offers a comprehensive look at the converging worlds of wireless technology, data, and real estate development. Christian's insights clarify why understanding and simplifying network data is more critical than ever—and how the industry will evolve in the coming years. Whether you're planning new indoor deployments or thinking about future network standards, there's a wisdom here for every technology architect and business leader.“This is The Wireless Way—where mobility, IoT, and innovation drive real business outcomes.” Support the showCheck out my website https://thewirelessway.net/ use the contact button to send request and feedback. 

By Doug Green “We want to do for assets what CRM did for customer records.” In this episode of the Technology Reseller News podcast, Doug Green speaks with Tim Harris, CEO of SoloTruth, about the company's new asset relationship management platform for enterprises and the opportunity it creates for asset-intensive organizations, MSPs and channel partners. Harris says SoloTruth bridges the gap between the physical assets a company owns and the financial system of record, typically the ERP system. The goal is to make sure that what a company actually owns is accurately reflected in its books. SoloTruth calls this asset relationship management, or ARM. Just as CRM evolved from a system for tracking contacts into a broader platform for managing customer relationships and the sales cycle, SoloTruth aims to provide a 360-degree view of enterprise assets. The podcast explores a common problem in asset-heavy businesses: asset drift. A company may purchase a forklift, server, laptop, piece of telecom equipment or other capital asset, but over time that asset may be moved, misplaced, retired or replaced without the financial system being updated. Harris says this creates “ghost assets,” which no longer exist but remain on the books, and “zombie assets,” which exist in the field but are not reflected in the ERP. For companies with large fixed-asset bases, the financial implications can be significant. Harris notes that for many manufacturing, logistics, healthcare, telecom and banking organizations, fixed assets can represent one of the largest categories on the balance sheet. Yet many companies only get an accurate view of those assets during periodic audits. SoloTruth combines IoT-derived location data, including RFID and GPS technology, with human inspection data captured through a mobile app. That combination gives companies better visibility into both where an asset is located and what condition it is in. Harris says those two factors are critical to useful life, depreciation schedules, valuation, maintenance planning and proof of existence. The company recently won an award for its approach, which combines IoT-based location tracking with human condition capture. Harris says that combination can help organizations keep their books in order continuously, rather than waiting for an annual audit or emergency review tied to financing, collateral, or M&A activity. Harris says SoloTruth typically looks at payback period as the key customer metric. For companies with $100 million in fixed assets, he says the platform can generate roughly $1.5 million to $4 million per year in cost savings, with a payback period often below six months. The podcast also looks at the channel opportunity. Harris says MSPs and channel partners already have relationships with customers and are often involved in placing assets into enterprise environments. SoloTruth can give partners a way to extend that relationship by helping customers track, inspect and manage assets after deployment. For enterprises, the message is clear: better asset intelligence can reduce unnecessary capital spending, improve maintenance planning, support financing and M&A activity, and help ensure that the financial system reflects the real operating environment. Learn more at solotruth.com  

VOV1 - Ứng dụng khoa học công nghệ, đổi mới sáng tạo và chuyển đổi số đang trở thành động lực quan trọng thúc đẩy nông nghiệp Hà Nội phát triển theo hướng hiện đại, xanh và bền vững.Những năm gần đây, nhiều hợp tác xã, trang trại trên địa bàn Hà Nội đã mạnh dạn đầu tư công nghệ cao vào sản xuất. Các mô hình nhà màng, nhà kính tự động, hệ thống tưới thông minh, phần mềm quản lý sản xuất, truy xuất nguồn gốc và công nghệ sinh học được ứng dụng ngày càng rộng rãi, góp phần nâng cao năng suất, chất lượng nông sản và giảm chi phí sản xuất.Đến nay, Hà Nội đã xây dựng 406 mô hình nông nghiệp ứng dụng công nghệ cao trong các lĩnh vực trồng trọt, chăn nuôi, thủy sản và chế biến. Nhiều công nghệ tiên tiến như Internet vạn vật (IoT), blockchain trong truy xuất nguồn gốc, công nghệ canh tác không sử dụng đất hay công nghệ sinh học trong nuôi trồng thủy sản đang được đưa vào thực tiễn sản xuất.Thời gian tới, Hà Nội tiếp tục hoàn thiện cơ chế, chính sách hỗ trợ phát triển nông nghiệp công nghệ cao; đẩy mạnh chuyển đổi số, nghiên cứu ứng dụng khoa học kỹ thuật và thu hút doanh nghiệp đầu tư vào lĩnh vực nông nghiệp. Thành phố cũng tăng cường hỗ trợ các hợp tác xã, cơ sở sản xuất quảng bá sản phẩm trên nền tảng số, góp phần nâng cao sức cạnh tranh và mở rộng thị trường tiêu thụ nông sản./.

In this episode of the IoT For All Podcast, Martin Nord, Chief Technology and Product Officer at Com4, joins Ryan Chacon to discuss IoT in 2026 and what enterprises need to consider. The conversation covers what enterprise IoT buyers actually need, the crowded IoT connectivity market, the 2G/3G sunset, how roaming in IoT is broken in subtle ways, the nature of IoT connectivity failures, prioritizing financial stability in IoT partners, satellite IoT, and the future of IoT connectivity.With over 20 years of experience in the cellular and IoT industry, Martin Nord is a visionary leader and passionate technologist. He has a proven track record of driving innovation and leading high-performance teams. As CTO and PTO, Martin plays a pivotal role in shaping Com4's product vision and strategy. He oversees the entire product lifecycle, ensuring that Com4's solutions not only meet market demands but also drive value for customers in an ever-evolving IoT landscape. By combining his deep technical expertise with a customer-focused approach, Martin ensures that Com4's offerings remain at the forefront of innovation in IoT connectivity.Com4, part of Wireless Logic Group, is a world leading provider of managed IoT connectivity services, with over 13 years of experience working with enterprises around the world. Com4 exists to provide not only the right tools but the most fitting solutions to its customers for beneficial IoT connectivity and control. Customers around the world trust them to cost-efficiently build and operate both large-scale and smaller IoT connectivity projects. All SIM cards are delivered, already activated within a few business days. Com4 supports all radio standards (2G, 3G, 4G, and 5G as well as LPWA technologies such as LTE-M and NB-IoT).Discover more about IoT at https://www.iotforall.comFind IoT solutions: https://marketplace.iotforall.comMore about Com4: https://www.com4.no/en/Connect with Martin: https://www.linkedin.com/in/martinnord/Subscribe on YouTube: https://bit.ly/2NlcEwmJoin Our Newsletter: https://newsletter.iotforall.comFollow Us on Social: https://linktr.ee/iot4all

Description: In this episode of Cisco Champion Radio, we explore the evolution of edge computing and how Cisco is helping organizations bridge the gap between distributed locations and centralized control. We sit down to discuss the Cisco Unified Edge platform, a modular solution launched in November 2022 that is redefining how industries manage their infrastructure. Designed to meet the demands of modern enterprise environments, Unified Edge integrates compute, networking, and storage into a single, streamlined chassis, making it easier than ever to deploy and scale workloads—including AI and IoT applications. Key topics covered in this episode include: Modular Efficiency: How the platform's modular design allows for easy upgrades, maintenance, and flexible remote management across diverse industries. Intersight Integration: A look at how Unified Edge operates exclusively in Intersight-managed mode to provide seamless provisioning and configuration. Simplified Fleet Management: How Cisco leverages intent-based automation to simplify policy creation and deployment across multiple edge sites. Validated Blueprints: Insights into how Cisco Validated Designs serve as a roadmap for managing complex clusters and workloads at scale. Whether you are managing a small distributed network or a large-scale industrial deployment, this episode provides a comprehensive look at how Unified Edge simplifies infrastructure and empowers your team to focus on innovation. Cisco guest Ronnie Chan, Leader, Product Management, Edge AI Platform Cisco Champion Hosts Liam Keegan, VP of Technology, RX3 Communications, Inc. Rickey Keith, Vertical Systems Engineer, WWT   Elliot Dierksen, Distinguished Engineer, Greyson Technologies, Inc. Moderator Danielle Carter, Cisco, CCR Program/ Customer Voices Listen now to learn how you can transform your edge strategy.

Just a few weeks after the European Union finalized the first Digital Product Passport standard, JTC 24 Chair Thomas Knothe returns to the Mr. Beacon Podcast to explain what it means for manufacturers, consumers, and the future of AI-driven commerce. We discuss batteries, circular economy goals, product transparency, repairability, security, and how Digital Product Passports could become foundational infrastructure for AI agents operating in the physical world.Thomas' Top 3 Movies:“Dirty Dancing” directed by Emile Ardolino: https://www.youtube.com/watch?v=eIcmQNy9FsM“Amadeus” directed by Miloš Forman: https://www.youtube.com/watch?v=r7kWQj9FCGY“Shining Through” directed by Davbid Seltzer: http://youtube.com/watch?v=ChujSmX8KDU Mister Beacon is hosted by Steve Statler, CEO of ambientChat.ai — Using AI to connect people with places and products with an app that puts you in control of YOUR data.Our sponsor is Identiv https://www.identiv.com, whose IoT solutions create digital identities for physical objects, enhancing global connectivity for businesses, people, and the planet. We are also sponsored by Blecon http://www.blecon.net. Blecon who delivers asset tracking and condition monitoring using the devices your team already carries. Hosted on Acast. See acast.com/privacy for more information.

In this episode of Smart Home Insider, Andrew O'Hara covers the first public-facing Unify conference from the CSA, key updates around Matter 1.6, and several major smart home and consumer tech headlines. CSA's Jon Harros joins to talk Matter 1.6, security enhancements, and new device categories. Discover how industry leaders are shaping the future of IoT, smart homes, and interoperability.Main Topics:Matter 1.6 release insights and new featuresSecurity enhancements in Matter 1.1 including product security and scalabilityEmerging device categories like water heaters and their industry demandInnovations in user experience, NFC, joint fabric, energy managementIndustry collaboration and member-driven development processIn this episode:Jon Harros, Head of Certification & Testing at the Connectivity Standards Alliance, shares insights from Unify 2023Details on Matter 1.6 updates, NFC improvements, joint fabric, security protocolsIndustry trends and future device category expectationsHow member companies drive the standards and product developmentExciting announcements, including new partnerships and security measuresSend me your smart home questions and recommendations with the hashtag #SmartHomeInsider. Tweet and follow your host at:@andrew_osu on Twitter@andrewohara941 on ThreadsEmail me hereSmart Home Insider YouTube ChannelSubscribe to the Smart Home Insider YouTube Channel and watch our episodes every week! Click here to subscribe.Links from the showJon Harros | CSA Head of Testing & CertificationMatter 1.6 AnnouncementProduct Security 1.1 AnnouncementMatter 1.6 AppleInsider CoverageSilicon Labs Matter-over-Thread Test NetworkFirst HDMI 2.2 Devices ArrivingSchlage Sense ProThose interested in sponsoring the show can reach out to us at: andrew@appleinsider.com

Send us Fan MailWe take live questions on copper and fiber, career growth, and what's changing in ICT as AI, smart buildings, and data centers accelerate demand. We share hard-earned lessons on communication, planning, and why the “right” technical answer still fails if the business and people side is ignored. • AFEXT explained and why far-end interference matters in the field • technician versus project manager responsibilities and accountability • solving problems versus doing the technical work as a PM • business skills that protect margin, schedule, and customer trust • school infrastructure choices under AI, cybersecurity, and bandwidth growth • BIM value beyond 3D models, preventing conflicts and change orders • converged AV, security, wireless, IoT ownership and cybersecurity risks • AI-driven data center growth, fiber demand, speed, and skilled labor shortages • pre-fab copper and fiber gains plus the design and logistics pitfalls Remember, submit your questions for next week's show. And until then, everybody, remember knowledge is power. Support the showKnowledge is power!  Make sure to stop by the webpage to buy me a cup of coffee or support the show at https://linktr.ee/letstalkcabling .  Also if you would like to be a guest on the show or have a topic for discussion send me an email at chuck@letstalkcabling.com Chuck Bowser RCDD TECH#CBRCDD #RCDD

What is happening at HPE Discover?This week Technology Now is bobbing along at HPE Discover Las Vegas 2026 at the Venetian Resort Las Vegas, HPE's annual customer and partner event. We ask what's changed since last year in the tech industry, how is HPE responding to the ever increasing rate of evolution in the sector, and what should our businesses and organizations be on the look out for in the next 12 months. Antonio Neri, President and CEO of HPE joins the show to tell us more.This is Technology Now, a weekly show from Hewlett Packard Enterprise. Every week, hosts Michael Bird and Sam Jarrell look at a story that's been making headlines, take a look at the technology behind it, and explain why it matters to organizations. This episode is available in both audio and video formats.About Antonio Neri: https://www.hpe.com/uk/en/leadership-bios/antonio-neri.html

By Doug Green “Infrastructure is increasingly becoming a control point for AI enablement and productivity.” In this episode of the Technology Reseller News podcast, Doug Green speaks with Shashi Kiran, Chief Marketing Officer at Nile, about why infrastructure is moving back to the center of enterprise strategy, budgeting and AI readiness. Kiran says Nile is modernizing enterprise networks with what it describes as the world's most secure network delivered as a service. The company provides wired and wireless local area networking for mid-size and large enterprises, with security built in and operations managed across the lifecycle. The conversation focuses on a growing reality for enterprises: AI may appear to live in applications, cloud platforms and user devices, but its success depends on the infrastructure underneath. As organizations rethink AI adoption, infrastructure decisions are becoming long-term strategic decisions again. Unlike software, Kiran notes, infrastructure cannot simply be changed overnight. Network decisions often shape cost, security, agility and business performance for years. A poor infrastructure choice can become a drag on the rest of the organization's technology investment. Kiran says this is driving renewed interest in network as a service. In the modern model, he says, network as a service is not simply a managed provider operating someone else's technology. Instead, Nile builds, owns and operates the technology, giving customers a single accountable partner across the full value chain. For Nile, the focus is the enterprise edge: campuses, branches, users, devices, IoT and, increasingly, AI agents. Kiran says that part of the network has often been overlooked while much of the industry focused on data centers and cloud. Yet it is also where complexity, operational cost and security exposure are often highest. Nile's approach is built around simplifying that environment. Kiran describes a clean-slate architecture with wired and wireless connectivity, zero trust principles, identity-based authentication, security built in, and autonomous operations. Nile also backs its service with performance SLAs and financial penalties. Kiran says the results can include lower complexity, faster change management, reduced breach exposure and significant savings. He says customers typically see cost reductions of 30% to 50% at a minimum, along with faster deployment and change cycles. As enterprises plan for the next several years, Kiran says infrastructure will become even more important as organizations work to become more AI-native. The companies that move away from legacy models and adopt more agile infrastructure approaches will be better positioned to support AI, improve productivity, reduce cost and strengthen security. Learn more at nilesecure.com  

Podcast: Bites and Bytes Podcast (LS 27 · TOP 10% what is this?)Episode: THE FISH FLUENCER: James Sibley on How Tech Is Changing the Way We Farm the SeaPub date: 2026-06-15Get Podcast Transcript →powered by Listen411 - fast audio-to-text and summarizationWelcome to the Seafood Summer Series 2026 on the Bitesand Bytes Podcast, and we are kicking it off with a great one!Over 120 million tons of seafood are farmed every year. Mostpeople have no idea. And the technology making it happen: AI-powered feeding systems, underwater robots, satellite-connected ocean farms, is advancing faster than the policy and security frameworks trying to keep up with it.  That disconnect is exactly why this conversation matters.James Sibley, known in the aquaculture world as the Fish Fluencer, is an aquaculture educator and content creator who has spent five years visiting fish farms across four continents to explain one of the most consequential and overlooked food systems on the planet. From salmon farms in Scotland and New Zealand to shellfish operations in Southeast Asia, James has seen firsthand how technology is transforming the way we farm the sea, and what happens when that technology outpaces the people managing it.This episode covers aquaculture technology, smart fishfarming, ocean farming innovation, seafood supply chain transparency, and food security. If you eat seafood, work in food and agriculture, or care about where your food comes from, this one is for you.---------------Guest: James Sibley"Fish Fluencer" | Aquaculture Creator & Founder

Send us Fan MailIn this episode of Embedded Insiders, Dr. Kavyashree Keremane, a postdoctoral researcher in materials science and engineering, and Dr. Bed Poudel, a research professor at Penn State University, join the podcast to share their work exploring something that sounds almost futuristic, but is quickly becoming very real: using synthetic DNA as a medium for data storage.Watch the video interview here: https://youtu.be/_GupJZZypn4Read the story here: https://embeddedcomputing.com/technology/storage/how-synthetic-dna-for-data-storage-could-help-the-memory-crisisNext, Rich and John Grady, the CEO of Ayla Networks, discuss the challenges of supporting IoT across various regions. For more information, visit embeddedcomputing.com

Welcome, Massimo Banzi of SuperModerno and co-founder of Arduino Introduction and SuperModerno: Massimo introduces himself as a “friendly nerd” and discusses his new project, SuperModerno The project aims to explain the “behind the scenes” of technology to prevent people from becoming “slaves to the platform” The History of Technology: Massimo expresses his passion for technology’s history, emphasizing non-American innovators to show Europeans they can also lead in technology, citing the UK-based origins of the Arm processor The Legacy of Olivetti: He highlights Olivetti (founded in 1908), which moved from typewriters to creating the Programma 101, the first desktop computer used by NASA to compute orbits for the Apollo program Design as a Differentiator: Olivetti was the first tech company to apply design to everything (products, posters, and architecture) This inspired Massimo's concept of the “invisible touch”, the idea that consistent, intentional design creates a unique connection with users and gives a company a competitive edge The Interaction Design Institute Ivrea (IDII): Massimo’s path led him to IDII, located in the former Olivetti research building, where he transitioned from a two-week sabbatical to a four-year stay Learning by Making: To help students with no electronics background, Massimo drew on how he learned as a seven-year-old (“learning by making”) to remove the friction of interacting with technology The Founding Team: He met Tom Igoe (ITP) and David Cuartielles, and they realized students were afraid to be creative because they feared “blowing up” expensive tools like the Basic Stamp The “Pizza and a Beer” Price Point: Massimo aimed for a hardware cost of 20 Euros, roughly what a student would spend on a pizza and a beer, to encourage experimentation Building the Platform: Along with David Mellis, the team adapted Processing (a language for artists) by “surgically” replacing Java with C++ to create the Arduino IDE Ivrea Manufacturing: Leveraging the industrial base of Ivrea and Torino (the “Detroit of Italy”), Massimo was able to find local PCB manufacturers and assemblers just a short drive away From Hacking to AVR: Massimo's early work involved hacking satellite TV PIC chips for soccer fans, but mentor Bill Verplank encouraged him to use AVR microcontrollers because they could be programmed simply in C Enabling Creators: Massimo shares stories of how Arduino enabled others, such as Josef Prusa, who started with Arduino as a teenager before building his global open-source 3D printer company The Innovation of Simplicity: Massimo argues that Arduino’s true innovation is the user experience This is measured by the “Time to First Blink”, the goal for a user to go from downloading software to blinking an LED in five minutes Standardization and “The Core”: Arduino became an ad-hoc standard by providing a compatibility layer across different microcontrollers Massimo believes in having a “small slice of a really large pie” by allowing other architectures to work within the ecosystem Hardware Architecture and the “Lasagna”: Inspired by the PC104 format, the board uses a layered approach where modules stack like a lasagna The “Shield of a King”: The name Arduino comes from King Arduino of Ivrea; David Cuartielles suggested that since the board was named after a king, the add-on modules should be called “Shields” Hardware Design Choices: The board fits a credit card size (to stay within the free version of Eagle software) and is blue because that color was thought to be less tiring for workers’ eyes Happy Accidents: The unique shape was chosen to be “ourselves instead of everyone else” During the design process, Massimo inadvertently moved a connector by half a step, creating an offset header that they kept for consistency after the first few thousand were made The Discovery of Auto-Reset: During a workshop in Germany, Massimo solved the frustration of manual resets by soldering a capacitor to the DTR pin, allowing the software to trigger the reset automatically The US Market and Legal Battles: Tom Igoe's adoption of Arduino at NYU helped the US become the project’s single biggest market This growth led to a difficult legal battle for control of the brand against a former partner Support from Arm: Massimo credits Arm Ltd (and CEO Simon Segars) for providing the strategic support that allowed the founders to regain control of the company. Massimo believes this is the first time he has talked about the role of Arm in the difficult legal process. Industrial and AI Expansion: Partnerships with Intel and Microsoft (Windows 10 IoT) led to early forays into TinyML (AI on small boards) back in 2017 The Qualcomm Acquisition: In October 2025, Qualcomm acquired Arduino, which Massimo sees as essential for bringing “advanced silicon” into the family to handle the increasing complexity of technology The “Arduino Formula” and Layering: Massimo views Arduino as a formula for simplification that can be applied to anything, including complex Linux machines like the Uno Q This is achieved by building in layers, where beginners use high-level abstractions and experts can “strip away” layers to reach the bare metal The Future Vision: Massimo looks forward to the “Arduino Formula” being applied to new fields, stating he is waiting for someone to develop an “Arduino for biology” using CRISPR and DNA technology

Venkat Sivaramakrishnan: From Battery Research to LeadershipVenkat Sivaramakrishnan is an accomplished R&D leader who brings together deep technical expertise and strong people skills, currently working at the intersection of research, innovation, and business development in the battery technology space. He has also led global virtual teams and built international academic collaborations across India, China, and the UK. In this episode, we explore how communication shapes innovation between technical and nontechnical teams, the role of storytelling and trust in leadership, and why strong communication skills are becoming just as critical as technical expertise in powering the future of renewable energy, electric mobility, and IoT devices.To learn more about Venkat, visit https://www.linkedin.com/in/venkatraman-sivaramakrishnan-aa91057/__TEACH THE GEEK (http://teachthegeek.com) Prefer video? Visit http://youtube.teachthegeek.comGet Public Speaking Tips for STEM Professionals at http://teachthegeek.com/tips

In this episode, we dive into the rapidly evolving world of connected transportation technology. As fleets push for greater visibility, efficiency, and uptime, connected chassis and smart trailers are transforming how the industry operates, from realtime asset tracking and predictive maintenance to seamless data integration across the supply chain. If you're not following Paul Burgoyne of Reach24 and Shannon Hamilton of BlackBerry Radar, you should be!Discover how advanced telematics and IoT solutions are powering next-generation connected trailers and chassis. Explore practical use cases around maximizing trailer utilization, minimizing downtime, improving safety through door/cargo monitoring, and streamlining maintenance workflows.Whether you're a fleet operator, equipment provider, or technology innovator in trucking and intermodal, this episode delivers actionable insights on harnessing connectivity to drive productivity and reduce costs in an increasingly digital freight landscape. And go to the Intermodal Association of North America's EXPO!This program is brought to you by DAT Freight & Analytics. Since 1978, DAT has helped truckers & brokers discover more available loads. Whether you're heading home or looking for your next adventure, DAT is building the most trusted marketplace in freight. New users of DAT can save 10% off for the first 12 months by following the link below. Built on the latest technology, DAT One gives you control over every aspect of moving freight, so that you can run your business with speed & efficiency.This program is also brought to you by our newest sponsor, GenLogs. GenLogs is setting a new standard of care for freight intelligence. Book your demo for GenLogs today at www.genlogs.io today!

Podcast: Industrial Cybersecurity InsiderEpisode: Is AI Becoming Your Plant Floor's Biggest Vulnerability?Pub date: 2026-06-15Get Podcast Transcript →powered by Listen411 - fast audio-to-text and summarizationCraig and Dino dig into the widening gap between IT and OT and why the plant floor keeps getting left behind. They break down what Dragos ' acquisition of Phosphorus signals for the future of IoT security in manufacturing, from cameras and label printers to X-ray inspection systems that ship with default passwords and almost never get patched. The conversation gets sharp on artificial intelligence: the same models helping plants work smarter are now lowering the barrier for attackers, putting Stuxnet-style capabilities into the hands of people who lack the resources and sophistication that nation states once needed. Craig and Dino expose the everyday habits that leave operations vulnerable, including system integrators plugging personal laptops straight into production networks, locked USB ports that solve only half the problem, and remote access so wide open that a single entry point can expose an entire plant. They argue that nobody truly owns OT cyber hygiene, that frameworks like IEC 62443 and the NIST 800 82 series get named in RFPs but rarely enforced, and that leaders keep tripping over dollars to pick up nickels by choosing the cheapest bid over real protection. It's a candid, experience-driven look at why industrial security moves so slowly and what plant leaders, engineers, and security teams can actually do about it.Chapters:(00:00:00) - AI Enters the OT Battlefield(00:01:30) - Why IoT Is Creeping Onto the Plant Floor(00:03:30) - Printers, Cameras, and the Default Passwords Nobody Owns(00:06:00) - Dragos, Phosphorus, and the Managed Services Question(00:08:00) - How AI Lowers the Bar for Attacking Control Systems(00:09:40) - Stuxnet Then vs. AI-Powered Attacks Now(00:12:00) - The Laptop in the Plant: Contractors, USBs, and Open Networks(00:16:00) - Frameworks on Paper vs. Reality (IEC 62443 & NIST 800-82)(00:19:00) - Tripping Over Dollars to Pick Up Nickels(00:24:00) - Short-Tenure CISOs and Why You Shouldn't Go It AloneLinks And Resources:Want to Sponsor an episode or be a Guest? Reach out here.Industrial Cybersecurity Insider on LinkedInCybersecurity & Digital Safety on LinkedInBW Design Group CybersecurityDino Busalachi on LinkedInCraig Duckworth on LinkedInThanks so much for joining us this week. Want to subscribe to Industrial Cybersecurity Insider? Have some feedback you'd like to share? Connect with us on Spotify, Apple Podcasts, and YouTube to leave us a review!The podcast and artwork embedded on this page are from Industrial Cybersecurity Insider, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

In this episode of The Circuit, Ben and Jay dive deep into Apple's WWDC announcements, unpacking the "applied AI" strategy behind the newly indexed Siri, system-level CPU scheduling updates, and Apple's surprising embrace of Nvidia for private cloud compute. Ben also shares his takeaways from the Nebius conference in San Francisco, analyzing their unique custom server racks and their positioning as a highly capable neo-cloud infrastructure provider. Finally, Jay reports back from his recent trip to China, sharing ground-level observations on why US entity list restrictions are losing their impact, how IoT chipmaker Espressif creatively markets globally via Reddit and YouTube despite domestic blocks, and the real-world manufacturing bottlenecks facing humanoid robot actuators.

In this episode of Alexa's Input (AI), I sit down with David Aronchick, co-founder and CEO of Expanso and former product lead for Kubernetes at Google.Data is growing everywhere outside your data center. Solar panels in remote across a country. Security cameras at retail stores. IoT sensors across factory floors. And moving that data to the cloud for processing? It's expensive, slow, and often restricted by compliance.David is an expert when it comes to solving distribution problems. He led Kubernetes product at Google, co-founded Kubeflow to bring ML to production, and now he's building Expanso to tackle a difficult constraint: when your data can't move, how do you process it where it lives?We discuss:- The need for distributed data orchestration-Upstream data control: filtering and transforming at the source- Three forces making edge computing inevitable (physics, regulations, economics)- How to build successful open source infrastructure projects- Customer discovery and finding real pain points- His transition from Protocol Labs to founding Expanso- ETL pipelines: moving the first four steps closer to the data- Context loss and lineage in distributed systems- Processing 400,000 signals per second with 150MB agents- AI observability: attaching source metadata to training data- Running ML pipelines at the edge- Real-world deployment challenges (bandwidth, regulations, cost)Expanso is rethinking how we process data in an AI-native world—moving compute to data instead of data to compute. If you want to understand where distributed systems and edge computing are heading, this is a deep dive into the infrastructure layer beneath modern AI applications.General Podcast LinksWatch: https://www.youtube.com/@alexa_griffith Read: https://alexasinput.substack.com/ Listen: https://creators.spotify.com/pod/profile/alexagriffith/ More: https://linktr.ee/alexagriffithLearn more about the host atWebsite: https://alexagriffith.com/ LinkedIn: https://www.linkedin.com/in/alexa-griffith/Find out more about the guest atLinkedIn: https://www.linkedin.com/in/aronchick/ Twitter/X: https://x.com/aronchick GitHub: https://github.com/aronchick Expanso Website: https://expanso.io/ResourcesExpanso Website: https://expanso.io/ Kubernetes: https://kubernetes.io/ Kubeflow: https://www.kubeflow.org/ CNCF (Cloud Native Computing Foundation): https://www.cncf.io/ Protocol Labs: https://protocol.ai/KeywordsDavid Aronchick, Expanso, Kubernetes, Kubeflow, distributed systems, edge computing, data pipelines, ETL, upstream data control, Google Kubernetes Engine, open source, CNCF, observability, log processing, data lineage, provenance, schema enforcement, IoT, edge AI, distributed data, machine learning infrastructure, Protocol Labs, IPFS, Filecoin, data governance, compliance, GDPR, bandwidth optimization, data aggregation, AI infrastructure, multi-cloud, hybrid cloud, real-time processing

In this episode: - Massive IPOs, AI, market implications - SpaceX IPO - AI in IoT: Connectivity to Intelligence - AI coding - “No Man's Land” and AI in management - Startups and AI-driven business models - Where to locate your data center - Crypto mining's expansion into AI and HPC - Bitcoin treasury companies - Scientific Bitcoin Institute [audio mp3="https://orionx.net/wp-content/uploads/2026/06/OXD037_ART-13_20260519.mp3"][/audio] The post Analyst RoundTable: IPOs, AI, BTC- OXD37 appeared first on OrionX.net.

Hello friends! I've been on a bit of an AI agent journey lately, and today I'm sharing my experience ditching OpenClaw and going all-in on Hermes — a self-hosted AI agent built by Nous Research. A Network Chuck video sold me on it, I wiped my Mac Mini (again), and baby's first Hermes adventure began! Here's what we get into today: Why I left OpenClaw — After getting the Mac Mini set up, OpenClaw left me feeling pretty meh: burning through API requests, random mid-conversation shutdowns, and a marketplace where the top listings were flagged as "potentially malicious." Hard pass. Network Chuck's five reasons Hermes rocks — His video summarized why Hermes stands out: (1) Nous Research has serious open source model cred predating OpenClaw, (2) more flexible persistent memory via markdown files + optional Honcho integration for building a profile of you over time, (3) a mission around humanistic and democratic AI, (4) a self-improvement loop where it writes its own skills after figuring things out, and (5) it just doesn't break — it feels like a product, not a project. The install — I used Claude to build a Mac Mini install guide from the Network Chuck transcript, and had Hermes up and running in about 15 minutes (one small Ollama hiccup aside). The install wizard lets you choose cloud models like Claude or ChatGPT, or go fully local with something like Gemma — I'm planning a hybrid setup with two Telegram bots. First real-world use: sitting in a truck running errands — With Hermes running on the Mac Mini and connected via Telegram, I asked it what it could do. It suggested Uptime Kuma for LAN monitoring — weirdly well-timed since I'd just been thinking about flaky IoT devices. I said "go install it," and it did — narrating its own troubleshooting out loud the whole time like a little robot intern. Remote access and Home Assistant — Had it install Home Assistant for smarthome control too, with plans to wire up TwinGate for remote access (it had a TailScale skill ready to fire in about two seconds, but I'm trying to keep VPN services consolidated). Daily digest via email — Hooked Hermes into a dedicated Gmail account and set up a 6 a.m. cron job that sends me a personalized morning digest: weather for my watched locations, recent breach/CVE news from select sites, and a summary of my favorite pentesting-focused Mastodon accounts. Needs tuning, but the first digest landed this morning and it's really good! The privacy angle — The real long-term win I see here is a hybrid model: feed raw, unsanitized pentest data to a local private model, let it analyze and sanitize, then hand off the clean version to a cloud model for deeper insight. Best of both worlds without the data exposure anxiety. Check out the Network Chuck video that started it all, and as always, if you're doing cool AI + security stuff, I'd love to hear about it. Find our pentesting services and training at 7MinSec.com, pentesting tips and scripts at 7MinSec.wiki, and if you want to support the show, head over to 7MinSec.club.

Advertising SponsorWant to join our Map It Forward Monthly Community Discussion Group? Head to https://patreon.com/mapitforward to join the community by signing up to the "Roasted Coffee" tier for 20 USD per month. Find other like-minded people in the coffee industry.Episode DescriptionThis is episode 5 of a 5-part series with agro-tech company cofounder and CEO, Ciro Gelvez from WSeeds and Map It Forward Founder, Lee Safar. In this series of The Daily Coffee Pro Podcast by Map It Forward, we're discussing technology and the coffee supply chain, and what becomes possible when farm-level data is captured, managed, and used in ways that actually help coffee farmers make better business decisions.In this final episode of the series, Lee and Ciro discuss how technology can help farmers better forecast and prepare for changing climate conditions.Ciro explains why macro climate data is not enough. Coffee farms often operate across complex terrain, where microclimates can vary significantly even within a small area. WSeeds is developing IoT sensors to help measure farm-level conditions such as humidity and temperature so farmers can better understand risks related to berry borer, leaf rust, soil conditions, inputs, and yield.Lee and Ciro also discuss the role of AI. Forecasting is only useful if farmers know what to do with the information, and AI may help farmers connect their own farm data with possible decisions, lower-cost experiments, and more precise preparation.Connect with Ciro Gelvez and WSeeds here:https://wseeds.co/en/https://www.instagram.com/wseeds_col/https://www.linkedin.com/in/cirowseeds/If you found this episode valuable, make sure you're subscribed to the podcast and follow along for the rest of this 5-part series. In the next episode, we explore how global geopolitics is impacting food supply chains.***************************************About Map It Forward The Daily Coffee Pro is produced by Map It Forward, supporting coffee professionals globally across the supply chain.Website: https://mapitforward.coffeeMailing list: https://mapitforward.coffee/mailinglistPatreon: https://www.patreon.com/mapitforwardInstagram: https://www.instagram.com/mapitforward.coffee/Contact: support@mapitforward.org

Advertising SponsorWant to join our Map It Forward Monthly Community Discussion Group? Head to https://patreon.com/mapitforward to join the community by signing up to the "Roasted Coffee" tier for 20 USD per month. Find other like-minded people in the coffee industry.Episode DescriptionThis is episode 5 of a 5-part series with agro-tech company cofounder and CEO, Ciro Gelvez from WSeeds and Map It Forward Founder, Lee Safar. In this series of The Daily Coffee Pro Podcast by Map It Forward, we're discussing technology and the coffee supply chain, and what becomes possible when farm-level data is captured, managed, and used in ways that actually help coffee farmers make better business decisions.In this final episode of the series, Lee and Ciro discuss how technology can help farmers better forecast and prepare for changing climate conditions.Ciro explains why macro climate data is not enough. Coffee farms often operate across complex terrain, where microclimates can vary significantly even within a small area. WSeeds is developing IoT sensors to help measure farm-level conditions such as humidity and temperature so farmers can better understand risks related to berry borer, leaf rust, soil conditions, inputs, and yield.Lee and Ciro also discuss the role of AI. Forecasting is only useful if farmers know what to do with the information, and AI may help farmers connect their own farm data with possible decisions, lower-cost experiments, and more precise preparation.Connect with Ciro Gelvez and WSeeds here:https://wseeds.co/en/https://www.instagram.com/wseeds_col/https://www.linkedin.com/in/cirowseeds/If you found this episode valuable, make sure you're subscribed to the podcast and follow along for the rest of this 5-part series. In the next episode, we explore how global geopolitics is impacting food supply chains.***************************************About Map It Forward The Daily Coffee Pro is produced by Map It Forward, supporting coffee professionals globally across the supply chain.Website: https://mapitforward.coffeeMailing list: https://mapitforward.coffee/mailinglistPatreon: https://www.patreon.com/mapitforwardInstagram: https://www.instagram.com/mapitforward.coffee/Contact: support@mapitforward.org

Allen Nejah, CEO and System Solution Architect of SunMan Engineering, is driven by a lifelong passion for aerospace, invention, and solving complex engineering problems. From dreaming of becoming an astronaut as a child to working with major aerospace, defense, automotive, medical, robotics, IoT, and semiconductor organizations, Allen has built a career around turning ambitious technical ideas into real-world systems. We explore The Allen Nejah Engineering Framework — Live with Integrity, Be Intensely Curious, Get Organized, Plan Every Baby Step, and Learn from Mistakes — a practical mindset for building breakthrough technologies with discipline and resilience. Allen explains why integrity must exist not only in business relationships but also in the engineering itself, how complex projects must be broken into testable steps, and why curiosity, visualization, planning, and iteration are essential to solving problems across industries. He also shares the story behind InfiniGear, his AI-powered adaptive transmission system, and the healthcare technology inspired by his mother's experience in assisted care. — Building the Connected Car Before the iPhone with Allen Nejah  Good day, dear listeners. Steve Preda here with the Management Blueprint Podcast, and my guest today is Allen Nejah, the CEO and System Solution Architect of SunMan Engineering, dedicated to providing customers with high-quality, on-time engineering and on-budget solutions for their product development and prototyping needs. Allen, welcome to the show.  Yes, that is correct.  Great to have you on the show. And I’d like to ask you my favorite first question: What is your personal ‘Why,’ and how are you manifesting it in your business?  So Steve, first I want to thank you for having me on your podcast. I really appreciate your time and interest. Of course.  As a kid, for whatever reason, I always wanted to have an airplane manufacturing company, an aircraft manufacturing company—something I always wanted to have. And I always wanted to be an astronaut. As a matter of fact, I studied aerospace and mechanical engineering with the dream of being an astronaut, going to fly and all that. So that’s kind of something that’s still in my pocket and that I still want to do. From there, it kind of pushed me in this direction. And yeah, now I work with a number of different companies in the aerospace industry. I work with the Air Force. I’ve worked with Lockheed Martin, Boeing, and a number of others. And I work on both space and aviation projects that really kind of bring my dream to life. So I still haven’t gone to outer space yet, but I still have a little more time.  Yeah. Elon Musk is promising a million people, and his bonus is linked to putting a million people on Mars as the first colony. So there may still be room there.  They need a lot of us to go there, trust me. Well, actually, we’re going to do a lot of activities on the Moon first, and then from there, I’m sure they’re going to be looking for older people, older men, to do some tasks over there. And I’d volunteer to go.  You may be familiar with the Mars trilogy—Red Mars, Green Mars, Blue Mars. It talks about people moving to Mars and how they terraform it. And then they figure out how to extend life to 150, 200 years. So if that works out, then maybe there’s another lifetime to be lived on Mars.  Yeah. I definitely believe that we will end up living on other planets, for sure. I see that very clearly. It could be 50 years or more before we actually become a space-based civilization. But the Moon has already started, right? We’re going to be there in the next 5 to 10 years, trust me. So anyway, I’m very excited about that. Yes.  Yeah, it is very exciting. What I’m looking for on this podcast—what makes it kind of unique—is that I am a junkie for frameworks and mental models. We are almost 400 episodes in, and every episode has a different mental model that our guest comes up with or shares. So think about something that helped you build your business, or maybe helped you develop your products, or how you work with your engineers, or how you work with clients. So think about something that has three to five steps or three to five aspects that create a result.  That’s very clear to me. Those are the key things for any successful person. First of all, honestly, you have to be interested. You have to be in “go” mode. You cannot push somebody to start building something, like a building or actual construction, if their mind is not into it. The very first thing is, it’s got to be you. That’s number one, right? And you know it. Definitely organization is a very key factor for me. Being organized, being detail-oriented—that’s something that is super, super important. Planning and organization make a huge difference in whatever you do, right? And most importantly, integrity. I mean, that’s number one. That’s number one, number two, number three, number four—all of it.  So integrity is all of it. No matter what you do, if there’s no integrity, people will walk away from you. At the beginning, every business makes mistakes, and they learn and so on. So don’t beat yourself up. It’s okay. You make a mistake, you learn from it, and then you don’t do it again, right? Learn from it. So yeah, I would say those are at least three. If anything else comes to mind, I definitely will share it with you. But the most important things are integrity, organization, and clear planning based on knowledge. Not just planning for the hell of it, but planning based on understanding what you’re doing. That’s important. Integrity comes into your personality. It comes into the quality of the work you do.  It comes into the engineering you do. It comes into all of that, right? Even in engineering, it’s not only on the personal level that integrity has to be there. On the engineering level, integrity has to be there too. Whatever you do, you’ve got to make sure it’s working. One of the things we learned the hard way after 35 or 36 years is that it’s very important to have the knowledge base and to do things in a very organized way. And that’s kind of part of my personality. If I’m not confident about the end result, I don’t even commit to it. I’ve got to see it in my mind. Whatever problem comes up, if I don’t see the solution in my mind, I won’t even commit to it. It comes back to quality, integrity, and all of that. And I guess what I was going to say earlier is that everything that we do—as part of, again, the quality and integrity I mentioned—is that we have a lot of baby steps built into the process.  That’s what I wanted to say earlier. So for every step, the whole plan is split into, I don’t know, tens, hundreds, or thousands of different steps and branches. Because technology is not one thing. It’s usually a combination of different sciences. So mechanical engineering, electronics, material science, firmware, AI—those are all different types of expertise. And you’ve got to bring them all together. And for all of those baby steps, you’ve got to have some sort of test at the end of each step before you move on to the next one. Iteration.  Yeah. So, okay, what I’m hearing is integrity is number one. And then curiosity, perhaps. So curiosity is this driving force. Visualization is important. I’m thinking about Einstein, who said that imagination is more important than knowledge because imagination is infinite, while knowledge encircles the world. I think it was something like that. So visualization is important. Get organized. Do thorough planning. And learn from mistakes.  Yes. Absolutely. Okay.  That’s great. So what do you call this? Is this the Allen Nejah Framework, or what’s it called?  One more thing. One more thing. Again, that’s kind of under the umbrella of integrity. So I have two families. It’s one family. I have a family at home, and I have a family at work. And believe it or not—and you already know this—we all spend more time with our family at work than with our family at home. That’s true. It’s true for me. It’s true for a lot of people. You go to work, I don’t know, from 8:00, 9:00, or 10:00 in the morning until 5:00, 6:00, 7:00, 8:00, or 9:00 at night. That’s almost 12 hours. And by the time you go home at 5:00, 6:00, or 7:00, what? You spend two hours with your family, maybe three hours at most, and then it’s back to work. So the team is part of my family, and truly it is part of my family. Those are the first group of people, the first group of associates, that you have to take care of.  You have to be a brother to them, be a friend to them, be a father to them, be a mother to them. Seriously, it’s all about human interaction. It’s all about, “I like you, I don’t like you,” and it goes from there. “I feel good about you. I don’t feel good about you.” And so it’s very important to have those relationships in your business, or whatever it is you do. For me, all our people, all our employees—even from 35 years ago—are still in touch with us. I have kids who came through as junior-high interns, then high-school interns, then university students, even master’s degree students. Now they’re 40 years old. And we’re still in touch. So I’m in touch with hundreds of engineers and people that I’ve worked with over the past 35 years. And that’s a lot of value. That’s the biggest asset.  Yeah. Basically, they call it a school. You create a school, right? Your own professional school. That’s wonderful. So tell me about this special gear called InfiniGear. How is it special? How did you come up with it, and how is it being used? It’s an interesting question. First of all, let me explain to you very quickly what I-Gear is. So I-Gear is an AI robotic adaptive gearbox, or transmission, and that’s a mechanical transmission. It’s not an electronic transmission. It’s an actual mechanical gearbox that goes into any machinery or equipment. I mean, obviously, the one that everybody can relate to immediately is cars. Every car—not EV cars, but every car—has a transmission. A transmission usually is bigger than the engine. It’s heavier than the engine. It’s the guy that goes through all the center of the car, takes all that center, okay?  That’s it—a transmission. It’s big, it’s heavy. By the way, it’s amazing how it works. It’s absolutely amazing how it works if anybody gets into a transmission and sees all of it. There are about 300 to 400 gear sets in there. There are about six or seven clutches. There’s about 3,000 to 4,000 parts in a standard transmission. So that’s why it’s so big and so heavy. The efficiency is so low because all these gears have to be interacting with each other. As a matter of fact, believe it or not, the transmission efficiency is only 50%. So it’s actually as low as you can get. But you have to have a transmission in the car. If you have no transmission in the car—I’m talking about ICE cars with an engine—they’re not even able to drive because the engine has no initial power and no initial RPM.  The AI transmission, the robotic transmission that I have invented, and that we have developed over five to seven years— Since 2017 or ’18 we’ve been working on it. It’s a gearbox that has only two gears versus 200 to 300 gears, and it’s one-fourth or one-fifth of the size. And also, while your standard transmission has five or six or seven or eight gears in your car, this has unlimited gears, okay? And it’s AI, so it can see what’s going on with the road, what the weather is, and all combinations of conditions. If you’re going onto a hillside, it’s already going to shift for you, so it saves energy. So that’s what we have developed. It’s a robotic transmission.  Right now, we’re actually talking to the U.S. Army, and they have some interest. We are at a very initial stage with them. And it’s kind of difficult to bring it into the market because it’s a safety factor, and there are a lot of requirements and tests that have to go into it before we can actually get it into trucks and cars. To summarize the benefit, if you put that transmission into an EV, we can increase the range by 40%, which is huge. A company that can improve a battery by 1% gets millions of dollars thrown at it. Once we can prove that this is working and pass some tests and so on, it’s going to be very huge. Wow. When do you expect this to happen?  I’m hoping within the next two years. Hopefully, by the end of those two years, we make it home and get it into cars and trucks and commercialize it.  Then you will turn into a unicorn—a big unicorn, right?  Yeah. Again, EVs are only one application. There are wind turbines, tanks, boats, some aircraft, and helicopters. A helicopter’s transmission is half the size of the helicopter itself, so the weight and everything else become very significant. So if we can eliminate that weight and size, we can gain a lot. Especially in vehicles, it makes a huge difference and all that.  Wow. That’s probably something that drones would benefit from too. Yeah. It’s mind-boggling. So what drives growth in your business other than your inventions?  So at SunMan Engineering, we have two arms. One arm is that we provide engineering services, product architecture, and product development to other companies—small companies, mid-size companies, and bigger companies like IBM, Sony, Samsung, and Apple. We have about 300 or 400 of those clients. And we also work with government agencies and contractors like Lockheed Martin, Boeing, and Kaiser Electronics, just to name a few. We have also had contracts directly with the Army and the Navy in the past. And that’s what we’re trying to do now—to gain some of those projects again. And InfiniGear, the I-Gear, could be a project that, fingers crossed, we’d be working on with the U.S. Army. So that’s one arm of what we do. The other arm is that we develop new technologies. We develop them, work on them, and then license them, or let our clients utilize them in some of their projects through partnerships and so on.  So you’re a service company as well as a product company?  Yes. We are a systems and product company. We’re considered a systems and product company, yes.  Now, do you call this systems integration? In the IT world, they used to call it systems integration when you had different systems and—  We are more than systems integrators. Systems integrators buy different technologies and put them together. It’s still engineering, don’t get me wrong. Yeah. You still have to engineer everything and put it together. But what we do is actually customize things from the ground up. Sometimes we do integration because it’s faster, easier, and sometimes cheaper. Some of the components and some of the functionality can be integrated. But generally, we customize every project from the ground up. And generally, for your information, we cater to aerospace, robotics, and IoT. IoT is communication—all sorts of wireless and different types of communication: Wi-Fi, 5G, Bluetooth, all sorts of stuff, right? And also medical. So medical, robotics, aerospace, IoT, and also semiconductors, which also serve these different industries.  So how is it possible? I mean, you have a relatively small team, right? Fifteen people or so?  Twenty-seven, twenty-eight people.  Twenty-seven. Okay, sorry.  Yeah. With a small team.That’s exactly the very first question you asked me. That’s exactly how it affects and how it comes into the picture. Being organized—I mean, we’ve done this so many times. It’s like we make things so efficient because we already have a plan. Every project we do, in concept, is the same thing. The process is the same. The application is different, but the process is the same. So going through that process and having a very reliable process in place that we follow very religiously makes us super, super efficient. And also, being small, we don’t have to go through a number of different layers. Everything comes to one or two people, gets approved, and we get it going. Everything happens the same day. Nothing waits until the next day here.  Are you involved in every project?  Fortunately and unfortunately, I’m involved in every project. And one of my goals is to eventually focus on fewer projects so I’d be more effective and efficient. So that’s one of my goals for the next few years. I-Gear is one of them, and we’re also working on another project. It’s for healthcare, it’s for the elderly and infants. Eventually it’s going to be a robot, but right now we’re making the device that is the brain of the robot. So it gets to know the person, it gets to know their habits, it gets to know everything about the person, about their family, about their health, about how they behave. We can remind them of different things. We can assist them with different things. We can watch them. We can emotionally work with them. There are so many different applications that we’re working on now. We can even do preventive diagnostics.  What “preventive diagnostics” means is that before the patient or the person gets sick or develops some sort of disease, we can actually identify it before that happens. That’s great. And that’s the most important part of this device. It has so many different applications and different ways it can help and assist an elderly person. And within the next two or three years, my goal is to integrate this into a robot. So we’re going to have a robot that physically helps you as well. My mother ended up in one of those care centers, and I saw how much she was declining on a daily basis—not weekly, not monthly, but daily.  And there was nothing, unfortunately, that I or any member of our family could do. I mean, we were there every day, don’t get me wrong, but that’s all we could do for her. We’re all busy. We all have lives. I mean, we were there almost every day, but really, she did not get the care that she needed. And that’s what kind of put me in that frame of mind—how can I help someone like my mom? And that’s how it started about two years ago. And as a matter of fact, now it’s one of the biggest markets. Yeah. It’s one of the biggest. So that’s fascinating. So how can you have so mental bandwidth that you can cover different industries, go deep into different industries, and innovate and invent stuff? How does that even happen?  Honestly, I personally work pretty much 12 hours a day. Even on my vacations, I work. Don’t get me wrong, I have a very good life. I work hard and I play hard. I am a very active person. I played as a semi-professional soccer player until I was 58 years old, believe it or not. Actually, next week I’m going to be 65. I still can play. I still can go and compete with 25- and 30-year-old kids, and I still do good, I think. So I keep myself in very good shape. I do mountain biking. I do about 10 to 15 hours of heavy-duty exercise on a weekly basis, and that kind of balances what I’m doing. To answer your question, yes, it’s too much, but yeah, we have to spend more time. There is no magic to it. Sometimes it gets to be too much, but I like what I’m doing, so I enjoy it.  Yeah, it shows. Elon Musk is also an example of being able to run six big companies in different areas and be a groundbreaker. But you’re doing something very similar. You are breaking ground in different industries.  Yeah. Actually, as I mentioned, I have established different startups and sold them. I have worked on a number of different companies and technologies. As a matter of fact, back in 2005, I brought a whole bunch of different technologies to cars. Any type of car you drive—I don’t care what it is—almost everything in the dash belongs to technologies that we developed from 2005 to 2008. There are some videos and some information on my LinkedIn. I invite people, including yourself, to look into it. The stuff we did back then was in 2005. The iPhone only came out in 2007. We came out with these technologies between 2005 and 2008. Back then, we had Genie. Today they have Alexa and I don’t know what everybody else calls theirs.  Yeah. We had Genie. Genie would talk to you. I mean, I’m not just saying it. Please go watch the videos. We have them. So you would just talk to the car, and the car would do everything for you. We came up with a device that initially you could install as an aftermarket stereo in the car. Basically, it would connect all the sensors in the car to the outside world. This was the very first time. As a matter of fact, internet connectivity in the car is my technology. Every single car in the world since 2014 has been connected to the internet, and that’s my technology, my patent, and my license. Of course, I’m not getting much money from it. Unfortunately, I’ve kind of been robbed on that. But at least I can brag about it—that’s our technology. So yeah, we brought a whole bunch of technologies to market. My vision back then was to make the car robust enough to drive without a driver.  That’s happening now.  It’s happening now. As a matter of fact, we had a car that we put our system into, and we were demonstrating it. And again, there are hundreds of videos about that technology that you can find on the internet. As a matter of fact, we were on PBS for nine months in 27 countries talking about future cars, and that video is also out there. So that was in 2010. They had a half-hour program with my company and with me about future cars. And everything we said, we had the basis for it, and it happened.  So, Allen, if you had a magic wand and you could wish for anything to happen in your business, what would that be? So as I said earlier, I like to be more focused now. I’m very spread out with the business—not only with the technical side of things, but also with the business side of things. I really want to get away from the business side and just focus on the technology. That’s what I enjoy more. I do the business side because I have no choice. That’s part of the work, right? But I would like to get to the point where I can focus only on technology, and other people can worry about the other things. So that’s my goal.  Okay. So if someone is listening to this and they would like to be like you, what would you advise them? Let’s say they are 20 years old and they want to grow up and be an inventor, come up with solutions, work in different industries, and solve big problems. What’s the path? What would you tell them?  So first of all, don’t be like me, that’s for sure. Honestly, you’ve got to enjoy life more than I do. And I do enjoy life. Again, I have different hobbies. I do different sports. I ski, I bike, and those are my hobbies, right? Most importantly, again, we talked about this at the beginning. You’ve got to like what you do. And doing business is not easy. Don’t expect to get into it and have everything work out. Usually, by default, everything goes wrong. So that’s normal. It used to bother me. It used to make me upset, nervous, and all that. But over the last seven to ten years, I learned that things happen, and you just have to resolve them and go through them. Bad things can happen. Good things can happen. It’s all part of the mix. You’ve got to have a very strong personality. Generally, a good percentage of people go paycheck to paycheck, and it’s mental—it’s in their mind. They make a lot of money. They make $100,000 every paycheck. But if you get a paycheck, your mind is like, “Okay, my next paycheck is coming two weeks from now, then another one two weeks after that,” right? And if those two weeks come and you don’t get your paycheck, they go nuts. They go crazy. So if you’re like that, you cannot go into business. In business, it’s all about failure and success. If you’re lucky, that’s a different story. I can go buy a lottery ticket, and only one person out of millions wins. That’s luck. That’s different.  But then they lose it all. Lottery winners tend to lose it. Within a year, they’re broke.  Yeah, that’s a different story, of course. What I’m saying is that, yeah, some people get lucky. That’s the exception. Don’t compare yourself to that. Don’t go after that.  Don’t count on it.  Doing business is usually a challenge, no matter what. So you’ve got to have a very strong personality.  So yeah, resilience is everything. Well, that’s wonderful. So if someone would like to learn more about SunMan Engineering, or they want to connect with you, what should they do and where should they go? Yeah, the best thing is to please visit the website, which is sunmantechnology.com. There is a contact form there, and you can contact us. We’d be happy to get in touch with you and see how we can help.  Okay, fantastic. Well, Allen Nejah, the CEO and chief engineer of SunMan Engineering, and the inventor of many products in different industries, including InfiniGear, which is going to revolutionize transmissions. Thank you for coming on the show and sharing your insights and wisdom. And those of you who are listening, if you enjoyed this, make sure you subscribe and follow us because every week I bring on an amazing entrepreneur to talk with you. Thanks for coming, Allen, and thanks for listening. Important Links: Allen's LinkedIn Allen's website

Send us Fan MailIn this episode, Kevin Dias discusses the core principles of his "Problem First Method," emphasizing the importance of understanding customer problems deeply before jumping to solutions. Kevin shares stories from his experience in SaaS and healthcare, illustrating how problem-first thinking leads to better product outcomes and avoids costly missteps.Key topics:Mastering Problem First Thinking to Build Better Products with Kevin DiasKey Topics: The core difference between problem-first and solution-first thinking Implementing the feature alignment document for better problem framing The significance of asking “why” multiple times to dig deeper into customer pain points Lessons from real-world stories: failures and successes in product development The role of AI in accelerating development while maintaining human curiosity and critical thinking Strategies for teams to avoid solution fixation and foster customer-centric innovation Practical tools to identify the root causes of issues before building solutions How digital transformation impacts customer expectations and problem-solving Timestamps: (00:00) - Introduction: Why understanding the problem is essential for product success (01:12) - Kevin Dias' background and the problem-first framework (02:10) - The impact of media and cultural experiences on thinking (03:03) - How a shift from solution to problem focus emerged in Kevin's career (04:01) - The story of developing a solution for teletherapy privacy—without enough discovery (05:09) - Applying the Five Whys to reveal underlying problems in diverse industries (06:35) - The influence of AI in development speed and the importance of human oversight (07:45) - The problem atlas and planning versus feature roadmaps (09:05) - The cultural shift in customer sophistication and its effect on product design (10:09) - How to cultivate problem-first thinking within teams and leadership (11:36) - Practical application: avoiding building the wrong solution and saving resources (13:04) - Stories from healthcare and other industries illustrating the problem-first approach (14:01) - The importance of asking better questions for long-term success (15:30) - The role of curiosity and critical thinking amid rapid tech advancements (16:49) - Avoiding “solution fixation” and focusing on customer needs (17:45) - Implementing the problem atlas in teams to prioritize effectively (19:25) - How AI tools should complement, not replace, analytical thinking (20:45) - Building a strategic mindset: mastering the five whys for better outcomes (22:14) - The importance of framing problems clearly before solutions (23:45) - When and how to move problems to the top of planning documents (25:28) - Real-world examples of resource savings through problem-centric planning (29:52) - Learning from failures: the impact of insufficient problem discovery (30:45) - Tools like the five whys and problem atlas as part of strategic product management (32:31) - How data and automation can help minimize manual work, focusing on actual problems (36:40) - The lessons from stories of how getting to the root of problems saved or sank projects (37:34) - Book structure and who should read it (43:10) - The critical role of tools, skilled employees, and avoiding burnout in high-skill roles (45:23) - Final takeaway: understanding the problem before falling for the solution Problem First Method - Kevin Dias buy book here and learn more.  Kevin Dias on LinkedIn Problem First Method Book on Amazon “This is The Wireless Way—where mobility, IoT, and innovation drive real business outcomes.” Support the showCheck out my website https://thewirelessway.net/ use the contact button to send request and feedback. 

Leave the farm without killing the chickens, or losing remote access? We dig into how we pulled it off: Frigate, local automation, sun-tracking coop doors, and a network that shrugged off an ISP outage.Sponsored By:Jupiter Party Annual Membership: Put your support on automatic with our annual plan, and get one month of membership for free!Managed Nebula: Meet Managed Nebula from Defined Networking. A decentralized VPN built on the open-source Nebula platform that we love.Support LINUX UnpluggedLinks:ConnecTen Internet — Get $35 off your order total with Jupiter35

In this episode of The Future of Fitness, host Eric Malzone sits down with Erik Jivmark, CEO of Sleep Cycle, to discuss how passive tracking technology is transforming the health and wellness industry. For 15 years, Sleep Cycle has been quietly analyzing a millennium of sleep every single night, leveraging audio and advanced machine learning algorithms to map sleep stages with the same precision as leading wearable hardware. Now, the company is democratizing this massive data layer by opening up its seamless Sleep SDK to developers, health apps, and IoT providers worldwide. Erik shares the brand's incredible origin story—from an iPhone taped to a bed to a global network tracking millions of nights—and pulls back the curtain on their upcoming FDA-regulated clinical validation study aimed at diagnosing sleep apnea risk with just a single night of phone-based audio tracking. Whether you are building an AI health coach, looking to scale passive monitoring, or eager to understand why sleep is the ultimate foundational layer of longevity, this conversation explores how the future of public health belongs to frictionless, hardware-free technology.   

In this episode of Tank Talks, Matt Cohen sits down with Aidan Madigan-Curtis, Partner at Eclipse, for a sharp conversation on physical AI, frontier tech, robotics, manufacturing, and the future of building in the real world. Aidan shares her unlikely path from a small mountain town in Penticton to Harvard, Bridgewater, Apple, Samsara, and now Eclipse, where she invests at the intersection of atoms and bits.She breaks down what factory floors taught her that most software-first founders miss, why physical AI is becoming one of the biggest venture capital opportunities of the next decade, and what the U.S. and Canada must understand about China's manufacturing advantage. From launching the first Apple Watch manufacturing lines to scaling Samsara's hardware operations and investing in autonomous excavation, robotics, energy, defense, and supply chain technology, Aidan brings a rare operator-investor perspective to one of the most important shifts happening in tech today.Buckle up to understand why the next wave of AI won't just live in software; it will reshape factories, robots, infrastructure, and the physical world around us.The Unlikely Path from Penticton to Harvard (00:04:25)Aidan shares the wild story of growing up in a tiny Canadian mountain town, applying to Harvard almost by accident, and nearly missing her acceptance letter because it sat undelivered in a PO box. She reflects on how community support, risk-taking, and a willingness to swing big shaped the rest of her career.Bridgewater, Systems Thinking, and Conviction Investing (00:09:00)Aidan explains how Bridgewater's fundamental, systematic approach to markets shaped how she evaluates venture opportunities today. She breaks down why Eclipse starts with deep theses, pressure-tests industries, and backs founders before the market fully understands where the world is going.The Factory Floor Lesson Every Founder Needs (00:17:27)Drawing from her time launching Apple Watch manufacturing lines, Aidan explains why the best founders must balance brutal honesty with extreme optimism. She argues that founders who get “high on their own supply” lose touch with reality, while founders without belief cannot rally a team to do the impossible.Why Physical AI Was the Bet Before It Was Cool (00:20:34)Aidan walks through her career pattern of choosing the “unsexy” path before it becomes obvious: Bridgewater before it was famous, Apple supply chain when software was eating the world, Samsara before industrial IoT was hot, and Eclipse before physical AI became a major venture category.China's “Vibe Manufacturing” Advantage (00:28:37)Aidan unpacks Eclipse's China Field Notes and explains what “vibe manufacturing” really means: a deeply layered, highly competitive, fast-moving manufacturing ecosystem that can turn ideas into physical products at extraordinary speed. She discusses China's compounding advantage in tooling, suppliers, human capital, robotics, and government-backed industrial competition.Where the U.S. Is Ahead and Behind in Robotics (00:37:18)Aidan breaks down the robotics race between the U.S. and China. She says the U.S. remains highly competitive in embodied AI, autonomy, and goal-oriented machine intelligence, but lags badly in manufacturing depth, actuators, magnets, physical iteration speed, and lower-level robotic control.The Robotics Data Problem (00:41:14)Aidan explains why video data alone is not enough to build general-purpose robotics. She discusses the need for proprioception, haptics, physics data, and real-world interaction data, plus why China's robotic data farms could become a major strategic advantage.Canada's Opportunity in AI, Energy, and Deep Tech (00:44:47)As a Canadian-born investor, Aidan lays out where Canada can win: talent attraction, smart immigration policy, abundant clean energy, AI infrastructure, university research, biotech, quantum, defense, and strategic government offtake. She argues Canada has the raw ingredients to become a major player if it moves with urgency.Eclipse's Interest in Canadian Founders (00:49:20)Aidan shares that Eclipse is already investing in Canada, including companies in Toronto and Vancouver, and is actively interested in deep tech and physical AI founders coming out of Canada's strongest ecosystems.About Aidan Madigan-CurtisAidan Madigan-Curtis is a Partner at Eclipse, where she invests in physical AI, robotics, manufacturing, energy, defense, supply chain, and frontier technology companies. Before Eclipse, she was an early executive at Samsara, helping scale the industrial IoT company from pre-product to public company. She previously worked on Apple's manufacturing team for the first Apple Watch and began her career at Bridgewater, where she developed a systems-thinking approach to markets and complex industries.Connect with Aidan Madigan-Curtis on LinkedIn: https://www.linkedin.com/in/aidan-madigan-curtis/Visit the Eclipse website: https://eclipse.capital/Connect with Matt Cohen on LinkedIn: https://ca.linkedin.com/in/matt-cohen1Visit the Ripple Ventures website: https://www.rippleventures.com/ This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit tanktalks.substack.com