Researchers have designed secure multiparty computation protocols that let IoT enterprises compute set intersections and ...

Routing in Internet of Things (IoT) deployments confronts the dual constraints of severely limited node resources and highly variable link reliability. Low Power and Lossy Networks (LLNs) encompass a ...

Two of the key machine-to-machine (M2M) protocols that form the underpinnings of the Internet of Things are replete with vulnerabilities, design flaws and implementation issues that can leave ...

Why the proliferation of wireless protocols is creating headaches for engineers. How multiprotocol wireless SoCs simplify IoT complexity and integration challenges. How innovations are tackling ...

Consumer and industrial IoT are driving next generation wireless chips with low power consumption, high integration, and ...

IoT applications and data must integrate with enterprises' overall IT and OT computing environments. Over the past two years, high-profile IoT services such as Google IoT Core, the IBM Watson IoT ...

How LoRaWAN's open, IP-based architecture encourages the development of low-cost solutions to directly interoperate with internet technologies, including many cloud services. How LoRaWAN can be used ...

IoT extends beyond connected devices, serving as powerful tools to address global challenges like climate change and disease management. From tracking infections and controlling soil moisture to ...

IoT protocols are a relatively unexplored field compared to most PC-exposed protocols – it’s bothersome to need a whole radio setup before you can tinker on something, and often, for low-level ...

The Internet of Things, a term once applied to almost any “smart” gadget connected to the Internet, is becoming more useful, more complex, and more of a security risk as the value of data continues to ...