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#cyberphysicalsystems — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #cyberphysicalsystems, aggregated by home.social.

  1. The Mackay Sugar cyberattack is a reminder that cyber incidents can have real-world operational consequences when IT and OT environments are interconnected.

    In this blog, Field CTO Sean Tufts discusses why cyber resilience, OT security, and managing IT/OT dependencies are critical for protecting critical infrastructure and maintaining operational continuity.

    📖 Read here: claroty.com/blog/mackay-sugar-

    #OTSecurity #CriticalInfrastructure #CyberResilience #IndustrialCybersecurity #CyberPhysicalSystems #OperationalResilience

  2. The Mackay Sugar cyberattack is a reminder that cyber incidents can have real-world operational consequences when IT and OT environments are interconnected.

    In this blog, Field CTO Sean Tufts discusses why cyber resilience, OT security, and managing IT/OT dependencies are critical for protecting critical infrastructure and maintaining operational continuity.

    📖 Read here: claroty.com/blog/mackay-sugar-

    #OTSecurity #CriticalInfrastructure #CyberResilience #IndustrialCybersecurity #CyberPhysicalSystems #OperationalResilience

  3. My Verification of Autonomous Systems book is finally out!

    In addition to contributed chapters on theoretical and practical aspects of verifying autonomy*, the editors contributed an introduction on stakeholder perspectives and a chapter on the specific challenges autonomy introduces to verification.

    Each chapter is cross-referenced to e challenges it addresses in a handy table to help readers find the information most useful to them.

    I'm really proud of all our authors! So many thanks to everyone who contributed^, especially my co-editors, Mae Seto, Don Sofge, and John Sustersic!

    E-book now available for download and hard copy coming soon!

    * This book is about verifying autonomous embodied robots, not LLMs or AI models.

    ^ No AI was used in the generation of this book's content.

    Link: link.springer.com/book/10.1007

    #Robotics #AutonomousSystems #Verification #VerificationOfAutonomy #Robots #AutonomousRobots #CyberPhysicalSystems #RobotTesting #FormalMethods #Modeling #Simulation

  4. My Verification of Autonomous Systems book is finally out!

    In addition to contributed chapters on theoretical and practical aspects of verifying autonomy*, the editors contributed an introduction on stakeholder perspectives and a chapter on the specific challenges autonomy introduces to verification.

    Each chapter is cross-referenced to e challenges it addresses in a handy table to help readers find the information most useful to them.

    I'm really proud of all our authors! So many thanks to everyone who contributed^, especially my co-editors, Mae Seto, Don Sofge, and John Sustersic!

    E-book now available for download and hard copy coming soon!

    * This book is about verifying autonomous embodied robots, not LLMs or AI models.

    ^ No AI was used in the generation of this book's content.

    Link: link.springer.com/book/10.1007

    #Robotics #AutonomousSystems #Verification #VerificationOfAutonomy #Robots #AutonomousRobots #CyberPhysicalSystems #RobotTesting #FormalMethods #Modeling #Simulation

  5. 🤖🚗 AI is moving into the physical world – but how do we verify it?
    Prof. Daniel Neider from the Department of Computer Science at TU Dortmund University joined a Shonan Meeting 🇯🇵, a selective research seminar bringing together experts in AI, formal methods, and robotics.
    The focus:
    🔬 LLM-guided synthesis
    🧪 testing
    📐 verification of learning-enabled cyber-physical systems.
    Key research for building trustworthy AI.
    #TrustworthyAI #ReliableAI #CyberPhysicalSystems #AIresearch

  6. With cyber-physical systems (CPS) becoming increasingly central to logistics, supply chains, and industrial operations, protecting them goes beyond traditional IT security. 🌐 It requires a holistic approach that bridges #IT and #OT, providing full visibility, prioritizing risk, and ensuring operational continuity.

    🔖 Our latest blog explores how Claroty helps organizations safeguard the CPS that power global supply chains. Read here: claroty.com/blog/protecting-th

    #CyberPhysicalSystems #OTSecurity #SupplyChainSecurity #CyberResilience #IndustrialCybersecurity

  7. With cyber-physical systems (CPS) becoming increasingly central to logistics, supply chains, and industrial operations, protecting them goes beyond traditional IT security. 🌐 It requires a holistic approach that bridges #IT and #OT, providing full visibility, prioritizing risk, and ensuring operational continuity.

    🔖 Our latest blog explores how Claroty helps organizations safeguard the CPS that power global supply chains. Read here: claroty.com/blog/protecting-th

    #CyberPhysicalSystems #OTSecurity #SupplyChainSecurity #CyberResilience #IndustrialCybersecurity

  8. 🤖 Is Information Digital?

    At the AI Colloquium, Edward A. Lee (UC Berkeley) explores whether objective observation can ever fully capture physical reality. 📡🌍

    Using concepts from computer science & information theory, he argues that some knowledge may require embodied interaction – even for machines. 🚲🤖

    📅 5 March | 13:00–15:00 | TU Dortmund

    What are the limits of digital representation?

    #AIColloquium #CyberPhysicalSystems #TrustworthyAI #PhilosophyOfAI

    Photo: Hesham Elsherif/TU Dortmund

  9. 🏆 Congrats to Professor Reinhard Wilhelm for being awarded the 2025 ACM SIGBED Technical Achievement Award!

    His work in WCET analysis has shaped safe embedded, real-time, and cyber-physical systems used worldwide, from aircraft control to medical devices.

    🔗 Read more: sic.link/profwilhelmacm

    📸 © Iris Maurer

    #UdS #SaarlandInformaticsCampus #saarlanduniversity #Saarbrücken #Saarland #realtimesystems #embeddedsystems #cyberphysicalsystems #ACM #computerscience #WCETAnalysis #AbsInt

  10. Consider submitting if you have active research in data-driven controller design, algorithms, or tools with an application to smart cities, smart power grids, smart transportation, connected-and-autonomous vehicles, or a broader area of CPS.

    #iot #power #data #research #algorithms #transportation #cyber #computing #smartcities #smartgrid #computing #cps #cyberphysicalsystems #cyberattack #cyberresilience

    Website: di-cps.github.io/

    Submission Link: easychair.org/conferences/?con

  11. Consider submitting if you have active research in data-driven controller design, algorithms, or tools with an application to smart cities, smart power grids, smart transportation, connected-and-autonomous vehicles, or a broader area of CPS.

    #iot #power #data #research #algorithms #transportation #cyber #computing #smartcities #smartgrid #computing #cps #cyberphysicalsystems #cyberattack #cyberresilience

    Website: di-cps.github.io/

    Submission Link: easychair.org/conferences/?con

  12. Hello! Back here after a couple of years so reintroducing myself. I’m a faculty member in the #computerscience department at The George Washington University working on #security and #resilience of computing systems, most notably #autonomoussystems and #cyberphysicalsystems.

    I am also a news junkie so you will see a lot of posts about all sorts of things, most commonly #politics (US and India) and #sports such as cricket.

  13. Hello! Back here after a couple of years so reintroducing myself. I’m a faculty member in the #computerscience department at The George Washington University working on #security and #resilience of computing systems, most notably #autonomoussystems and #cyberphysicalsystems.

    I am also a news junkie so you will see a lot of posts about all sorts of things, most commonly #politics (US and India) and #sports such as cricket.