Fast networks and low-cost processors are making distributed systems for real-time applications attractive from a simple cost-of-goods perspective. However, the complexity of the communications code ...

If you listen to enough conference talks, vendor pitches, and analyst pronouncements, you can be forgiven for assuming every organization on the planet now can sense and respond, in real time, to ...

Native integrations reduce setup time and ongoing maintenance by making it easy to ingest, index, and continuously ...

The list of distributed real-time applications is long. It includes military systems, financial trading, telecommunications, factory automation, traffic control, medical imaging, and more. Each of ...

Centralized backends add cost, latency, and single points of failure for real time systems, agents, and online games. A DePIN mesh using leaderless DAG aBFT consensus turns coordination into a peer ...

You can find real-time operating systems (RTOS) everywhere. They are as ubiquitous as their more familiar operating-system cousins – Windows, Mac OS and Unix – that control software applications and ...

Optimize electrified fleets with SafireEOS. SafireAI's new platform uses a domain-specific LLM to provide real-time energy intelligence.