Enabling Wearable Development from Hardware to AI
The next generation of wearables will not be defined by sensors, battery life or connectivity.
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AgenticSky ControllerCore for Agentic AI-Based Industrial Robot Safety
At 1:49 am, during a night shift in a factory, a robotic pick-and-place arm, running on line-2, is feeding components…
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Agentic AI WearableCore for Smarter Fitness and Performance
You are on mile 20 in a marathon; you have made good progress, but your body? Well, it’s feeling fatigued…
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Why Agentic AI Mandates Hardware-Software Co-Design?
Most AI systems today are still built with a familiar mindset. Train a model, deploy it on the infrastructure and optimize…
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Product Engineering Services: From Concept to Prototyping
In the age of connected devices, where time-to-market and seamless user experience define product success, engineering is no longer…
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VisionCore for Smart Public Systems: CCTV Cameras as Agentic Assistants
I have always thought that a surveillance system is only as good as its ability to quickly turn vision into timely insights…
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Envisioning The Future of Wearables: From Trackers to Companions
Today’s wearables sense and notify while tomorrow’s wearables reason and adapt. Agentic AI enables a layered intelligence model where sensing, near-edge reasoning, and cloud-based agents work together to deliver proactive, personalized outcomes. This marks the transition from threshold-driven tracking to continuous, context-aware companionship…
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ADAS & Autonomous Vehicles | Automotive Electronics | Automotive Safety | Embedded Systems | Functional Safety (FuSa) | Sensor Fusion
Automotive Functional Safety for Sensor Fusion Systems
Sensor fusion combines data from cameras, LiDAR, RADAR, and other sensors to help vehicles perceive their surroundings…
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Functional Safety 101: A Primer on ASIL Classification under ISO 26262
Modern vehicles are equipped with complex connected systems, and their failure could cause fatal safety issues. These systems need to be developed and validated based on a structured ASIL framework to define risks and hazards based on key factors such as severity, exposure, and controllability.
