PoV – How is RISC-V’s open and customizable design changing embedded systems?
The explosion in computational complexity, networking speeds, and Artificial Intelligence is fundamentally reshaping the semiconductor industry…
A Look at 2019 Telematics Tracking Solution Trends
According to the reports, the global telematics market is estimated to be $130 billion by 2024, with a growing CAGR…
Why RPAs Fall Short in IIoT and How Agentic AI Fills the Gap
The Industrial Internet of Things (IIoT), through distributed systems, autonomous control, and real-time intelligence, has transformed…
The Role of Data Annotation in Building Autonomous Vehicles
Autonomous vehicles rely on high-quality data annotation to train AI/ML models for safe and intelligent driving. This blog explores how sensor data…
Key Recommendations for Low Power Design in Thermostats – From Device Hardware to Firmware
This blog explores key strategies for designing ultra-low-power thermostats, focusing on both hardware and firmware optimization. It covers…
V2I Communication Protocols: Enabling Smart Traffic Management and Safety – PoV
The automotive sector is transforming into a connected and intelligent ecosystem. Vehicle-to-Infrastructure (V2I) technology enables…
Developing Intuitive UI/UX to Enable Effective Telehealth Experiences
Digital health solutions have emerged as a crucial element in the medical industry. Telehealth systems are not just for handling…
Zephyr RTOS and RISC-V: Enabling Next-Gen Edge FPGA Devices
The drive for real-time intelligence at the edge is revolutionizing device design and deployment in today’s quickly changing embedded environment….
Factors You Should Consider Before Developing an Agentic AI Model
AI has completely redefined how we perceive and interact with the world. Many industries have leveraged AI to overhaul their…
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.
