Search
security systems - search results
Efficient Chips For Always-On Systems
Embedded systems need more power, efficiency, and reliability in smaller designs. What if one chip could boost speed, cut energy use, and fit in...
Can Security Exist Without Software?
Software security systems can have loopholes that let anyone walk in. What if security did not rely on software at all?
When you build or...
Microcontrollers For Efficient Systems
Do you want to build embedded systems that work fast, stay secure, and use little power? Check out this microcontroller series.
Embedded system designers face...
Microprocessor For Secure Industrial Systems
Industrial devices face space and security limits. This processor fits more power in less space and keeps systems safe. See more.
Industrial devices often face...
Solving Data Bottlenecks In AI Systems
AI and cloud systems are slowed by data bottlenecks. New PCIe 6 switches help move data faster, reduce delays and make scaling systems easier.
Data...
Roadmap to Build a Global Career in AI, IoT, and Embedded Systems
The article aims to guide and inspire beginners and professionals to build sustainable global careers in AI, IoT, and embedded systems by understanding technology...
Industrial Microcontrollers Enter Post-Quantum Security Era
Designed for applications from data centers to EV charging, these devices promise future-proof security, tighter control loops, and higher efficiency as industries prepare for...
Agentic AI Raises Security Challenges in Chip Design
Multiple AI agents in semiconductor workflows can speed design tasks, but limit transparency and increase security concerns.
The introduction of agent-based artificial intelligence into semiconductor...
What Does It Take to Build Seamless Ambient Systems?
In the early 1990s, computer scientist Mark Weiser imagined a future of ubiquitous computing, where technology would disappear into the background of daily life....
Connectivity Versus Security: Design Engineers’ Dilemma
How to design hardware to offer maximum connectivity without sacrificing security? That is the question I attempt to answer while explaining this challenge from...