How LEO Satellites Are About to Change Fleet Management
The satellite industry is pivoting to support connected vehicles. Low Earth Orbit constellations promise to solve persistent fleet management headaches like coverage gaps and data latency.
Category: IoT
AI-Powered Digital Signage Is Here. Is It Actually Useful?
A new platform aims to solve the headaches of managing digital signage. VigitSIGN uses a hybrid cloud-and-edge system powered by Intel to deliver dynamic, personalized content. The goal is to move beyond static screens to something that actually engages customers.
TeleCANesis Aims to Tame Embedded Chaos with New QNX Toolkit
TeleCANesis has launched an embedded connectivity environment built on the QNX OS. It uses automated code generation to link diverse hardware and protocols, targeting complex systems in industrial, medical, and mobility applications.
Botnet Exploited AWS Outage to Hit 28 Countries
A Mirai-based botnet named ShadowV2 took advantage of last October’s AWS outage to infect IoT devices across 28 countries. The malware targeted multiple industries including technology, retail, and government sectors. Security researchers believe this was likely a “test run” for future attacks.
Why Your Power Grid Might Get More Reliable Soon
Major Midwest utility Evergy is rolling out Kigen’s secure eSIM OS and eIM solution across its grid infrastructure. The move aims to strengthen reliability through dynamic provisioning and automated network failover. This could set a new standard for how utilities manage connectivity at scale.
IoT Devices Set to Explode to 39 Billion by 2030
The number of connected IoT devices is projected to reach 39 billion by 2030, according to CRN’s latest analysis. This represents massive growth opportunities in 5G and edge computing services as cellular connectivity demand surges.
How Devices Actually “Think” – The Embedded Database Secret
Embedded devices “think” by managing data much like humans process information – through sensory input, working memory, and long-term storage. The key difference comes down to whether they’re using microcontrollers or microprocessors, each with radically different capabilities. This determines every