Open Source IoT Frameworks & How They Accelerate Intelligent Product Development
Engineering teams building connected products spend a significant amount of time solving the same foundational problems…
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ASIC and SoC Verification: A Comprehensive Methodology Guide
ASIC and SoC verification is the engineering unit responsible for demonstrating that a hardware implementation conforms to its specification across all relevant operating conditions…
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Automotive Software-Defined Vehicle (SDV) Gateway Blueprint: SOAFEE Architecture, OTA, & Edge Intelligence
Software-defined vehicles force a fundamental change in how automotive engineering systems are designed and maintained…
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DevOps Implementation for Continuous Testing and Quality Assurance
In traditional software development, Quality Assurance (QA) was treated as a final phase after coding was complete…
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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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Advancing Technology Nodes: The Era of Divergent Scaling
For more than five decades, the semiconductor industry advanced along a remarkably predictable path…
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Digital Twin for OEMs: Lightweight Edge-First Implementations
Digital Twin is a dynamic, software-defined representation of a physical product or system that continuously reflects its state, behaviour, and operating context using real-world data…
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Matter Ecosystem: Advancing Smart Home Interoperability
This blog is a continuation of the Matter blog published earlier, and it explores the core components of the Matter ecosystem, commissioning method…
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The Complete Guide to Silicon Design and Development Services
Semiconductors sit at the centre of every technology platform. Data centers, automotive, telecom networks, medical systems, and industrial automation rise or fall on silicon capability…
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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…
