Podcasts about interfaces

„I miss my pre-internet brain.“ Dieser Satz stammt von der US-Autorin Virginia Heffernan und trifft mitten ins Herz unserer digitalisierten Existenz. In dieser Episode des Mensch-Technik-Podcasts gehe ich der Frage nach, warum uns moderne Technologien mental überfordern – und was das mit unserer evolutionären Geschichte zu tun hat. Was passiert, wenn ein steinzeitliches Gehirn auf Hochfrequenz-Interfaces trifft? Wenn aus Werkzeugen Umwelten werden? Und welche Rolle können Fahrzeuge dabei spielen? Inhalt der Episode: - Warum unser Gehirn kein Multitasking-Organ ist – und was das für digitale Interfaces bedeutet - Fünf Gründe, warum wir uns nach dem „Pre-Internet Brain“ sehnen - Wie heutige HMIs und Fahrzeug-Innenräume unsere mentale Kapazität überfordern - Welche Chancen entstehen, wenn wir Autos wieder zu Orten der Klarheit, Ruhe und Sinnlichkeit machen

Erin Jende, Director of Marketing with Interface, and Kemp Harr discuss Interface's recent growth, awards and brand positioning at NeoCon 2025.

The Personal Computer Show Wednesday June 11th 2025 www.PRN.live Streaming on the Internet 6:00 PM Eastern Time In the News • TSA Warns Smartphone Users • FCC Renewing Call to Treat YouTubeTV like a True Competitor to Cable Television • The Digital Soapbox for Free Speech and the First Amendment • OpenAI Wants to Get College Kids Hooked on AI ITPro Series with Benjamin Rockwell • The Next Level of Interviewing May be Worse Than Ever Before From the Tech Corner • Has Microsoft Been a Responsible Corporate Citizen When it Comes to E-Waste? • Do You Need to Unplug Your Computer Equipment When on Vacation? Technology Chatter - (Benjamin Rockwell, Mark Brownstein and Marty Winston) • User Experiences and Interfaces, Ricoh 6500 Lumen 4k Projector 

Aujourd'hui, je reçois, Marc Pinel, Advanced Experience Design Director chez Renault. Avec plus de 20 ans de carrière dans l'industrie automobile, Marc revient sur l'évolution du design chez Renault, entre maquettes physiques, infographie 3D, interface homme-machine et recherche utilisateur.

Vladimir Baranov is an Executive Coach at Human Interfaces for Founders and Technical Leaders. He coached and mentored at various U.S. and U.K. incubators and accelerators, with a primary focus on launching, developing, and sustaining startups. He champions innovation, particularly in transforming ideas into tangible businesses (zero-to-one approach). He also focuses on integration of frequently […]

Vladimir Baranov is an Executive Coach at Human Interfaces for Founders and Technical Leaders. He coached and mentored at various U.S. and U.K. incubators and accelerators, with a primary focus on launching, developing, and sustaining startups. He champions innovation, particularly in transforming ideas into tangible businesses (zero-to-one approach). He also focuses on integration of frequently […] The post Vladimir Baranov With Human Interfaces appeared first on Business RadioX ®.

On this episode of “Marketplace Tech,” host Meghan McCarty Carino spoke with Christopher Mims, a tech journalist at The Wall Street Journal, about the recent evolution of brain computer interfaces — technology that has enabled people with paralysis to move prosthetic limbs or type out communication using computer implants in their brains — and the neurotech startups trying to bring their implants to a larger market by making them less invasive.

On this episode of “Marketplace Tech,” host Meghan McCarty Carino spoke with Christopher Mims, a tech journalist at The Wall Street Journal, about the recent evolution of brain computer interfaces — technology that has enabled people with paralysis to move prosthetic limbs or type out communication using computer implants in their brains — and the neurotech startups trying to bring their implants to a larger market by making them less invasive.

George "The Tech" Whittam is a global authority on voice-over recording technology and tech support for voice actors. He is known for his expertise in studio design, equipment setup, and acoustic solutions for voice-over professionals. Whittam's company, GeorgeThe.Tech (https://georgethe.tech/avs), offers tech support, training, and engineering services. *In this Episode, we talk about: * * VO Home Studio/Recording Space * Can you DIY a VO Booth? * SPLURGE or SAVE? Interfaces, Mic Cables, Microphones, Headphones, Computers and DAWs * Source Connect 4 * Home Studio Challenges * Pasport VO - Small but Powerful Interface Get *10% * OFF George's Services HERE (https://georgethe.tech/avs) Share YOUR Home Studio Challenge HERE (https://forms.gle/cWYj5yyJ9WxgBN9V8) Want a CEntrance Pasport VO interface? Email George at: george@georgethe.tech Atlanta VO Studio Upcoming Training Learn Audacity with Larry Hudson (https://atlantavoiceoverstudio.com/what-we-offer-classes-learn-audacity-w-larry-hudson/) Find Your Voice with Daniel Ross (https://atlantavoiceoverstudio.com/what-we-offer-workshops-find-your-voice-workshop/) The Character of You Class (https://atlantavoiceoverstudio.com/what-we-offer-classes-the-character-of-you-class/) (Learn how to bring your authentic voice to scripts) Script Workout with Jill Perry (https://atlantavoiceoverstudio.com/what-we-offer-classes-vo-virtual-script-workout/) Character of You Workout with Steve Henderson (https://atlantavoiceoverstudio.com/what-we-offer-classes-character-of-you-virtual-workout/) CLICK HERE for 15% off a Voice123 Membership ($495 tier and up) - https://bit.ly/3uPpO8i Terms & Conditions - https://docs.google.com/document/d/1CcYMkdLxWfbmwbvu-mwaurLNtWYVpIBgkJpOQTYLDwc/edit?usp=sharing Looking for a VO MENTOR? Check out our Mentorship Membership for just $25/month - https://www.provoiceovertraining.com/300-membership *LET'S CONNECT! * facebook.com/atlantavoiceoverstudio instagram.com/atlantavoiceoverstudio twitter.com/atlvostudio tiktok.com/@atlantavoiceoverstudio YOUTUBE: https://youtube.com/atlantavoiceoverstudio Atlanta Voiceover Studio & ProVoiceoverTraining's Classes & Workshops www.AtlantaVoiceoverStudio.com www.ProVoiceoverTraining.com **Sign up for FREE weekly VO tips: https://bit.ly/AVSemail

One nation has stealthily adopted a leading position in remodeling digital casino interactions while the digital gambling realm speeds ahead in innovation - that nation is Ireland. Ireland has recently evolved into an emerging innovative technology center that uses mobile platforms to disrupt the gaming industry. Developing a new app or creating bonus-heavy games does not represent the main objective of this initiative. The advancement focuses on transforming mobile casino user engagements by starting from the smartphone screen interface. A New Standard for Design in Mobile Casino Experience Scroll, tap, swipe. Ireland has gained mastery in this current mobile gaming metabolic rate along with other select development groups worldwide. Mobile casino interfaces no longer replicate small sized desktop screens so users now can find updated interfaces. Modern technology development starts from a mobile perspective while organizations in Ireland create exceptional designs through their fusion of advanced technology and exceptional user understanding. The movement controls alongside one-hand operating methods come from Dublin-based development teams at the forefront. The user experience includes dynamic animated interfaces which automatically respond to users' actions in real time instead of using standard menu drop-downs and game lobbies. The slot machine system operates flawlessly through vertical orientation. The gambling feed in live video uses chat functionality alongside betting tools which operate without obscuring the screen display. The system evaluates each detail by running through repeated tests incorporating player comments together with A/B testing protocols. Direct UX focus serves both as strategic approach and as an aesthetic enhancement. Several Irish startups understand that users are devoting less time to each session leading to rising competition so anything that causes friction will make users leave. Mobile casinos developed by Irish startups remove small interface errors while crafting user-friendly platforms that both maintain user retention and generate user satisfaction. Intuitive Meets Intelligent: The Role of Adaptive Design Adaptive interfaces represent the leading technological innovation in mobile gambling across Ireland since they modify user interfaces instantaneously according to player habits and device types and timeframes. When users start their preferred casino application at night the interface directs them towards games within relaxing sound and minimal visual intensity settings. The interface welcomes back users by displaying new feature highlights that avoid cluttering the user interface screen. AI analytics drive adaptive interface development at Irish companies who view gaming as much more than game access but as a key element of state of mind and situations. Even small touches matter. The implementation of predictive asset streaming technology leads to faster loading times. Game recommendations today integrate both historical gameplay data and user-determined time-period preferences and held-device orientation settings. Gamification and Loyalty in a New Light Irish businesses lead the global advancement of gamification through genuine casual game design techniques which establish player connection. Modern platforms enable interactive loyalty experiences which duplicate gaming mechanics through avatar collection and perk leveling and the attainment of social awards for both game playing and feature exploration as well as safety practice. The shift demonstrates a general industry trend which marries emotional resonance with non-financial options. Users take part in digital realms through gameplay instead of limited gambling activity. Through their playful approach Irish developers manage to develop digital universes that display genuine human sensibility. A company based in Cork released an update which enabled players to give virtual cheers to their fellow casino players while streaming t...

Apple filed a patent for a wearable loop-shaped electronic device that can be worn on the wrist, around the neck, or attached to everyday items, enabling features such as blood pressure monitoring, skin moisture tracking, EKG readings, haptic feedback, voice input, and positional sensing. The device may serve as a visual marker in augmented and virtual reality systems and supports wireless charging. The patent indicates potential integration with Apple's broader ecosystem and suggests new applications for artificial intelligence and smart device connectivity.Learn more on this news by visiting us at: https://greyjournal.net/news/ Hosted on Acast. See acast.com/privacy for more information.

Theodore Schwartz stands at the pinnacle of neurosurgical expertise. With over 500 published articles, 200 pieces of commentary, and 5 patents to his name—effectively producing a scholarly work every two weeks for three decades—Schwartz has spent most of his career at Weill Cornell Medicine, where he pioneered new minimally-invasive surgical techniques and led the Epilepsy Research Laboratory, among many (many) other things. His recent book Gray Matters: A Biography of Brain Surgery offers readers an insider's view of one of medicine's most demanding specialties. Tyler and Ted discuss how the training for a neurosurgeon could be shortened, the institutional factors preventing AI from helping more in neurosurgery, how to pick a good neurosurgeon, the physical and mental demands of the job, why so few women are currently in the field, whether the brain presents the ultimate bottleneck to radical life extension, why he thinks free will is an illusion, the success of deep brain stimulation as a treatment for neurological conditions,  the promise of brain-computer interfaces, what studying epilepsy taught him about human behavior, the biggest bottleneck limiting progress in brain surgery, why he thinks Lee Harvey Oswald acted alone, the Ted Schwartz production function, the new company he's starting, and much more. Read a full transcript enhanced with helpful links, or watch the full video. Recorded January 31st, 2025. Help keep the show ad free by donating today! Other ways to connect Follow us on X and Instagram Follow Tyler on X Follow Theodore on X Sign up for our newsletter Join our Discord Email us: cowenconvos@mercatus.gmu.edu Learn more about Conversations with Tyler and other Mercatus Center podcasts here.

The post Bruce Randall on energy healing and AI, embedding AI in humans, and the implications of brain-computer interfaces (AC Ep4) appeared first on Humans + AI.

Artie Intel and Micheline Learning report on Artificial Intelligence for The AI Report. Google DeepMind’s GNoME project used AI to revolutionize energy storage, battery technology, and superconductors.  GraphCast, an open-source AI model, can now predict the weather up to 10 days in advance with unprecedented accuracy. This message comes from Eve.  Eve is the first legal AI that you can partner with,  train,  and teach to handle every part of your case.  Visit eve.legal. DeepMind’s AlphaGeometry 2, trained with the Gemini model, solved 83% of geometry problems from the last 25 years of the International Mathematical Olympiad, rivaling human gold medalists and pushing the boundaries of AI reasoning. Microsoft’s Copilot X Enterprise integrates next-gen GPT-4 Turbo enhancements to automate complex tasks in Office 365, supporting text, images, and code in a seamless workflow. Meta’s LLaMA 3, with over a trillion parameters, is now open source, democratizing access to advanced language models and enabling a wave of innovation across research and business. China’s WuDao 3.0 and its new AI supercomputer are setting benchmarks in computer vision, natural language processing, and robotics, outperforming many Western systems. Microsoft’s SQL Server 2025 preview brings built-in AI capabilities directly into the database engine. Apple rolled out new AI features across iPhone, iPad, and Mac, enhancing user experience with smarter automation and improved on-device intelligence. Meta is investing up to $65 billion in AI this year, including a major new data center in Louisiana to support its Llama model and future AI initiatives. OpenAI launched the o3-mini, a new model optimized for reasoning and efficiency, available to both consumers and developers, meeting the growing demand for smaller, more efficient AI models. Anthropic, Stability AI, and Hugging Face are pushing the boundaries with generative models and developer tools, making advanced AI more accessible than ever. Specialized AI chips, like Google’s Willow, are enabling faster, more efficient AI computations. NotebookLM is helping researchers organize and analyze information faster than ever. Canva Magic Studio brings AI-powered graphic design to everyone, from pros to beginners. ElevenLabs and Murf are generating realistic AI voices for podcasts, audiobooks, and customer service. AdCreative is automating marketing campaigns with AI-driven insights and content generation. ChatGPT, Claude, DeepSeek, and Grok are leading the pack for chatbots and virtual assistants, helping with everything from brainstorming to customer service.  Video Generation: Platforms like Synthesia, Runway, and Filmora let users create high-quality videos in minutes, using avatars and AI-powered editing tools. Image Generation: GPT-4o and Midjourney are at the forefront, producing stunning visuals from simple text prompts. Notetakers: Tools like Fathom and Nyota are revolutionizing meeting productivity by transcribing and summarizing conversations in real time. Coding and App Builders: Bubble, Bolt, and Cursor enable rapid app development, even for those without a coding background. Music Generation: Suno and Udio are making waves by composing original music tracks on demand. Project management, scheduling, and customer service tools—Asana, ClickUp, Reclaim, and Tidio AI—all powered by advanced machine learning. Quantum AI ATLAS: Google’s Willow quantum AI chip is rewriting the rules of computation. This 105-bit chip solved a complex problem in five minutes—a task that would take a classical supercomputer 10 septillion years.  The AI Report

Neste episódio do podcast da MIT Technology Review Brasil, Rafael Coimbra, Andre Miceli e Carlos Aros discutem sobre os avanços das interfaces cérebro-máquina com o uso de inteligência artificial generativa.O debate gira em torno de implantes cerebrais que traduzem impulsos neurais em palavras, permitindo que pessoas com paralisia voltem a se comunicar com fluência, entonação e intenção.Além dos desafios técnicos, o episódio aborda as implicações éticas e sociais dessa nova forma de interação entre humanos e máquinas: quem é responsável pelo que é dito? Qual é o papel da IA na mediação da fala?Ouça agora o novo episódio, oferecido pelo SAS, e entenda como a neurotecnologia está redefinindo os limites da comunicação humana.

In dieser Folge wird's digital und tief zugleich: Gérard Lach und Alexander Renner sprechen über die Verbindung von spiritueller Praxis und moderner Technik. Was passiert, wenn Menschen, die mit Klang und Stille arbeiten, plötzlich von Mikrofonen, Interfaces und Online-Kursplattformen umgeben sind? Wie viel Technik ist noch in Balance – und wo beginnt die Reizüberflutung? Zwischen Meditation und Mainboard, Stille und Streaming, Klangreise und Kabelsalat – ein Gespräch über Widersprüche, Schnittstellen und überraschende Gemeinsamkeiten.

Gute Software erkennt man nicht daran, wie durchdacht sie entwickelt wurde – sondern daran, wie mühelos sie genutzt werden kann. Es gibt einen fundamentalen Unterschied zwischen dem Planen und dem Benutzen von Software. Wir beziehen uns auf Daniel Kahnemans Konzept von System 1 und System 2 und erklären, warum gerade im Design digitaler Produkte der Perspektivwechsel entscheidend ist: Wer Software entwirft, denkt bewusst, langsam und analytisch – wer sie nutzt, braucht schnelle, intuitive Lösungen.Warum Komplexität in der Realität kein Freifahrtschein für komplizierte Interfaces ist, und wie gutes UX-Design dabei hilft, auch anspruchsvolle Prozesse einfach bedienbar zu machen. Denn echte Nutzerfreundlichkeit entsteht nicht durch zusätzliche Funktionen, sondern durch ein tiefes Verständnis für menschliches Verhalten.

In beiden Modi nur das Beste wünschen…Chris & Alex
von https://wahnsinn.design

Links zur Folge:Schnelles Denken, langsames Denken nach Daniel Kahnemann: https://de.wikipedia.org/wiki/Schnelles_Denken,_langsames_Denken Das ist Besser mit Design, ein Wahnsinn Design PodcastVielen Dank fürs Zuhören

Join JJ Englert in this episode of 'This Week in NoCode + AI' where he sits down with Matt, CEO of Rapid Dev, to discuss the evolving landscape of AI and no-code development. Discover how agencies can adapt to new AI tools, the shifting focus from no-code to visual and vibe coding, and the impact of automation on businesses. Matt shares insights on leading a large development team through these changes, the cultural challenges of adopting new technologies, and the exciting future of AI-driven solutions. Stay tuned for expert advice on staying nimble and leveraging the best tools for client success.

In this episode, Jake and Michael discuss using interfaces as a dictionary of constants, working with and testing inputs passed down multiple layers of the application, and refactoring legacy code with PHP's ArrayAccess interface.

Restoring a person's ability to speak, enabling individuals with paralysis to regain movement, and detecting neurodegenerative diseases earlier than ever — these are just some of the breakthroughs brain-computer interfaces are making possible. In this episode, we explore the astonishing world of BCIs: technologies that are giving autonomy and independence back to people with diseases like ALS. We discuss: • How BCIs are helping people with neurodegenerative diseases and spinal cord injuries communicate using decoded brain signals • How brain-computer interfaces actually work (and why they're NOT just reading your mind) • Why motor cortex implants may help decode speech, even when inserted in unexpected regions • The ethical challenges of privacy, data ownership, and access in the era of brain-connected devices • The future of the field, from restoring language after stroke to enabling communication in children with cerebral palsy We speak with three world-leading researchers and clinicians who are helping shape this rapidly-advancing area of neuroscience: • Dr. Leigh Hochberg, director of the Center for Neurotechnology and Neurorecovery at Massachusetts General Hospital, and principal clinical investigator of the pilot clinical trials of the BrainGate Neural Interface System. • Dr. David Brandman, neurosurgeon and co-director of the UC Davis Neuroprosthetics Lab. • Dr. Sergey Stavisky, neural engineer and co-director of the UC Davis Neuroprosthetics Lab. For more information about the Braingate project, and to volunteer as a participant, visit: https://braingate.org/ This is... Your Brain On Brain-Computer Interfaces. ‘Your Brain On' is hosted by neurologists, scientists and public health advocates Ayesha and Dean Sherzai. ‘Your Brain On... Brain-Computer Interfaces' • SEASON 5 • EPISODE 3 ——— FOLLOW US Instagram: https://www.instagram.com/thebraindocs YouTube: https://www.youtube.com/thebraindocs Website: https://thebraindocs.com/

We talk about Kristine Jørgensen’s Gameworld Interfaces. Buy the shirt! Support this show on Patreon! Buy books from our Bookshop.org page! Chris Hunt created the theme song for this show.

An evolving technology is changing the lives of people with paralysis: brain-computer interfaces (BCI). These are devices that are implanted in the brain and record neural activity, then translate those signals into commands for a computer. This allows people to type, play computer games, and talk with others just by thinking, allowing more freedom to communicate.For decades, this technology has looked like a person controlling a cursor on a screen. But this work has advanced, and in a recent breakthrough, a person with paralysis in all four limbs was able to move a virtual quadcopter with extreme precision by thinking about moving it with their fingers.Another area of BCI research involves speech. Recent work has shown promise in allowing people with vocal paralysis to “speak” through a computer, using old recordings to recreate the person's voice from before their paralysis.Joining Host Flora Lichtman to discuss the state of this technology, and where it may be headed, are Dr. Matthew Willsey, assistant professor of neurosurgery and biomedical engineering at the University of Michigan, and Dr. Sergey Stavisky, assistant professor of neurosurgery and co-director of the Neuroprosthetics Lab at the University of California, Davis.Transcript for this segment will be available after the show airs on sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

This $17M-backed AI startup wants to make web browsing smarter and smoother. Their innovations in UI and UX could soon become the standard. Here's what you should know.AI Chat YouTube Channel: https://www.youtube.com/@JaedenSchaferMy Podcast Course: https://podcaststudio.com/courses/Try AI Box: ⁠⁠https://AIBox.ai/⁠⁠Join my AI Hustle Community: https://www.skool.com/aihustle/about

durée : 00:05:02 - Avec sciences - par : Alexandre Morales - Une récente publication parue dans Communications Biology démontre l'importance de l'entraînement des humains pour améliorer le décodage de la parole imaginée par une interface cerveau-machine. - invités : Anne-Lise Giraud Neuroscientifique, spécialiste du langage et de ses pathologies

Philippe Rola, intensivist, master of the VEXUS scan, and founder of the Hospitalist and Resuscitationist conference, shares his recent model of four hemodynamic interfaces to describe the entire circulatory system. Register for the H&R conference (May 22-23 2025) here with the discount code provided in the show. (No, we're not sponsored, just a cool event.) … Continue reading "Lightning rounds 51: Hemodynamic interfaces with Philippe Rola"

Amelia Wattenberger bemoans the computer's great flattening, the Learnk8s team lets you manage your cluster from a spreadsheet, Jan Swist gets a surprising response from Cursor, the French and German governments team up for an open source Notion alternative & XPipe lets you access your entire server infrastructure from your local desktop.

This week's episode of The Pro Audio Suite dives headfirst into the world of budget audio gear, exploring whether cheaper equipment has actually improved or if it's still just average kit with fancy marketing. Here are some key highlights and insights from the discussion: Budget Gear: Better or Still Rubbish? Robustness & Quality: The crew revisits the Rode NT1's evolution—from early plastic models to today's sturdy iterations. They ponder its surprising collectability today. User-Friendliness: A cheeky chat unfolds about how budget gear manufacturers should assume nothing when it comes to user knowledge, advocating for painfully obvious product instructions, especially with mics like Rode's NT1. Headphones: Still the Achilles Heel? Consensus emerges around headphones as one area where low-budget options haven't improved as dramatically as microphones. The crew reckons that decent studio cans rarely dip below the $100 mark without significant compromises in sound and build quality. Austrian Audio gets a shout-out for their entry-level headphones offering decent quality, but it's noted that paying a little more generally delivers much better audio. Interfaces and Converters: Robbo's downsized rig is highlighted, having moved from larger interfaces to compact solutions like the SSL2 and the Centrance PASport VO. An important insight shared is that cheap interfaces often share internal converter chips with much pricier gear, meaning the sonic differences can be surprisingly subtle. Bargain Finds and Bargain Fails: Andrew points out the rise in cost of entry-level interfaces from brands like Focusrite, thanks to feature-creep. The group chats about bargain-basement gear flooding Amazon, discussing surprising finds like a $30 dual XLR-to-USB-C interface cable. Robbo humorously advises caution, noting that certain inexpensive gear—particularly cables and mic arms—can still be absolute rubbish. Chinese Clones and Cheap Accessories: George brings up affordable Chinese-made hardware like camera mounts and mic arms, now significantly cheaper yet surprisingly robust compared to premium brands. The "magic arm" clamp is a notable budget win. However, the consensus firmly recommends against skimping on headphones and cables. Quality connectors from Neutrik and Mogami cables are touted as essentials worth investing in. Plug-ins: Stock vs. Premium vs. AI Debate surrounds stock plug-ins vs premium offerings, questioning the necessity of higher-priced plug-ins from brands like FabFilter. Healthy skepticism about AI-enhanced plug-ins and noise reduction is expressed, particularly regarding Adobe Podcast's AI noise reduction. Emulators & Mic Modeling: Opinions split on whether mic emulation is beneficial or just a feel-good factor. Townsend Sphere and Antelope Audio's mics spark a conversation about whether emulated models truly rival their inspirations. Final Thoughts: Cheaper gear today often does punch above its price tag compared to the past, especially microphones. But there remain clear lines where quality is non-negotiable (headphones, connectors, and build quality in general). Ultimately, the episode reinforces the idea that good engineering practice and knowledge still win the day, regardless of budget constraints. It's another lively, opinionated, and informative chat from Robbo, Andrew Peters, George "The Tech" Whittam, and Robert Marshall, brought to you by their sponsors Tribooth and Austrian Audio. If you're keen to catch the full flavour and all the banter, check out the episode at theproaudiosuite.com. A big shout out to our sponsors, Austrian Audio and Tri Booth. Both these companies are providers of QUALITY Audio Gear (we wouldn't partner with them unless they were), so please, if you're in the market for some new kit, do us a solid and check out their products, and be sure to tell em "Robbo, George, Robert, and AP sent you"... As a part of their generous support of our show, Tri Booth is offering $200 off a brand-new booth when you use the code TRIPAP200. So get onto their website now and secure your new booth... https://tribooth.com/ And if you're in the market for a new Mic or killer pair of headphones, check out Austrian Audio. They've got a great range of top-shelf gear..  https://austrian.audio/ We have launched a Patreon page in the hopes of being able to pay someone to help us get the show to more people and in turn help them with the same info we're sharing with you. If you aren't familiar with Patreon, it's an easy way for those interested in our show to get exclusive content and updates before anyone else, along with a whole bunch of other "perks" just by contributing as little as $1 per month. Find out more here..   https://www.patreon.com/proaudiosuite     George has created a page that is strictly for Pro Audio Suite listeners, so check it out for the latest discounts and offers for TPAS listeners. https://georgethe.tech/tpas If you haven't filled out our survey on what you'd like to hear on the show, you can do it here: https://www.surveymonkey.com/r/ZWT5BTD Join our Facebook page here: https://www.facebook.com/proaudiopodcast And the FB Group here: https://www.facebook.com/groups/357898255543203 For everything else (including joining our mailing list for exclusive previews and other goodies), check out our website https://www.theproaudiosuite.com/ “When the going gets weird, the weird turn professional.” Hunter S Thompson  

Amelia Wattenberger bemoans the computer's great flattening, the Learnk8s team lets you manage your cluster from a spreadsheet, Jan Swist gets a surprising response from Cursor, the French and German governments team up for an open source Notion alternative & XPipe lets you access your entire server infrastructure from your local desktop.

Amelia Wattenberger bemoans the computer's great flattening, the Learnk8s team lets you manage your cluster from a spreadsheet, Jan Swist gets a surprising response from Cursor, the French and German governments team up for an open source Notion alternative & XPipe lets you access your entire server infrastructure from your local desktop.

In recent years, advancements in neural interface technology have revolutionized the field of prosthetics, offering unprecedented capabilities to amputees and significantly improving their quality of life. The integration of bioelectrical signals, artificial intelligence (AI), and advanced robotics has led to the development of sophisticated prosthetic devices that not only mimic natural limb functions but also provide users with intuitive control and enhanced functionality. OYMotion represents remarkable innovations in neural interface technology and their transformative impact on prosthetics.Neural Interface Technology Enhances ProstheticsAt the heart of this technological advancement is the ability to capture and interpret human bioelectrical signals, particularly muscle and brainwave activity. Companies like OYMotion are at the forefront of this innovation, developing high-tech solutions that utilize electromyography (EMG) sensors and electroencephalography (EEG) technology. EMG sensors can detect electrical signals generated by muscle contractions, allowing prosthetic limbs to respond to the user's intentions with remarkable accuracy. For instance, an EMG armband can be placed on the residual limb of an amputee, capturing muscle signals that correspond to specific movements. These signals are then processed by AI algorithms, enabling the prosthetic hand to perform various gestures, such as grasping or pointing, with fluidity and precision.Beyond muscle signals, the exploration of brainwave activity through EEG technology further expands the possibilities of neural interface applications. EEG helmets can capture brainwave signals, enabling researchers to study brain function and diagnose neurological conditions such as Alzheimer's disease. In the context of prosthetics, this technology could lead to even more advanced control mechanisms. By interpreting brain signals, future prosthetic devices may allow users to control their limbs directly with their thoughts, eliminating the need for physical muscle contractions. This direct brain-to-device communication represents the next frontier in prosthetic technology.Integrating AI Into the InterfaceThe integration of AI into prosthetics is a game-changer. Through machine learning, the AI system can be trained to associate specific neural signals with corresponding actions. This training process allows the prosthetic device to adapt to the user's unique muscle signals, resulting in a personalized experience that mimics the natural movement of a biological hand. OYMotion's neurobiotic prosthetic hand, for example, is capable of executing 27 predefined gestures, providing users with a range of functionalities that enhance their day-to-day activities. This level of control not only restores a sense of agency to amputees but also empowers them to engage more fully in their personal and professional lives.Moreover, the versatility of neural interface technology extends to industrial applications as well. For instance, robotic systems controlled by neural interfaces can be employed in hazardous environments, such as nuclear facilities, where human operators are at risk. By using motion capture technology, workers can control robotic limbs from a safe distance, allowing for precise manipulation of dangerous materials without the inherent risks associated with direct human involvement. This capability not only enhances safety but also increases efficiency in high-stakes industries.Challenges Still to OvercomeDespite the remarkable advancements, challenges remain in the widespread adoption of OYMotion's neural interface technology in prosthetics. Issues such as cost, accessibility, and the need for further research and development must be addressed to ensure that these life-changing devices are available to all who need them. Nonetheless, the progress made thus far is a testament to the potential of neural interface technology to enhance the lives of amputees and individuals with mobility challenges.Conclusion: Using Neural Technology to Restore MotionIn conclusion, OYMotion's neural interface technology is transforming the landscape of prosthetics by bridging the gap between human intention and machine response. Through the integration of bioelectrical signal capture, AI algorithms, and advanced robotics, prosthetic devices are becoming more intuitive, responsive, and capable of mimicking natural limb movements. As research continues and technology evolves, the future promises even greater advancements, potentially allowing users to control their prosthetics with their thoughts. This evolution not only enhances the functionality of prosthetics but also restores a sense of autonomy and dignity to individuals who have faced the challenges of limb loss. The journey of neural interface technology in prosthetics is just beginning, and its impact is poised to be profound and far-reaching.Interview by Scott Ertz of F5 Live: Refreshing Technology.Sponsored by: Get $5 to protect your credit card information online with Privacy. Amazon Prime gives you more than just free shipping. Get free music, TV shows, movies, videogames and more. The most flexible tools for podcasting. Get a 30 day free trial of storage and statistics.

In recent years, advancements in neural interface technology have revolutionized the field of prosthetics, offering unprecedented capabilities to amputees and significantly improving their quality of life. The integration of bioelectrical signals, artificial intelligence (AI), and advanced robotics has led to the development of sophisticated prosthetic devices that not only mimic natural limb functions but also provide users with intuitive control and enhanced functionality. OYMotion represents remarkable innovations in neural interface technology and their transformative impact on prosthetics.Neural Interface Technology Enhances ProstheticsAt the heart of this technological advancement is the ability to capture and interpret human bioelectrical signals, particularly muscle and brainwave activity. Companies like OYMotion are at the forefront of this innovation, developing high-tech solutions that utilize electromyography (EMG) sensors and electroencephalography (EEG) technology. EMG sensors can detect electrical signals generated by muscle contractions, allowing prosthetic limbs to respond to the user's intentions with remarkable accuracy. For instance, an EMG armband can be placed on the residual limb of an amputee, capturing muscle signals that correspond to specific movements. These signals are then processed by AI algorithms, enabling the prosthetic hand to perform various gestures, such as grasping or pointing, with fluidity and precision.Beyond muscle signals, the exploration of brainwave activity through EEG technology further expands the possibilities of neural interface applications. EEG helmets can capture brainwave signals, enabling researchers to study brain function and diagnose neurological conditions such as Alzheimer's disease. In the context of prosthetics, this technology could lead to even more advanced control mechanisms. By interpreting brain signals, future prosthetic devices may allow users to control their limbs directly with their thoughts, eliminating the need for physical muscle contractions. This direct brain-to-device communication represents the next frontier in prosthetic technology.Integrating AI Into the InterfaceThe integration of AI into prosthetics is a game-changer. Through machine learning, the AI system can be trained to associate specific neural signals with corresponding actions. This training process allows the prosthetic device to adapt to the user's unique muscle signals, resulting in a personalized experience that mimics the natural movement of a biological hand. OYMotion's neurobiotic prosthetic hand, for example, is capable of executing 27 predefined gestures, providing users with a range of functionalities that enhance their day-to-day activities. This level of control not only restores a sense of agency to amputees but also empowers them to engage more fully in their personal and professional lives.Moreover, the versatility of neural interface technology extends to industrial applications as well. For instance, robotic systems controlled by neural interfaces can be employed in hazardous environments, such as nuclear facilities, where human operators are at risk. By using motion capture technology, workers can control robotic limbs from a safe distance, allowing for precise manipulation of dangerous materials without the inherent risks associated with direct human involvement. This capability not only enhances safety but also increases efficiency in high-stakes industries.Challenges Still to OvercomeDespite the remarkable advancements, challenges remain in the widespread adoption of OYMotion's neural interface technology in prosthetics. Issues such as cost, accessibility, and the need for further research and development must be addressed to ensure that these life-changing devices are available to all who need them. Nonetheless, the progress made thus far is a testament to the potential of neural interface technology to enhance the lives of amputees and individuals with mobility challenges.Conclusion: Using Neural Technology to Restore MotionIn conclusion, OYMotion's neural interface technology is transforming the landscape of prosthetics by bridging the gap between human intention and machine response. Through the integration of bioelectrical signal capture, AI algorithms, and advanced robotics, prosthetic devices are becoming more intuitive, responsive, and capable of mimicking natural limb movements. As research continues and technology evolves, the future promises even greater advancements, potentially allowing users to control their prosthetics with their thoughts. This evolution not only enhances the functionality of prosthetics but also restores a sense of autonomy and dignity to individuals who have faced the challenges of limb loss. The journey of neural interface technology in prosthetics is just beginning, and its impact is poised to be profound and far-reaching.Interview by Scott Ertz of F5 Live: Refreshing Technology.Sponsored by: Get $5 to protect your credit card information online with Privacy. Amazon Prime gives you more than just free shipping. Get free music, TV shows, movies, videogames and more. The most flexible tools for podcasting. Get a 30 day free trial of storage and statistics.

Join us in this captivating episode with Michael Mager, a pioneer in the realm of brain-computer interfaces. Dive deep into the groundbreaking technology that allows for reading and potentially writing into the human brain. Michael sheds light on the transformative potential of these advancements and their societal implications. Could we soon have a 'Fitbit for the brain'? How might these innovations impact inequality and the way we consume content? Michael also hints at exciting developments from his company, set to revolutionize the industry. Don't miss this insightful conversation that bridges the gap between neuroscience and technology. Subscribe for ad-free interviews and bonus episodes https://plus.acast.com/s/the-unmistakable-creative-podcast. Hosted on Acast. See acast.com/privacy for more information.

The value of transparency in engineering can have huge benefits--nothing can compare to the momentum of an enthusiastic community! Bryan and Adam discuss the value of transparency at the hardware/software interface with Oxide colleague, Ryan Goodfellow. Transparency can be scary--especially in the hardware domain where secrecy is the norm--but once we knock down some of those fears, the business benefits start to emerge.In addition to Bryan Cantrill and Adam Leventhal, we were joined by Oxide colleague, Ryan Goodfellow.Some of the topics we hit on, in the order that we hit them:Oxide RFD 552: Transparency in Hardware/Software InterfacesBelling the catopenSILKerckhoff's principlePRs needed!If we got something wrong or missed something, please file a PR! Our next show will likely be on Monday at 5p Pacific Time on our Discord server; stay tuned to our Mastodon feeds for details, or subscribe to this calendar. We'd love to have you join us, as we always love to hear from new speakers!

In this episode, we explore one of the biggest shifts happening in UX: designing for AI agents instead of traditional interfaces. As AI moves from merely responding to user inputs to making autonomous decisions, what does this mean for UX designers? We discuss the transition from screens and menus to AI-driven user-agent collaboration, the challenges of trust, explainability, and user autonomy, and the new UX principles needed to ensure AI remains predictable, transparent, and adaptable.Key Takeaways:✔️ Trust & Explainability – Designing AI that is transparent and predictable✔️ User Autonomy – Balancing automation with user control✔️ AI Behavior Design – Shifting from interface design to shaping AI decision-making✔️ New UX Principles – Ensuring AI adapts, learns, and remains human-centeredOther resources

Neste episódio do Diocast, vamos bater um papo sobre um assunto super interessante: as interfaces do Linux. Sabe aquela tela que você vê quando liga o computador, com todos os ícones, menus e animações? Então, tudo isso é resultado de uma rede complexa de programas que trabalham juntos para criar o que chamamos de "interface gráfica" ou "ambiente de trabalho".Vamos mergulhar nos mistérios por trás dessas interfaces e entender como elas funcionam. Indo além dos ícones e do ponteiro do mouse, para explorar as diversas camadas que compõem os ambientes gráficos.A interface gráfica é a forma mais comum para interagimos com o computador no dia a dia. Seja para navegar na internet, escrever um texto, editar uma planilha ou retocar uma foto, é através da interface gráfica que realizamos muitas de nossas tarefas.Se você usa o computador para tarefas básicas, ela pode influenciar muito na sua satisfação com o sistema operacional. Uma interface bem projetada e com um leque de recursos organizado, pode tornar o uso do computador mais fácil, intuitivo e produtivo.Existem diferentes tipos de interfaces do Linux, cada uma com suas vantagens e características. Além dos "desktops environments" que estamos acostumados, como o GNOME, KDE Plasma, XFCE e Cinnamon, também existem as interfaces de linha de comando, também conhecidas como interfaces de texto.As interfaces de texto são ótimas para quem precisa de mais controle sobre o sistema operacional, como para realizar tarefas de administração ou manutenção. Elas também são úteis quando precisamos economizar recursos do computador, já que consomem menos memória e processamento do que as interfaces gráficas tradicionais.Outros tipos de interfaces do Linux que vem ganhando espaço no mundo Linux são os Tilling Window Managers. Eles são interfaces mais minimalistas e focadas na organização das janelas em espaços pré-determinados, permitindo que o usuário trabalhe de forma mais eficiente e personalizada. Alguns exemplos de Tilling Window Managers são o i3, Awesome, Sway, Hyprland e BSPWM.No final das contas, a interface gráfica não é apenas uma questão de estética, mas também afeta a forma como trabalhamos e o resultado que alcançamos. Ao conhecer as diferentes opções disponíveis, podemos encontrar o ambiente de trabalho ideal para cada um de nós, tornando nosso dia a dia mais eficiente e prazeroso.Quem sabe, juntos, a gente não descobre qual interface gráfica é a sua "alma gêmea" digital?---Deixe seu comentário, ele pode ser lido no próximo programa.https://diolinux.com.br/podcast/importancia-das-interfaces-do-linux.html

Dr. Christine Daigle is a child and adolescent clinical neuropsychologist and clinical psychologist whose work includes brain-computer interface, translating brain signals into commands to control technology.  She's been doing children's psychology for 17 years, specializing in developmental disabilities, autism, learning challenges, and mental health. Key points.

What defines problematic screen use? What are the real harms? Whether it's gaming, social media, or online porn, digital addictions can eat up time, tank productivity, increase anxiety, and hurt what really helps—relationships with loved ones. Counselor Jeremy Edge specializes in teens with gaming addictions and tells us what feeds some of these addictions and how to redirect those we love. His website, Escapingthe.com, has resources including a Family Media Plan from the American Academy of Pediatrics. 

#airtable #on2air #builtonair 2/4/2025 - BuiltOnAir Live Podcast Full Show - S21-E05 ___________________________ The BuiltOnAir podcast is a live weekly show highlighting everything happening in the Airtable universe. Check us out at BuiltOnAir.com/join. Join our community, join our Slack channel, and see what's happening. ------------------------ SPONSORED BY On2Air - Airtable Apps and Integrations to run your business operations in Airtable Start a free 14-day trial of On2Air Apps - https://on2air.com?via=podcast ------------------------ ___________________________ IN THIS EPISODE

Electrical monitoring and stimulation could revolutionise diagnosis and treatment for some of the most aggressive brain cancers and intractable neurological diseases.In glioblastoma, a particularly aggressive brain tumour that is hard to treat and almost invariably fatal, the impacts of an effective treatment would be huge.My guest in this episode, Dr Elise Jenkins, is working with a new class of therapeutic brain-computer-interface (BCI) that can measure and disrupt neural signalling within the body. With this technology she and her team are creating breakthroughs in new materials and electronics to develop safe, minimally invasive interfaces to interact with the complex biology of the brain. That will lead to earlier detection of new tumours, and could pave the way for new treatments. Elise shares her journey from aspiring medical doctor to electrical engineer to leading a neurotechnology startup. She discusses the many difficult challenges of engineering tiny bioelectronic devices, and the importance of understanding brain activity in cancer progression for them to be a success.We also touch on regulatory hurdles, funding strategies, and the future potential of the technology in both cancer and non-cancer applications.Elise and her team are looking to create a new approach to healthcare which will change the lives of millions.“We're looking at how to slow down cancer growth.” – Elise JenkinsYou'll hear about:01:06 - Elise Jenkins and OptoBioSystems02:30 - Elise's Journey into Science and Engineering05:42 - Understanding Bioelectronics and Neural Interfaces09:01 - Exploring Glioblastoma and Its Challenges12:18 - Measuring Brain Activity and Cancer Progression16:30 - The Role of Implants in Cancer Treatment19:14 - Engineering Challenges in Medical Devices22:57 - Wireless Power and Data Transmission Innovations25:20 - Regulatory Considerations for Medical Devices28:14 - Future Directions and Broader Applications33:24 - Funding and Company DevelopmentConnect with Elise Jenkins: LinkedIn - https://www.linkedin.com/in/elise-jenkins-/Opto - https://www.opto.bio/Find out about opportunities with Opto - https://www.opto.bio/teamConnect with me:LinkedIn: https://www.linkedin.com/in/markdavison100/ If you need any lab equipment:Grant Instruments: https://www.grantinstruments.com/ Grant Instruments on LinkedIn: https://www.linkedin.com/company/grant-instruments-cambridge-ltd/ 

Virtel Web Suite is a powerful and highly scalable solution designed to extend the life and usability of legacy mainframe business applications—while cutting costs and simplifying infrastructure.According to Sebastian Dewar, CTO of Virtel, “It empowers application developers to create a modern web user interface (UI) experience with a no-code, drag-and-drop tool that requires no prior knowledge of web technologies. This approach not only simplifies the modernization process but also significantly reduces costs and saves valuable time, as seen with many of our customers.”Virtel's Screen Redesigner takes modernization a step further by focusing on enhancing the user experience without requiring a complete overhaul of the application. It offers a fresh, modern look and feel, providing developers with a seamless and intuitive experience.As Dewar further explains, “Mainframes are the backbone of critical business applications, and they must be seamlessly integrated into the broader IT ecosystem. APIs are the key to achieving this integration to stay relevant in today's digital landscape.”Tune in to discover how cloud, security, and artificial intelligence are driving the future of mainframe modernization—according to the experts at Virtel.ResourcesTo learn more about Virtel, visit them on the web.  Visit the ISV Ecosystem User Group on the IBM Z and LinuxONE Community for more updates on how ISVs and partners are innovating the IBM Z platform: blogs, events, videos, discussions, and more.  Join here.Subscribe to z/Action! Each month we meet some of the world's most innovative companies as they share how they're expanding horizons and driving success with IBM Z.

AI is revolutionizing the restaurant industry by offering advanced technological solutions that enhance operational efficiency, democratize access to sophisticated tools, and create more personalized experiences, with a focus on back-of-house operations, voice-driven interfaces, and leveraging technology to augment human hospitality.RestaurantTech #AIinHospitality #FutureOfDining

My guest today is Dylan Field. Dylan is the co-founder and CEO of Figma and last joined me on Invest Like the Best in 2020. A lot has changed since then and we explore the evolving landscape of design and how Figma has been navigating AI while staying true to its founding vision of eliminating the gap between imagination and reality. Despite Figma's incredible success in becoming the default design platform, Dylan remains deeply motivated by helping users achieve their goals. He shares fascinating insights about the underhyped aspects of AI reasoning capabilities, the future of design literacy, and why he believes truly great design will always require human craft and creativity. Please enjoy my discussion with Dylan Field.  For the full show notes, transcript, and links to mentioned content, check out the episode page here. ----- This episode is brought to you by Ramp. Ramp's mission is to help companies manage their spend in a way that reduces expenses and frees up time for teams to work on more valuable projects. Ramp is the fastest-growing FinTech company in history, and it's backed by more of my favorite past guests (at least 16 of them!) than probably any other company I'm aware of. Go to Ramp.com/invest to sign up for free and get a $250 welcome bonus. – This episode is brought to you by AlphaSense. AlphaSense has completely transformed the research process with cutting-edge AI technology and a vast collection of top-tier, reliable business content. Imagine completing your research five to ten times faster with search that delivers the most relevant results, helping you make high-conviction decisions with confidence. Invest Like the Best listeners can get a free trial now at Alpha-Sense.com/Invest and experience firsthand how AlphaSense and Tegus help you make smarter decisions faster. –  This episode is brought to you by Ridgeline. Ridgeline has built a complete, real-time, modern operating system for investment managers. It handles trading, portfolio management, compliance, customer reporting, and much more through an all-in-one real-time cloud platform. I think this platform will become the standard for investment managers, and if you run an investing firm, I highly recommend you find time to speak with them. Head to ridgelineapps.com to learn more about the platform. ----- Invest Like the Best is a property of Colossus, LLC. For more episodes of Invest Like the Best, visit joincolossus.com/episodes.  Follow us on Twitter: @patrick_oshag | @JoinColossus Editing and post-production work for this episode was provided by The Podcast Consultant (https://thepodcastconsultant.com). Show Notes: (00:00:00) Learn about Ramp, AlphaSense, and Ridgeline (00:07:11) Current State of Technology and Optimism (00:09:21) Entrepreneurial Mindset and Long-term Thinking (00:10:23) Challenges of Building in Stealth Mode (00:12:44) AI and the Future of Design (00:14:07) Navigating AI Opportunities and Risks (00:17:05) Design Principles and User Experience (00:29:55) Future of Interfaces and Interaction (00:31:45) Dark Patterns and Ethical Concerns (00:33:42) Personal Motivations and Company Vision (00:40:04) Balancing Responsibilities as a CEO (00:41:54) The Future of Design and AI Integration (00:44:48) Speculating on AI's Impact on Design (00:46:26) Encouragement to Experiment and Innovate

Brain Computer Interfaces (BCI) allow us to connect the brain directly to an external device. By implanting some electrodes in certain regions of the brain, we can record brain activity and connect it to a computer or prosthetic that can then carry out the action that is being decoded based on the neural activity. Cool, huh? But before we get carried away by all the potential these technologies have, its important to discuss what the current state of research truly is and what ethical considerations we may start to face when these implants become more common. In this episode, we discuss current BCI research, its very promising avenues and its ethical challenges. Authors: Eve Racette, Sapphire Newman-Fogel, Deanne Pinto Email: thinktwicepodcast@outlook.com Instagram: @thinktwice_podcast LinkedIN: Think Twice Podcast Patreon: https://www.patreon.com/ThinkTwicePodcast Disclaimer: Think Twice is a podcast for general information and entertainment purposes only. The content discussed in the episodes does not reflect the views of the podcast committee members or any institution they are affiliated with. The use of the information presented in this podcast is at the user's own risk and is not intended to replace professional healthcare services.

4:20 pm: Glenn Beaton, a columnist with the Aspen Beat, joins the show to discuss his column about how four young Democratic Congresswomen are responsible for killing their own party.4:38 pm: Representative Joe Elison joins the show to discuss his proposal to permanently remove Utah from Daylight Savings Time.6:05 pm: Draper City Mayor Troy Walker joins the show for a conversation about how his city has dealt with fire prevention in areas of wildland-urban interface.6:38: pm: Charles Lipson, Professor of International Politics at the University of Chicago, joins the show to discuss his piece about how failed politicians and their policies led to the destruction caused by the fires in Los Angeles.

In this episode of the Shift AI Podcast, host Boaz Ashkenazy sits down with Ramses Alcaide, CEO of Neurable, to explore the groundbreaking intersection of neurotechnology and artificial intelligence. Alcaide shares his journey from fixing computers as a 12-year-old entrepreneur to revolutionizing human-computer interaction through brain-sensing technology. At the heart of their discussion is Neurable's innovative smart headphone technology, which can read brain activity to track focus, prevent burnout, and even enable thought-based device control. From reducing workplace stress to potentially transforming how we diagnose neurological conditions, Alcaide paints a fascinating picture of a future where our minds seamlessly interface with AI to enhance human capabilities. He reveals how their partnership with Master & Dynamic is bringing this technology to consumers through stylish headphones that can help users maintain productivity and achieve better work-life balance. The conversation delves into both immediate applications, like focus tracking and burnout prevention, and longer-term possibilities including AR integration and medical applications. If you're interested in the future of human-computer interaction, workplace wellness, or the convergence of mind and artificial intelligence, this episode offers an enlightening glimpse into how neurotechnology is poised to transform our daily lives. Chapters: 01:45 Introduction and Background 04:37 The Potential of Neurotechnology and Brain-Computer Interfaces 07:41 Use Cases and How Neurotechnology Works 12:40 Updates and Challenges in Neurotechnology 20:01 Positive Outcomes and Future Possibilities 24:06 The Future of Work and AI 25:44 The Importance of Mentorship and Lessons Learned 27:40 Closing Remarks and Contact Information Connect Ramses Alcaide LinkedIn: https://www.linkedin.com/in/pharoramses/ Connect with Boaz Ashkenazy LinkedIn: https://www.linkedin.com/in/boazashkenazy Email: shift@augmentedailabs.com

Send me a Text Message hereFULL SHOW NOTES https://podcast.nz365guy.com/640 Asif Rehmani's journey as a Microsoft MVP showcases the vital intersection of user support and technology adoption. Through his work with Visual SP, he reveals how contextual assistance can effectively bridge knowledge gaps and empower employees at every stage of their careers. • Discussion of the MVP journey and experiences • Insights into the evolution of Visual SP • Importance of contextual support for users • Personal anecdotes linking life experiences to professional growth • Reflections on the changes within the MVP program over the years • Exploration of effective educational tools and their impact on user training • Emphasis on community and networking among MVPsOTHER RESOURCES: Microsoft MVP YouTube Series - How to Become a Microsoft MVP In 2024, we celebrated seven years of the Microsoft Business Applications podcast. Now, we step into 2025 with a fresh new name. Welcome to the Microsoft Innovation podcast! Our new name reflects a broader vision, exploring the intersection of people, business, technology, and AI. Justin WelshJustin Welsh's LinkedIn Operating System—the guide to finding your voice on LinkedIn.Support the showIf you want to get in touch with me, you can message me here on Linkedin.Thanks for listening

With brain-computer interfaces, people with physical disabilities could one day control computers with just their thoughts, according to the co-founders of Precision Neuroscience. The company is developing an implant that could interpret and transmit electrical signals on the surface of the brain into actions on a screen. CEO Michael Mager and Chief Science Officer Benjamin Rapoport spoke with WSJ reporter Rolfe Winkler at WSJ Tech Live about how the technology works and the ways it could transform peoples' lives. Danny Lewis hosts. Sign up for the WSJ's free Technology newsletter. Learn more about your ad choices. Visit megaphone.fm/adchoices

Our Medical Technology expert analyzes the medical potential and market opportunity in technology that allows direct communication between the human brain and an external device.----- Transcript -----Welcome to Thoughts on the Market. I'm Kallum Titchmarsh, from Morgan Stanley's U.S. Medical Technology Team. On today's episode – a dive into a topic that sounds like it's straight out of science fiction. Brain Computer Interfaces, or BCIs.It's Tuesday, October 22, at 10 AM in New York.The latest version of Tony Stark – better known as his alter ego Iron Man – is a good example of a brain computer interface. When the billionaire businessman-inventor is critically wounded, he builds an armor suit that gives him superhuman abilities. Flying through air. Clearing out obstacles with repulsor blasts. Shooting enemies with guided missiles. All controlled by his brain. This, of course, is the stuff of science fiction. Real world examples of brain computer interfaces – or BCIs – aren't fantastical. But they are fascinating. Translating thoughts into actions like generating text on a screen or moving a robotic limb.BCIs have been in development for more than a century, but recent advances have brought them much closer to becoming a reality. We expect to see BCIs in commercial medical use in about five years, at which point they can help treat a wide range of health disorders, from motor neuron disease – such as ALS – to depression. The market opportunity for BCIs looks enormous – $400 billion of total addressable market – or TAM – in the US alone. This figure includes two types of BCIs: enabling BCIs, which facilitate behaviors like moving a cursor on a screen, and preventive BCIs, which can prevent adverse events like depressive states or epileptic seizures. We divide the BCI healthcare opportunity into two segments: early TAM and intermediate TAM. The early TAM includes individuals with critical upper limb impairment and select variants of neurological conditions like epilepsy and depression. These patients will likely be the first to receive a BCI. The intermediate TAM includes patients with moderate upper limb impairment and severe lower limb impairment. As BCI technology develops, these patients will eventually become eligible for treatment. There are at least 2.8 million patients in the US forming the early TAM and an additional 6.8 million within the intermediate TAM. Together, these groups represent the $400 billion of potential revenue I already mentioned based on a single implant procedure. The opportunity may be significantly larger when factoring for potential replacement cycles and recurring revenues from software upgrades. But while the estimated TAM is indeed vast, we think penetration will remain limited through the first 20 years of launch. By 2035, we expect just under $1.5 billion of revenue to be generated from BCI implant procedures, hitting north of a $500 million annual run rate in 2036, and reaching the $1 billion annual run rate by 2041. It's exciting to think BCIs will begin their healthcare application in the coming years, but we anticipate a number of regulatory hurdles on the way to widespread adoption in healthcare and beyond. Will BCIs push into fields like neurogaming, warfare, and even biological optimization of humans? The potential is certainly there, and with it the burden of the safe and responsible use of this cutting-edge technology. Thanks for listening. If you enjoy the show, please leave us a review wherever you listen and share Thoughts on the Market with a friend or colleague today.