William Conley, the chief technology officer of Mercury Systems, has said he aims to continue growing his office as it works to assess and identify vulnerabilities in the company's businesses.

Mercury Systems has unveiled an electronic system offering that features customizable elements to support technologies used in electronic warfare, radar and 5G network applications.

Mercury Systems has been granted a U.S. patent for a method to avoid cyberattacks on electronic control units and other systems that use a controller area network.

Mercury Systems has begun to produce small-form-factor memory devices that are designed for mission computing and sensor processing systems.

Mercury Systems has launched a graphics processing unit engine based on NVIDIA's Turing microarchitecture intended for supercomputers supporting defense and aerospace applications.

Mercury Systems has unveiled a new ultra-wideband electronic warfare tool that complies with modern standards of the sensor open systems architecture.

Mercury Systems has unveiled a data storage module that will work to allow the integration of mission updates at a rapid pace.

Mercury Systems has unveiled a new digital transceiver intended to receive and send signals across multiple channels.

Mercury Systems has entered into an agreement with Hewlett Packard Enterprise to incorporate parts from the latter's ProLiant server offering into Mercury's new rugged rackmount server technology.

Mercury Systems has unveiled a new switch fabric module technology designed to help customers build defense-tailored data center architectures.

Raytheon has tapped Mercury Systems to deliver signal processing and radio frequency systems that will support the development of the U.S. Army“™s Lower Tier Air and Missile Defense Sensor.

Mercury Systems has released a series of rugged rack-mount server units that will work to deliver optimized computing functions for defense, aerospace and mission applications.