Arm knowledge Lab 2026
Designing the future
Designing the future
The three-day Arm Knowledge Lab covered the latest advancements in secure design, AI at the edge, and safety-critical systems. Eight expert speakers from Arm, EBV Elektronik, Hitex, Infineon, Imagimob, and New AE Technology shared their knowledge of Arm-based technologies in ten presentations, covering topics ranging from secure-by-design principles to AI, machine learning, functional safety, and fast prototyping.
Security isn't a feature you add later – it's a foundation you build from day one. Day 1 addressed the critical challenge of designing inherently secure embedded systems in an era of increasing cyber threats and regulatory requirements.
The Cyber Resilience Act (CRA) is reshaping compliance requirements for embedded devices – EBV Elektronik provided essential insights into what manufacturers need to know. New AE Technology revealed the hidden vulnerabilities of side-channel attacks and practical defense strategies that every developer should understand. From regulatory frameworks to real-world threats, the sessions progressed to proven solutions: Infineon introduced the PSOC™ Control C3 family for next-generation security, while Hitex UK demonstrated how PSOC™ Edge Protect Software transforms edge devices into trusted, resilient systems.
Four sessions. One goal: Building devices you can trust from the ground up.
The future of embedded intelligence isn't in the cloud – it's right at the edge. Day 2 explored how machine learning is transforming embedded systems, bringing intelligent decision-making directly to edge devices without cloud dependency. Hitex UK demonstrated how CMSIS accelerates embedded ML development with standardized tools and optimized libraries. Infineon showcased the PSOC™ Edge family – microcontrollers purpose-built for ML workloads that balance performance, power efficiency, and integration. Imagimob revealed how DEEPCRAFT™'s graph-based workflow simplifies AI model development, making it accessible to embedded engineers without deep data science expertise.
From acceleration frameworks to ML-ready silicon to intuitive development tools.
Meeting functional safety standards requires the right architecture, tools, and processes. The final day addressed the engineering challenges of automotive and industrial applications that must comply with stringent functional safety standards. Arm outlined their functional safety offerings for safety-critical designs. Hitex UK demonstrated how Keil FuSa RTS simplifies compliance without compromising certification. Hitex showed how SO-DIMM Compute Modules for TRAVEO™ accelerate prototyping while maintaining rigorous safety standards.
From foundations to certified tools to rapid prototyping.
Need development support? As a Preferred Design House for Infineon AURIX™, TRAVEO™, and PSOC™, we specialize in functional safety and embedded security engineering services.
Looking for tools and training? As an official Arm distributor, we provide development tools, technical support, and expert training programs.