Houston Robot Safety Reception

Robotics Conferences and Presentations

Join us Tuesday, November 4 for an informal reception in the O24 lounge of the Westin during the International Robot Safety Conference

The Westin Houston, Memorial City - O24 Lounge

Safe Autonomy for Robots, AMRs, AGVs and Humanoids

Dynamic safety guardrails are critical for ensuring reliable and safe autonomy in unpredictable environments.

<h3>Robotic Safety Reception</h3>Join us for a public reception dedicated to advancing the future of safe and reliable robot deployments. Held during the International Robot Safety Conference, this is a premier networking opportunity to connect with industry experts and discover cutting-edge solutions for navigating complex safety and certification challenges. Please note that this event is not affiliated with nor endorsed by A3 Critical Systems Analysis (CSA): Expert Functional Safety and Systems Engineering Critical Systems Analysis offers specialized consulting in functional safety, systems engineering, and standards compliance for high-risk industries like robotics, autonomous vehicles, and aerospace. With deep expertise in global safety frameworks (e.g., IEC 61508, ISO 13849), CSA's expert engineers help organizations identify design concerns early, perform thorough hazard and risk analyses (FMEA/FTA support), and provide validation and verification support. Their strength is their deep, expert-level guidance that ensures systems meet the highest standards of safety and reliability from concept to deployment.3Laws Robotics: Mathematically Provable Safety with Dynamic Controls 3laws robotics is redefining operational safety with its 3Laws Supervisor software, built on the foundation of Control Barrier Functions (CBFs) technology developed at Caltech. This innovative software provides mathematically provable safety "guardrails" for autonomous systems, enabling robots to operate closer to their peak capabilities in dynamic, real-world environments without unnecessary e-stops or collisions. Their strength is in delivering a proactive, predictive safety solution that ensures reliable performance and can be safety-certified for standards like ISO 3691-4 and ISO 26262, a key challenge for robotics companies.Saphira.ai: The AI-Powered Compliance Platform Saphira.ai is at the forefront of streamlining safety certification for hardware companies through its innovative, AI-driven platform. Saphira automates complex compliance workflows, including hazard analysis, risk assessments, and the generation of auditor-ready safety documentation (e.g., CE Mark Technical Files, UL certification reports, ISO 10218, ISO 26262). Their strength lies in accelerating the time-to-market for safety-critical products by providing a single source of truth for requirements, architecture, and tests, ensuring full traceability and continuous compliance monitoring.KUKA RoboticsKUKA is a global automation corporation with sales of around 3.3 billion euro and roughly 14,000 employees. The company is headquartered in Augsburg, Germany. As one of the world’s leading suppliers of intelligent automation solutions, KUKA offers customers everything they need from a single source: from robots and cells to fully automated systems and their networking in markets such as automotive, electronics, metal &amp; plastic, consumer goods, e-commerce/retail and healthcare. Event Highlights:<ul><li>Networking Opportunities: Connect with safety engineers, CEOs, and industry leaders pushing the boundaries of robotics safety.</li><li>Integrated Solutions Showcase: Discover how the combined strengths of AI-powered compliance automation (Saphira.ai), expert consulting (CSA), and cutting-edge safety control software (3laws) offer a comprehensive solution for complex robotics challenges.</li><li>Insightful Discussions: Engage in conversations about the future of AI safety, certification paths, and how to accelerate the deployment of safe robots in various industries.</li></ul> We look forward to seeing you there and exploring how, together, we can build a safer, more automated future.