A secure, U.S.-developed software and controls platform purpose-built for Eos Z3 battery systems to power and protect America’s energy ...

Research firm questions whether software-defined vehicles are built for those actually driving them or for the industry ...

Edge computing and AI are revolutionizing utility operations by enabling real-time, autonomous decision-making at the grid ...

Today’s industrial automation continues to evolve at a blistering speed which means traditional Distributed Control Systems ...

A multi-layered cloud security framework improves data privacy using flow marking, cryptographic validation, and randomized obfuscation.

Automation in corporate environments can be understood as evolving in successive waves, shaped by both technological ...

They mark the onset of the artificial intelligence of things (AIoT), a convergence that embeds cognition into the connected world of the internet of things (IoT). It transforms passive devices into ...

Sam Newman explains the three foundational principles of distributed systems: timeouts, retries, and idempotency. He shares practical advice on how to implement each to build more resilient software.

The proposed system architecture presents a mobile-agent based three-layer distributed control architectural framework in order to provide QoS-driven, scalable system configuration, flexible ...

The shift from traditional domain distributed architectures toward zonal and centralized automotive architectures is one of the most significant trends in automotive. A distributed architecture ...