ANDOVER, Massachusetts. Mercury Systems won a multi-year, cost-plus-fixed-fee development contract to create a multi-mission, multi-domain subsystem for a U.S. defense prime contractor, the company announced in a statement.

WASHINGTON, D.C. Mercury Systems is highlighting a portfolio of secure computing solutions aligned with the Sensor Open Systems Architecture, or SOSA, Technical Standard at the 2025 Association of the United States Army (AUSA) Annual Meeting.

Maintaining technological superiority requires rapid adoption of new commercial technology. System-on-module (SoM)-based designs can address the industry’s critical need for quickly deploying technology to keep pace with evolving requirements and adversarial advancements. SoM architecture can foster faster development, greater adaptability, and cost efficiency.

ANDOVER, Massachusetts. Mercury Systems signed a new production agreement with AeroVironment (AV) to supply hardware for the U.S. Space Force’s Satellite Communication Augmentation Resource (SCAR) program, the company announced in a statement.

ANDOVER, Massachusetts. Mercury Systems completed its acquisition of Star Lab, a provider of anti-tamper and cybersecurity software for mission-critical aerospace and defense systems, the company announced in a statement.

SEA-AIR-SPACE 2025--NATIONAL HARBOR, Md. Mercury Systems will highlight its Mercury Processing Platform -- a group of tools that delivers delivers signal, compute, and data management technologies at the edge to support maritime defense and security -- at the upcoming Sea-Air-Space Conference & Exhibition, set to be held April 6-9 in National Harbor, Maryland. 

Mixed-signal devices have seen an increase in popularity as design techniques and process technologies continue to advance. However, end users still find themselves forced to make difficult trade-offs between bandwidth, dynamic range, and power and then must be committed to their decisions for the lifetime of the device. Next-generation modular RFSiP [radio frequency system-in-package] designs will introduce a new degree of freedom to address diverse signal-processing applications.