Podcasts about snmp

Parce que… c'est l'épisode 0x610! Shameless plug 12 au 17 octobre 2025 - Objective by the sea v8 10 au 12 novembre 2025 - IAQ - Le Rendez-vous IA Québec 17 au 20 novembre 2025 - European Cyber Week 25 et 26 février 2026 - SéQCure 2026 Description Introduction et contexte Dans cet épisode technique du podcast, les participants explorent les défis complexes de l'implémentation des technologies de télémétrie de sécurité dans les environnements de technologie opérationnelle (OT). Ils abordent particulièrement la transposition des concepts familiers du monde IT, comme les EDR (Endpoint Detection and Response), XDR (Extended Detection and Response) et NDR (Network Detection and Response), vers l'univers industriel. Les fondements de la télémétrie de sécurité Les technologies de détection et de réponse reposent sur deux piliers principaux : la détection (génération de télémétrie intelligente) et la réponse (capacité d'intervention automatisée). Du côté IT, ces systèmes permettent d'intervenir sur les terminaux en les isolant ou en bloquant certaines actions, tandis qu'au niveau réseau, ils peuvent bloquer le trafic identifié comme malveillant. Cette approche, bien maîtrisée en IT, pose des défis considérables lorsqu'elle est transposée dans les environnements OT. Les défis spécifiques à l'environnement OT L'installation d'un EDR sur un automate industriel s'avère impossible, contrairement à un poste Windows traditionnel. Les équipements industriels génèrent une télémétrie primaire et limitée, rendant difficile l'extraction de signaux de sécurité pertinents. Les experts recommandent de se concentrer sur les actifs plus évolués fonctionnant sous Windows ou Linux, car la majorité des attaquants privilégient ces plateformes familières plutôt que les systèmes industriels propriétaires. Cette approche s'appuie sur la “théorie du 99%”, qui stipule que les actifs IT ont une capacité de défense autonome contrairement aux actifs OT. Les attaques sophistiquées ciblant directement les systèmes industriels, comme Stuxnet ou Triton, demeurent exceptionnelles avec seulement quatre cas documentés en vingt ans. La plupart des incidents se limitent au niveau 3 du modèle de référence industriel, où se trouvent les serveurs et stations de travail Windows. L'enjeu patrimonial et la durée de vie des équipements L'environnement OT présente une caractéristique unique : la longévité exceptionnelle des équipements. Contrairement au monde IT où les systèmes sont régulièrement renouvelés, les installations industrielles peuvent fonctionner pendant 40 ans. Cette durée de vie étendue s'explique par les coûts élevés des équipements (plusieurs millions par pièce) et leur cycle de vie utile prolongé, particulièrement dans des secteurs comme la santé. Cette situation crée des défis de sécurité considérables, certaines installations fonctionnant encore sur des systèmes obsolètes comme Windows 3.11 ou NT4. Les organisations développent parfois des solutions de contournement, comme l'isolement par air gap et la réinstallation périodique des stations de travail pour gérer les infections persistantes. Complexité d'implémentation des EDR en OT L'implémentation d'EDR dans l'environnement OT nécessite une analyse de risque approfondie. Le confinement automatique, fonction standard des EDR, peut s'avérer catastrophique dans un contexte industriel. Les experts rapportent des incidents où un fichier de programmation d'automate (ladder logic) a été incorrectement identifié comme malveillant, provoquant le confinement automatique d'un serveur critique. La configuration des EDR en OT exige une adaptation minutieuse, notamment la désactivation des fonctions de réponse automatique. De plus, ces systèmes demandent des ressources significatives et ne peuvent pas être déployés sur des serveurs déjà saturés ou ayant des capacités limitées, situation fréquente dans l'industrie. Défis de la télémétrie personnalisée Contrairement aux systèmes IT où les événements sont standardisés, les automatismes industriels génèrent une télémétrie sur mesure. Il existe peu d'experts capables d'interpréter les signaux industriels pour détecter des anomalies sécuritaires. Cette analyse nécessite généralement l'expertise d'ingénieurs de procédé familiers avec les systèmes spécifiques. Les solutions de surveillance passive existent mais requièrent un investissement considérable en configuration et en compréhension de l'environnement. L'établissement d'une baseline de trafic normal peut prendre près d'un an de travail pour atteindre un niveau de visibilité comparable à celui obtenu en IT. Architecture et cloisonnement réseau Le transfert des signaux OT vers les consoles IT pose des défis architecturaux majeurs. Les environnements industriels sont généralement cloisonnés, nécessitant la création de pipelines d'ingestion de données complexes. Ces systèmes de relais permettent de traverser les barrières réseau tout en maintenant la sécurité, mais rendent les projets de visibilité particulièrement laborieux. La remontée des signaux vers une console de sécurité unifiée nécessite souvent une infrastructure dédiée côté OT, créant un “réseau dans le réseau” pour observer les systèmes cloisonnés depuis l'extérieur. Contraintes des fournisseurs et garanties Les fournisseurs d'équipements industriels imposent souvent des restrictions strictes sur les solutions de sécurité autorisées. Dans les installations récentes sous garantie, seules certaines solutions approuvées peuvent être déployées. Le non-respect de ces contraintes peut entraîner l'annulation de garanties couvrant parfois 10 à 15 ans d'exploitation. Cette situation oblige les organisations à valider toute solution de sécurité en laboratoire avant le déploiement, avec une représentation miniature de l'environnement de production. Certains éditeurs d'EDR montrent peu d'affinité avec les environnements cloisonnés, privilégiant des approches IT traditionnelles. Évolution vers le cloud et nouveaux paradigmes L'industrie OT évolue progressivement vers des solutions cloud, même pour les scanners passifs traditionnellement conçus pour des environnements isolés. Cette transition soulève des questions sur l'ouverture contrôlée d'accès Internet dans les couches basses du modèle de Purdue, remettant en question l'isolement total historiquement privilégié. Les solutions modernes nécessitent un flux continu de renseignements sur les menaces pour détecter efficacement les menaces émergentes. Le transport traditionnel de signatures s'avère trop lent face à l'évolution rapide des cybermenaces. Perspectives et recommandations Les experts recommandent de se concentrer sur la consolidation des journaux Windows et des événements SNMP comme point de départ pour améliorer la visibilité. Cette approche pragmatique permet d'obtenir rapidement des gains significatifs dans des environnements actuellement dépourvus de toute visibilité sécuritaire. L'implémentation réussie de ces technologies requiert une collaboration étroite entre les équipes IT et OT, traditionnellement en tension. La cybersécurité en OT doit être perçue comme un mode de défaillance supplémentaire à surveiller, au même titre que les paramètres opérationnels traditionnels. Conclusion L'adaptation des technologies xDR aux environnements OT représente un défi multifacette nécessitant une approche sur mesure. Bien que les concepts IT puissent servir de base, leur transposition directe s'avère inadéquate. Le succès dépend d'une compréhension fine des contraintes industrielles, d'une analyse de risque rigoureuse et d'une architecture respectant les impératifs de sécurité et de continuité opérationnelle. L'évolution vers une visibilité sécuritaire complète en OT demeure un processus long et complexe, mais nécessaire face à l'évolution des menaces cybernétiques. Collaborateurs Nicolas-Loïc Fortin Steve Bélanger Camille Felx Leduc Crédits Montage par Intrasecure inc Locaux virtuels par Riverside.fm

SNMP is still widely used in today’s networks. But modern telemetry and network observability are bringing changes to network monitoring. Today’s Heavy Networking is a roundtable discussion about alternatives to SNMP and real-world use cases for those alternatives. This episode was inspired by a request from listener Nikolay. He says… While telemetry (gRPC, etc.) is... Read more »

SNMP is still widely used in today’s networks. But modern telemetry and network observability are bringing changes to network monitoring. Today’s Heavy Networking is a roundtable discussion about alternatives to SNMP and real-world use cases for those alternatives. This episode was inspired by a request from listener Nikolay. He says… While telemetry (gRPC, etc.) is... Read more »

SNMP is still widely used in today’s networks. But modern telemetry and network observability are bringing changes to network monitoring. Today’s Heavy Networking is a roundtable discussion about alternatives to SNMP and real-world use cases for those alternatives. This episode was inspired by a request from listener Nikolay. He says… While telemetry (gRPC, etc.) is... Read more »

Following last week's introduction to network monitoring, we discuss the Simple Network Management Protocol (SNMP), one of the most implemented types of network monitoring. We discuss how it is organized, operations that SNMP can perform, and versions of SNMP. This week's bonus conversation is a discussion on the future for SNMP. Episode Links: MIB tree... Read more »

Following last week's introduction to network monitoring, we discuss the Simple Network Management Protocol (SNMP), one of the most implemented types of network monitoring. We discuss how it is organized, operations that SNMP can perform, and versions of SNMP. This week's bonus conversation is a discussion on the future for SNMP. Episode Links: MIB tree... Read more »

Join hosts Bill Sutton, Todd Smith, and Geremy Meyers for episode 175 of the Citrix Session Podcast as they dive into the critical aspects of upgrading to XenServer 8. In this episode, they discuss the impending end-of-life status of Citrix Hypervisor 8.2 cu1, scheduled for June 25th, 2025, highlighting the necessity for users to transition to the newer XenServer 8. The team outlines the enhanced features, including support for Windows 11 with VTPM, integrated PvS accelerator, added support for Nagios and SNMP, and the revolutionary Xen Conversion Manager which eases VM conversions. They also navigate through operational tips, such as leveraging a content delivery network for updates and the benefits of infrastructure as code with Terraform support. Whether you're planning a migration or looking to optimize your Citrix workloads, this episode offers invaluable insights into making the most of XenServer 8's capabilities.

In November 2024, the global spotlight turned to BIMworld Munich, where Marek Koźlak, PhD, Founder and CEO of SIMLAB, took the stage to present a groundbreaking vision for the future of property management and construction technology. With an audience of industry professionals spanning the Architecture, Engineering, and Construction (AEC) and Facility Management (FM) sectors, Koźlak's presentation illuminated the transformative potential of digital twin solutions like SIMLAB STAGES and SIMLAB SIM-ON. SIMLAB's mission, as Dr. Koźlak stated, is simple yet powerful: "Helping you feel more comfortable with your property." This vision resonates across all phases of a building's life-cycle, from design and construction to operation, maintenance, and even renovation. By bridging gaps in interoperability and offering intuitive tools for asset management, IoT control, and collaboration, SIMLAB is creating a unified digital ecosystem for the AEC industry. Addressing the Key Challenges in the AEC and Property Management Industries Dr. Koźlak identified a major challenge plaguing the industry: disconnected data systems. Building projects generate immense amounts of data—blueprints, BIM files, 3D scans, IoT sensor data, and maintenance records—but these datasets often exist in silos, preventing effective collaboration. SIMLAB's solutions, powered by cutting-edge Matterport integrations and IoT technologies, unify this data into a cohesive platform. SIMLAB's innovative platforms, STAGES and SIM-ON, leverage partnerships with industry-leading technology providers to deliver a seamless digital twin experience. These integrations ensure interoperability, efficiency, and advanced functionality across all phases of a building's life-cycle. Key integration partners include: Matterport: Providing high-quality 3D scans for immersive digital twin environments. KNX IoTech: Enabling seamless building automation and IoT integration. Schneider Electric: Supporting building automation through the Wiser for KNX logic controller. Procore: Enhancing construction management workflows and data exchange. NETxAutomation:: Facilitating advanced building system communication standards. NavVis: Delivering precise indoor mapping and spatial data solutions. FIBARO (a Nice company): Integrating IoT device control and automation. Helvar and DALI: Supporting lighting control and building automation. VingCard, Kaba, and Salto: Providing access control solutions for smart properties. Modbus, BACnet, and OPC: Ensuring interoperability with industrial communication protocols. M-Bus and DMX: Extending automation capabilities for HVAC and lighting systems. EnOcean: Enabling wireless and battery-free IoT device integration. Fidelio/Opera and Infor: Streamlining hotel management systems and real estate operations. SNMP and MQTT: Enhancing IoT communication and system monitoring. These partnerships empower SIMLAB's platforms to centralize diverse data streams into a unified, user-friendly digital twin solution. Here's a deeper dive into how his presentation and SIMLAB's solutions resonated with specific attendee groups at BIMworld Munich: For Facility Owners and Managers: Simplifying Operations with Digital Twins Facility owners and managers, tasked with overseeing the operation and maintenance of complex buildings, face daily challenges in tracking warranties, invoices, maintenance schedules, and IoT device performance.  Dr. Koźlak demonstrated how SIMLAB SIM-ON revolutionizes facility management by providing a spatial 3D interface powered by digital twin technology. From real-time IoT monitoring to task management and maintenance scheduling, SIM-ON consolidates all data into a single, user-friendly platform. Why This Matters: Facility managers can easily locate problem areas, manage assets, and monitor IoT systems in real-time, reducing the burden of juggling disparate tools. For building owners, this translates into lower operational costs, streamlined maintenance, and improved tenant satisfaction. For Architects and Interior Designers: Empowering Design Visualization For architects and designers, Koźlak highlighted how SIMLAB's STAGES platform serves as a powerful collaboration and visualization tool. By integrating Matterport scans with BIM data, architects can view side-by-side comparisons of design plans and as-built conditions.  The ability to track construction progress visually, annotate scans, and communicate issues with contractors fosters a collaborative workflow. Why This Matters: Designers gain unparalleled insight into project stages, from early blueprints to final finishes, ensuring that their creative visions are realized without costly deviations. The platform also simplifies client presentations by providing clear, visual documentation of progress. For Construction Companies and General Contractors: Enhancing Collaboration and Efficiency Construction professionals deal with tight deadlines, budget constraints, and complex coordination among teams. Dr. Koźlak showcased how STAGES addresses these pain points with its construction progress monitoring and issue tracking tools.  The platform's timeline feature enables contractors to review the status of a project at any given stage, compare scans over time, and resolve discrepancies quickly. Why This Matters: With all construction data centralized and easily accessible, contractors can eliminate communication gaps, reduce rework, and complete projects faster. STAGES empowers teams to collaborate seamlessly, whether they are onsite or remote. For Insurance Companies and Financial Institutions: Improving Risk Assessment Dr. Koźlak emphasized the value of digital twin technology for insurance and banking professionals. SIMLAB's platforms provide a comprehensive historical log of property documentation, including warranties, maintenance records, and IoT sensor data.  Insurers and banks can access accurate, up-to-date information about a property's condition, reducing risks during underwriting or claims processing. Why This Matters: With SIMLAB's solutions, financial institutions gain a transparent view of assets, enabling better decision-making and reducing liability risks. Insurers can also leverage visual documentation to speed up claims assessments and minimize fraud. For Real Estate Developers and Property Owners: Elevating Asset Value Real estate developers and property owners attending BIMworld Munich learned how SIMLAB's digital twin platforms can enhance the value and marketability of properties.  By providing a detailed visual record of a building's life-cycle, SIMLAB's tools help developers showcase the quality and sustainability of their projects to potential buyers or investors. Why This Matters: Developers can differentiate themselves in a competitive market by demonstrating transparency and a commitment to innovation. The ability to provide potential buyers with a complete digital history of the property adds immense value. A Call to Action: Embracing the Future of Digital Twin Technology Dr. Koźlak concluded his presentation with a bold vision for the future of digital twin technology. As SIMLAB prepares to expand its footprint in Europe and the United States, the company is actively seeking collaborations with AEC professionals, real estate developers, and technology integrators.  With their solutions already generating impressive traction — 2,000 customers and over €2 million in revenue—SIMLAB is poised to redefine how properties are designed, managed, and maintained. The potential of digital twin technology is limitless, and SIMLAB is leading the charge. As Dr. Koźlak aptly stated, "Coordination, communication, and collaboration are the keys to unlocking the full potential of the built environment." This transformative message from BIMworld Munich serves as a rallying cry for industry stakeholders to embrace innovation and join SIMLAB on their journey toward a smarter, more connected future. Next Steps: Discover How SIMLAB Can Transform Your Property Management Ready to revolutionize how you manage and operate your properties? Explore SIMLAB's cutting-edge solutions for digital twins, construction management, and IoT integration today. Here's how you can take the next step: Visit Our Website: Learn more about our platforms, STAGES and SIM-ON, and how they can benefit your projects at www.SIMLABinc.com. Set Up a Meeting: Have questions or want a personalized demo? Contact us to schedule a meeting and discuss your specific needs. Reach out via our Contact Us page. Let's work together to simplify your building's lifecycle management and unlock its full potential with SIMLAB's innovative technology.

Traditional network monitoring was built around SNMP and logs. And while there’s still a role for these sources, network observability aims to incorporate more data to help you build a holistic picture of the network and its behavior and performance. These sources can include flows, streaming telemetry, APIs, NETCONF, the CLI, deep packet inspection, synthetic... Read more »

Traditional network monitoring was built around SNMP and logs. And while there’s still a role for these sources, network observability aims to incorporate more data to help you build a holistic picture of the network and its behavior and performance. These sources can include flows, streaming telemetry, APIs, NETCONF, the CLI, deep packet inspection, synthetic... Read more »

Traditional network monitoring was built around SNMP and logs. And while there’s still a role for these sources, network observability aims to incorporate more data to help you build a holistic picture of the network and its behavior and performance. These sources can include flows, streaming telemetry, APIs, NETCONF, the CLI, deep packet inspection, synthetic... Read more »

Traditional network monitoring was built around SNMP and logs. And while there’s still a role for these sources, network observability aims to incorporate more data to help you build a holistic picture of the network and its behavior and performance. These sources can include flows, streaming telemetry, APIs, NETCONF, the CLI, deep packet inspection, synthetic... Read more »

独立行政法人情報処理推進機構（IPA）および一般社団法人JPCERT コーディネーションセンター（JPCERT/CC）は7月3日、JP1/Extensible SNMP Agentにおける不十分なアクセス権設定の脆弱性について「Japan Vulnerability Notes（JVN）」で発表した。

Dylon Wilson and Brandon Pierce are joined by the always exciting Andrew Grady (AKA Mike Tyson) In this episode we speak on the season opener for the CARS Tour kevinsaysyes.com 125 at Southern National.This episode is brought to you by OneWraps.Onewraps LLC is a full service wrap and sign shop located in Hicory, NC. We offer unbeatable prices, professional installations, and full service graphic design.Email OnedesignsNC@gmail.com to get a free quote!

People who know Alex Hartman realize that he tends to be way ahead of the pack. Alex is typically just beyond the cutting edge of technology implementation. That often makes his comments hard to understand. But when you get to know Alex and understand his ideas and concerns, they usually do make very good sense. He’s also good at “breaking things”, revealing weak points in design. Today we’re discussing people, skills, and the uncertain future of talent sourcing. Alex has some real concerns and ideas about this. In his position at Wisconsin Public Media, Alex is hands-on with basic audio tech, but also data centers and managing fleets of equipment, computing, and sometimes people. Show Notes:Alex says SNMP is passé. MQTT: The Standard for IoT MessagingTutorial Video: How to Get Started with MQTT Guest:Alex Hartman - Wisconsin Public Media Engineering Host:Kirk Harnack, The Telos Alliance, Delta Radio, Star94.3, & South Seas BroadcastingFollow TWiRT on Twitter and on FacebookTWiRT is brought to you by:Nautel’s new GV2 FM transmitters are here - chock full of features!Broadcasters General Store, with outstanding service, saving, and support. Online at BGS.cc. Broadcast Bionics - making radio smarter with Bionic Studio, visual radio, and social media tools at Bionic.radio.Angry Audio and the new Rave analog audio mixing console. The new MaxxKonnect Broadcast U.192 MPX USB Soundcard - The first purpose-built broadcast-quality USB sound card with native MPX output. Subscribe to Audio:iTunesRSSStitcherTuneInSubscribe to Video:iTunesRSSYouTube

Can a team of engineers resolve thousands of engineering trouble tickets each month, and do it efficiently and keep with good engineering practice? iHeartMedia is doing it and Mike Sprysenski is leading that team. From an office in Orlando, Mike Spry and a team of radio engineers and IT professionals resolve engineering issues at nearly 900 radio stations, keeping those stations on-the-air. Many issues are even handled preemptively, before they affect what the public is hearing over the air or online. Chris Tarr and Kirk Harnack discuss this approach with Mike on this episode of TWiRT. Show Notes:Chris Tarr likes SNMP hardware interfaces from https://denkovi.com/ Guest:Mike Sprysenski - CPBE, Engineering Response Team Lead, iHeartMedia Technology Solutions Center Hosts:Chris Tarr - Group Director of Engineering at Magnum.MediaKirk Harnack, The Telos Alliance, Delta Radio, Star94.3, & South Seas BroadcastingFollow TWiRT on Twitter and on FacebookTWiRT is brought to you by:Nautel’s new GV2 FM transmitters are here - chock full of features!Broadcasters General Store, with outstanding service, saving, and support. Online at BGS.cc. Broadcast Bionics - making radio smarter with Bionic Studio, visual radio, and social media tools at Bionic.radio.Angry Audio and the new Rave analog audio mixing console. The new MaxxKonnect Broadcast U.192 MPX USB Soundcard - The first purpose-built broadcast-quality USB sound card with native MPX output. Subscribe to Audio:iTunesRSSStitcherTuneInSubscribe to Video:iTunesRSSYouTube

We receive our audio editor but first of all DataCenter guru Kris Vandecruys. He tells us about SAN and the storage technologies, FiberChannel, the difference between NAS and SAN as well as the time where an SNMP monitoring script killed the whole datacenter.

Big thank you to Cisco for sponsoring this video! (And for the FREE Ethical Hacking Training!) Commercial spyware use is on the rise, with actors leveraging these sophisticated tools to conduct surveillance operations against a growing number of targets. Cisco is deeply concerned by an increase in the rate of high-sophistication attacks on network infrastructure — that we have observed and have seen corroborated by numerous reports issued by various intelligence organizations — indicating state-sponsored actors are targeting routers and firewalls globally. // FULL Detailed Interviews // Martin: • Biggest Cybersecurity Threats you nee... Mark: Coming soon Kieron: Coming soon // Martin's SOCIAL // Twitter / X: / mlee_security LinkedIn: / martinlee // Mark's SOCIAL // Twitter / X: / m_jacks76 LinkedIn: / mark-jackson-148a012 // Kieron's SOCIAL // LinkedIn: / kieron-iveson-88625b1b1 // YouTube VIDEOS // Is AI biggest security threat in 2023?: • Is AI the biggest Cybersecurity Threa... // Links MENTIONED // Free Ethical Hacking course: https://skillsforall.com/course/ethic... Talos Intellexa Predator: https://blog.talosintelligence.com/me... Talos Year in review: https://blog.talosintelligence.com/ha... State-sponsored campaigns target global network infrastructure: https://blog.talosintelligence.com/st... NSSC: https://www.ncsc.gov.uk/static-assets... // David's SOCIAL // Discord: / discord Twitter: / davidbombal Instagram: / davidbombal LinkedIn: / davidbombal Facebook: / davidbombal.co TikTok: / davidbombal YouTube: / davidbombal // MY STUFF // https://www.amazon.com/shop/davidbombal // SPONSORS // Interested in sponsoring my videos? Reach out to my team here: sponsors@davidbombal.com // MENU // 00:00 - Coming up 04:38 - Interview with Martin Lee // Mercenary software & Vulnerabilities in softwares 09:00 - How can non-tech savvy people stop hacks 12:57 - Ransomware + Mercenary software 15:52 - The sky is not falling // Know your Threat Profile 20:07 - Affordable and free courses 23:26 - Interview with Mark Jackson // Risks of end-of-life network devices 27:48 - SNMP vs NETCONF/RESTRCONF 29:44 - GRE Tunnels 31:09 - VPNs without Multi-Factor Authentication being targeted 32:43 - Tips to prevent getting hacked 38:06 - Security for home network devices 39:40 - Why is it happening now? 43:18 - Interview with Cisco Apprentice // Getting into Cicso at 18 45:04 - Advice for the youth 46:52 - The younger perspective 48:13 - Conclusion cisco talos cisco talos pegasus spyware hacking hacker malware Please note that links listed may be affiliate links and provide me with a small percentage/kickback should you use them to purchase any of the items listed or recommended. Thank you for supporting me and this channel! Disclaimer: This video is for educational purposes only. #pegasus #iphone #android

AI and machine learning are finally being applied to networking in meaningful ways. On today's sponsored show we talk with Selector about its AIOps platform, which ingests networking logs, flows, configurations, SNMP, and other telemetry to detect patterns, spot problems, and provide contextual insights to help network engineers do their jobs better. We speak with Selector about what it is, how it works, and concrete use cases.

AI and machine learning are finally being applied to networking in meaningful ways. On today's sponsored show we talk with Selector about its AIOps platform, which ingests networking logs, flows, configurations, SNMP, and other telemetry to detect patterns, spot problems, and provide contextual insights to help network engineers do their jobs better. We speak with Selector about what it is, how it works, and concrete use cases. The post Heavy Networking 707: Getting Real With Selector's AIOps (Sponsored) appeared first on Packet Pushers.

AI and machine learning are finally being applied to networking in meaningful ways. On today's sponsored show we talk with Selector about its AIOps platform, which ingests networking logs, flows, configurations, SNMP, and other telemetry to detect patterns, spot problems, and provide contextual insights to help network engineers do their jobs better. We speak with Selector about what it is, how it works, and concrete use cases.

AI and machine learning are finally being applied to networking in meaningful ways. On today's sponsored show we talk with Selector about its AIOps platform, which ingests networking logs, flows, configurations, SNMP, and other telemetry to detect patterns, spot problems, and provide contextual insights to help network engineers do their jobs better. We speak with Selector about what it is, how it works, and concrete use cases. The post Heavy Networking 707: Getting Real With Selector's AIOps (Sponsored) appeared first on Packet Pushers.

AI and machine learning are finally being applied to networking in meaningful ways. On today's sponsored show we talk with Selector about its AIOps platform, which ingests networking logs, flows, configurations, SNMP, and other telemetry to detect patterns, spot problems, and provide contextual insights to help network engineers do their jobs better. We speak with Selector about what it is, how it works, and concrete use cases. The post Heavy Networking 707: Getting Real With Selector's AIOps (Sponsored) appeared first on Packet Pushers.

AI and machine learning are finally being applied to networking in meaningful ways. On today's sponsored show we talk with Selector about its AIOps platform, which ingests networking logs, flows, configurations, SNMP, and other telemetry to detect patterns, spot problems, and provide contextual insights to help network engineers do their jobs better. We speak with Selector about what it is, how it works, and concrete use cases.

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Interoperability - what does that mean? After this 1-hour conversation with Robbie Green and Chris Tarr, I would say it means “controlling or checking on one device by using another device or system”. Scaled up intelligently, it implies having control and understanding of complex systems from a single location, or doing so automatically. So, rather than separately checking on an automation system, an audio processor, an audio router, a satellite receiver, a transmitter, or a security system, these individual systems can connect meaningfully to a central monitoring and control (“M&C”) system and/or to each other as appropriate. GPIO is a low-bar baseline for interoperability. Serial control, RS-422, and CanBUSS moved us forward, but a variety of TCP/IP protocols, including SNMP, have brought us to a good level of general interoperability if we’re willing to do the work and research to implement them. These ideas have motivated Robbie Green and Chris Tarr to implement interoperabilities that make broadcast operations more reliable, stable, and convenient. Show Notes:Robbie mentioned the LANTRONIX UDS2100 as a good Serial Device ServerWe mentioned live, on-line demos of some Inovonics devices, which are also interoperableConnect SNMP to other protocols with these...https://www.controlbyweb.com/x600m/Robbie’s example of vMix TCP integration - https://www.vmix.com/help26/TCPAPI.htmlMessaging on various display platforms, like Paravel's WallTime Guest:Robbie Green - Product Manager, Communication Products at Telos Alliance Hosts:Chris Tarr - Group Director of Engineering at Magnum.MediaKirk Harnack, The Telos Alliance, Delta Radio, Star94.3, & South Seas BroadcastingFollow TWiRT on Twitter and on FacebookTWiRT is brought to you by:Nautel brings you Transmission Talk Tuesday Discussions. Easy, free registration is here.Broadcasters General Store, with outstanding service, saving, and support. Online at BGS.cc. Broadcast Bionics - making radio smarter with Bionic Studio, visual radio, and social media tools at Bionic.radio.Angry Audio - with StudioHub cables and adapters. Audio problems disappear when you get Angry at AngryAudio.com. And MaxxKonnectWireless - Prioritized High Speed Internet Service designed for Transmitter Sites and Remote Broadcasts. Subscribe to Audio:iTunesRSSStitcherTuneInSubscribe to Video:iTunesRSSYouTube

Today we chat with Tom Nadeau, the CTO of Spirent. Tom shares his non-traditional career path, from his early days doing AI in undergraduate and autonomous robots cleaning the underwater side of boats, to his current role at Spirent, where he works on some cool projects like satellite technology and rocket science.Tom also talks about how he moved over to Networking after AI didn't work out, how he bumped into the inventor of SNMP, and had one of the hardest interviews of his career.He also shares his insights on how to navigate difficult situations, how to make the best of it when things don't work out, and how to build relationships even after making mistakes.- One of the secrets to being successful at the IETF is the people that roll their sleeves up and do the work.  A lot of people are going to want to talk about things, they're going to want to tell you to do things. That's fine, but the most successful people are the ones that sit down and just write it down, build it, and get it going. - Tom's Links:  TwitterLinkedIn  The Net Podcast--Thanks for being an imposter - a part of the Imposter Syndrome Network (ISN)! We'd love it if you connected with us at the links below: The ISN LinkedIn group (community): https://www.linkedin.com/groups/14098596/ The ISN on Twitter: https://twitter.com/ImposterNetwork Zoë on Twitter: https://twitter.com/RoseSecOps Chris on Twitter: https://twitter.com/ChrisGrundemann Make it a great day.

When Chuck Kelly recommends a new technique or technology, it’s important to pay attention. TX-Control is a networked and cloud-based monitoring, alarm, analysis, and control system designed for broadcast equipment. In Europe TX-Control is monitoring over 1,500 transmitter sites, providing custom reports on trends, outages, automatic remediation, and more. It leverages SNMP, a monitoring and control protocol which is built-in to more and more broadcast equipment. Chuck is joined by Aimé Diattà to help us understand this technology and service that’s watching over critical broadcast infrastructure. Show Notes:The TX-Control web site is highly informative with graphical explanations of the system.The TX-Control brochure shows layout diagrams to help explain the concept and operation. Guests:Chuck Kelly - Broadcast Industry Technology ConsultantAimé Diattà - Consulting, Business Development & Relazioni Istituzionali - 22hbg.com Hosts:Chris Tarr - Group Director of Engineering at Magnum.MediaKirk Harnack, The Telos Alliance, Delta Radio, Star94.3, & South Seas BroadcastingFollow TWiRT on Twitter and on FacebookTWiRT is brought to you by:Nautel brings you Transmission Talk Tuesday Discussions. Easy, free registration is here.Broadcasters General Store, with outstanding service, saving, and support. Online at BGS.cc. Broadcast Bionics - making radio smarter with Bionic Studio, visual radio, and social media tools at Bionic.radio.Angry Audio - with StudioHub cables and adapters. Audio problems disappear when you get Angry at AngryAudio.com. And MaxxKonnectWireless - Prioritized High Speed Internet Service designed for Transmitter Sites and Remote Broadcasts. Subscribe to Audio:iTunesRSSStitcherTuneInSubscribe to Video:iTunesRSSYouTube

When Chuck Kelly recommends a new technique or technology, it's important to pay attention. TX-Control is a networked and cloud-based monitoring, alarm, analysis, and control system designed for broadcast equipment. In Europe TX-Control is monitoring over 1,500 transmitter sites, providing custom reports on trends, outages, automatic remediation, and more. It leverages SNMP, a monitoring and control protocol which is built-in to more and more broadcast equipment. Chuck is joined by Aimé Diattà to help us understand this technology and service that's watching over critical broadcast infrastructure.

When Chuck Kelly recommends a new technique or technology, it's important to pay attention. TX-Control is a networked and cloud-based monitoring, alarm, analysis, and control system designed for broadcast equipment. In Europe TX-Control is monitoring over 1,500 transmitter sites, providing custom reports on trends, outages, automatic remediation, and more. It leverages SNMP, a monitoring and control protocol which is built-in to more and more broadcast equipment. Chuck is joined by Aimé Diattà to help us understand this technology and service that's watching over critical broadcast infrastructure.

An airhacks.fm conversation with Vinicius Senger (@vsenger) about: msx computer, delivering pizza to buy computer with 12 years, learning Basic to write games, learning dBASE, arduino and Java, writing dBase software for real estate management, the step clipper functions, harbour project or clipper on linux, learning C, the reset boy, Delphi vs. Visual Basic, NetWare LANtastic, writing Perl for Sun Microsystems, teaching Java, SL-275, SL-285, SL-310, OO-226, SL-425, SL-500, SNMP and traps, Sun Tech Days, the Globalcode company, The Developer's Conference (TDC), the Sun SPOTs, the network is the computer, Amazon Corretto openJDK, Vinicius on Github: vsenger, Java on AWS Vinicius Senger on twitter: @vsenger

Today on the Tech Bytes podcast we dive into gNMIc with sponsor Nokia. gNMIc is open-source software you can use to configure devices and collect device telemetry. It can output telemetry to InfluxDB, Prometheus, and SNMP traps. Nokia has contributed gNMIc to the OpenConfig project. We talk with gNMIc creator Karim Radhouani, Technology and Architecture Consulting Engineer at Nokia, about why he developed the tool and how customers are using it.

Today on the Tech Bytes podcast we dive into gNMIc with sponsor Nokia. gNMIc is open-source software you can use to configure devices and collect device telemetry. It can output telemetry to InfluxDB, Prometheus, and SNMP traps. Nokia has contributed gNMIc to the OpenConfig project. We talk with gNMIc creator Karim Radhouani, Technology and Architecture Consulting Engineer at Nokia, about why he developed the tool and how customers are using it. The post Tech Bytes: Configure Devices, Stream Telemetry With Nokia's Free, Open-Source gNMIc (Sponsored) appeared first on Packet Pushers.

Today on the Tech Bytes podcast we dive into gNMIc with sponsor Nokia. gNMIc is open-source software you can use to configure devices and collect device telemetry. It can output telemetry to InfluxDB, Prometheus, and SNMP traps. Nokia has contributed gNMIc to the OpenConfig project. We talk with gNMIc creator Karim Radhouani, Technology and Architecture Consulting Engineer at Nokia, about why he developed the tool and how customers are using it. The post Tech Bytes: Configure Devices, Stream Telemetry With Nokia's Free, Open-Source gNMIc (Sponsored) appeared first on Packet Pushers.

Today on the Tech Bytes podcast we dive into gNMIc with sponsor Nokia. gNMIc is open-source software you can use to configure devices and collect device telemetry. It can output telemetry to InfluxDB, Prometheus, and SNMP traps. Nokia has contributed gNMIc to the OpenConfig project. We talk with gNMIc creator Karim Radhouani, Technology and Architecture Consulting Engineer at Nokia, about why he developed the tool and how customers are using it.

Today on the Tech Bytes podcast we dive into gNMIc with sponsor Nokia. gNMIc is open-source software you can use to configure devices and collect device telemetry. It can output telemetry to InfluxDB, Prometheus, and SNMP traps. Nokia has contributed gNMIc to the OpenConfig project. We talk with gNMIc creator Karim Radhouani, Technology and Architecture Consulting Engineer at Nokia, about why he developed the tool and how customers are using it.

Today on the Tech Bytes podcast we dive into gNMIc with sponsor Nokia. gNMIc is open-source software you can use to configure devices and collect device telemetry. It can output telemetry to InfluxDB, Prometheus, and SNMP traps. Nokia has contributed gNMIc to the OpenConfig project. We talk with gNMIc creator Karim Radhouani, Technology and Architecture Consulting Engineer at Nokia, about why he developed the tool and how customers are using it. The post Tech Bytes: Configure Devices, Stream Telemetry With Nokia's Free, Open-Source gNMIc (Sponsored) appeared first on Packet Pushers.

In this episode, the conversation continues with Bhaktha Muralidhran, AVP, Unified Communications at Sompo International..In the first part, he shared:A brief history of some of the computer networking technologies based on his experienceWorking on some of the emerging standards at that timeExploring roles in sales and marketing supportPreferring to work with customers and solve their problems using appropriate technologiesI asked him about: how comfortable it was to be working with customers and supporting them, coming from an engineering or developer mindset?We continue the conversation with Murali sharing The importance of understanding the customers' temperament, beyond technology glassesBeing comfortable with not developing cutting edge technologyThe experience of being part of a sales teamThe importance of considering the cost of solutionsHis move to the current role, working with a Japanese firmThe impact of covid on the collaboration infrastructureSome interesting metrics about when meetings really startThe shift from being an individual contributor in technology to an enabling roleSome options he considered from a career advancement perspectiveThe stress when one has to let team members goHis suggestions on what can be done to increase and improve the adoption of technology, to be more effectiveOver three decades of experience in software development in computer networking technologies and support. Experienced in managing a team of engineers. Led several projects from concept to delivery. Specialization: VoIP, Cisco Collaboration technologies, UNIX, Embedded Programming, TCP/IP, QoS, SNMP, Wireless, ATM, Frame Relayhttps://www.linkedin.com/in/baktha-muralidharan-2221344/

In this episode, Bhaktha Muralidhran, AVP, Unified Communications at Sompo International shares:His first job to develop electronics solutions for use in the Indian Navy, for data collectionGetting an exposure to software towards the end of his course and liking itAfter masters, getting a job at Digital and getting an opportunity to work on ethernet that was just becoming more widely adoptedCreating an ethernet with existing hardware and infrastructure, in the lab - to connect computersExploring client server approaches in the early days, understanding the close relationship between computers and networkingDeveloping a print server and later working on frame relay technology and network managementLearning SNMP [Simple Network Management Protocol] that opened up new opportunities for his careerMoving to Lucent, when AT&T was split upWorking on MIB - Management Information Base - for knobs that could be manipulated to change the behavior of networksHow DSL technology enabled having multiple phones [numbers] in a homeMoving to Cisco, when the company was acquiredPreferring to work more with technology and interfacing with people - read customers - and so, taking up roles in service, over software developmentWhy one needs appropriate technology and not necessarily the latest technology, when IT is an enabler for the core businessOver three decades of experience in software development in computer networking technologies and support. Experienced in managing a team of engineers. Led several projects from concept to delivery. Specialization: VoIP, Cisco Collaboration technologies, UNIX, Embedded Programming, TCP/IP, QoS, SNMP, Wireless, ATM, Frame Relay

“Aggressive Neglect” sounds like a great name for an Alt Rock band, but it’s actually one of Dennis Sloatman’s pet peeves. Petrified hamburger leftovers in the wiring chases is another. But he would rather construct new, reliable, yet simple broadcast systems than complain about poor work that preceded him. From continuing education to SNMP-monitored systems to small, medium and very large markets, Dennis Sloatman is the thoughtful engineer who plans the work and then works the plan. Let’s get wiser in our broadcast engineering skills by spending an hour with the top-shelf broadcaster. Guest:Dennis Sloatman - Broadcast Engineer, BS Engineering, CSRE, MSCSE, AMD, iNet+, A+ Hardware/Software, CBNT - SBE MemberHost:Kirk Harnack, The Telos Alliance, Delta Radio, Star94.3, & South Seas Broadcasting Follow TWiRT on Twitter and on FacebookTWiRT is brought to you by:Nautel and the continuing informative live webinars. Sign up for free!Broadcasters General Store, with outstanding service, saving, and support. Online at BGS.cc. Broadcast Bionics - making radio smarter with Bionic Studio, visual radio, and social media tools at Bionic.radio.Nautel and the regular Transmission Talk Tuesday series of online engineering roundtable events.Angry Audio - with StudioHub cables and adapters. Audio problems disappear when you get Angry at AngryAudio.com. And MaxxKonnectWireless - Prioritized High Speed Internet Service designed for Transmitter Sites and Remote Broadcasts. Look for in-depth radio engineering articles in Radio-Guide magazine.Subscribe to Audio:iTunesRSSStitcherTuneInSubscribe to Video:iTunesRSSYouTube

“Aggressive Neglect” sounds like a great name for an Alt Rock band, but it's actually one of Dennis Sloatman's pet peeves. Petrified hamburger leftovers in the wiring chases is another. But he would rather construct new, reliable, yet simple broadcast systems than complain about poor work that preceded him. From continuing education to SNMP-monitored systems to small, medium and very large markets, Dennis Sloatman is the thoughtful engineer who plans the work and then works the plan. Let's get wiser in our broadcast engineering skills by spending an hour with the top-shelf broadcaster.

“Aggressive Neglect” sounds like a great name for an Alt Rock band, but it's actually one of Dennis Sloatman's pet peeves. Petrified hamburger leftovers in the wiring chases is another. But he would rather construct new, reliable, yet simple broadcast systems than complain about poor work that preceded him. From continuing education to SNMP-monitored systems to small, medium and very large markets, Dennis Sloatman is the thoughtful engineer who plans the work and then works the plan. Let's get wiser in our broadcast engineering skills by spending an hour with the top-shelf broadcaster.

Sponsor and startup Augtera Networks joins Day Two Cloud to discuss Augtera's proactive network analysis and operations product, which is meant to make you aware of problems before they become…problems. Augtera brings together traditional network sources such as flows and SNMP, plus telemetry and metadata to provide actionable information across networks you own and networks you don't.

Sponsor and startup Augtera Networks joins Day Two Cloud to discuss Augtera's proactive network analysis and operations product, which is meant to make you aware of problems before they become…problems. Augtera brings together traditional network sources such as flows and SNMP, plus telemetry and metadata to provide actionable information across networks you own and networks you don't. The post Day Two Cloud 150: Proactive Network Operations With Augtera (Sponsored) appeared first on Packet Pushers.

Sponsor and startup Augtera Networks joins Day Two Cloud to discuss Augtera's proactive network analysis and operations product, which is meant to make you aware of problems before they become…problems. Augtera brings together traditional network sources such as flows and SNMP, plus telemetry and metadata to provide actionable information across networks you own and networks you don't.

Sponsor and startup Augtera Networks joins Day Two Cloud to discuss Augtera's proactive network analysis and operations product, which is meant to make you aware of problems before they become…problems. Augtera brings together traditional network sources such as flows and SNMP, plus telemetry and metadata to provide actionable information across networks you own and networks you don't. The post Day Two Cloud 150: Proactive Network Operations With Augtera (Sponsored) appeared first on Packet Pushers.

Sponsor and startup Augtera Networks joins Day Two Cloud to discuss Augtera's proactive network analysis and operations product, which is meant to make you aware of problems before they become…problems. Augtera brings together traditional network sources such as flows and SNMP, plus telemetry and metadata to provide actionable information across networks you own and networks you don't.

Sponsor and startup Augtera Networks joins Day Two Cloud to discuss Augtera's proactive network analysis and operations product, which is meant to make you aware of problems before they become…problems. Augtera brings together traditional network sources such as flows and SNMP, plus telemetry and metadata to provide actionable information across networks you own and networks you don't. The post Day Two Cloud 150: Proactive Network Operations With Augtera (Sponsored) appeared first on Packet Pushers.

Episode 115: Bear Talk - A weekly episode of trade reviews by Reed & David. Both traders decided to go over their trades on a weekly podcast to further improve their game. The podcast screen-share can be found on Friendly Bear Research YouTube Channel. The trades covered in this segment are from February 12 - February 25, 2022.Stocks reviewed in this Bear Talk: OCGN, ENSV, CLEU, USWS, IRNT, SNMP, INTZ, FUV, ALF, MULN Bear Talk weekly trade review screen-share: Bear Talk YouTubeSocial MediaReed HrynewichInstagram: reedhrynewichTwitter: reedhrynewichProfitly: reedgolf19David CapablancaInstagram: reverse_longTwitter: reverse_longYouTube: Friendly Bear ResearchProfitly: reverse_long