BIS infotech

From intelligent doorbells to intelligent voice assistants and even application-controlled lights, we have intelligent televisions, intelligent washing machines, and vacuum cleaners that work on their own. They are commonly referred to as the Internet of Things (IoT). However, beneath all the flashy design and touch screens is the harsh reality that most devices are designed with convenience and cheapness in mind, but not safety.

Everyone knows that feeling of sheer despair when your phone falls out of your pocket and lands on the pavement, or your trusted laptop battery just refuses to keep a charge. Previously, dealing with such problems either cost an arm and a leg or was simply unfeasible, leaving many people no choice but to discard their perfectly functional electronics. However, the current worldwide right-to-repair movement has turned things upside down.

For industrial operations and enterprise networks, sending every byte of sensor data to remote servers has become too slow, costly, and vulnerable. Deploying on-device artificial intelligence directly at the machine level solves these critical operational bottlenecks.

The GlobalFoundries Corporation (GF) has completed the takeover of the integrated voltage regulator (IVR) business from Photeon Technologies of Austria. The takeover, which was completed in July 2026, is happening alongside the quarterly report on the earnings of GF. The takeover will see the integration of the IVR technology, skills, and research of Photeon into the GF portfolio. Details about the financial terms of the acquisition have not been disclosed.

Redwire Corporation is an enterprise that deals in aerospace and defense technology solutions, and it has recently made a strategic move that has been geared towards investing in the next generation of phased array antenna technology. This will be done through creating faster, more reliable, and scalable data networks in space to aid in global military communications.This move by Redwire is putting them in the center of a rapidly growing market.

Image Credits: EDN The Aratas America has come up with its new generation G3VH series of SiC MOSFET relays, which have been tailored to cater to the high voltage switching needs. The series has been built with an intention of meeting tough environmental conditions by providing an effective solution that will enable the reduction of power loss and thermal energy emission when handling high voltage loads.

GCT Semiconductor Holding has made a new agreement regarding licensing and partnership with a large infrastructure supplier focused on IoT technologies and utilities. This cooperation will help fasten the development of the advanced communication and control systems for Unmanned Aerial Vehicles (UAVs). Taking into account the history of joint cooperation between two companies, they will manage to provide high-quality wireless connectivity in field conditions.

Mini-Circuits has launched a new generation of high frequency components including two new power amplifiers with GaN-on-SiC transistors. New devices such as GNA-63-5W+ and GNA-252-5W+ are specifically developed for demanding applications within the sphere of defense, aerospace, telecommunications, and precise testing providing high output power, efficiency and clear signal in a wide range of frequencies.

Dr. Ashish Chandra, Founder & CEO, GFF AI Enterprises across the globe have invested aggressively in cloud infrastructure, foundation models, and screen-level copilots. Yet, despite significant digital outlays, most organizations find themselves caught in a recurring bottleneck: AI adoption remains trapped in disconnected proof-of-concepts rather than operating as an integrated capability. The core issue is rarely a shortage of AI models, but an acute deficit in enterprise architecture.

General Atomics Aeronautical Systems, Inc. (GA-ASI) [1] and Fujitsu Limited (Fujitsu) [2] announced that they have signed a Memorandum of Understanding (MOU) regarding the establishment of maintenance and operational support capabilities for Unmanned Aircraft Systems (UAS) in Japan as well as their commitment to future technical collaboration.