ENGINEERING WHAT'S NEXT IN AEROSPACE AND DEFENSE
Our Advanced Concepts Group brings experts in early, so we know what’s possible and what isn’t, before missions even ask.
WHAT’S NEW
LEARN HOW MERCURY IS DRIVING INNOVATION
Blog
Unlocking the Next Era of RF Innovation: Wideband Sensing Meets AI
Wideband sensing fused with edge‑driven AI is unlocking a new era of RF dominance, empowering systems to see more, decide faster, and act smarter through breakthrough multichip modules like Mercury’s RFS1140.
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White Paper
Protecting Drones In the Event of Compromise or Capture
Advanced drone security requires an autonomous, zero‑trust architecture that assumes inevitable hardware capture and uses built‑in isolation, encryption, rapid data erasure, and anti‑tamper measures to ensure compromised unmanned systems reveal no sensitive information.
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Blog
Accelerating DoW Mission Security with Hands‑On Cyber Hardening
Mercury strengthened a key DoW program’s mission security by delivering hands‑on cyber hardening, first‑of‑its‑kind penetration testing, and compliance support that accelerated ATO timelines and enhanced the resilience of critical military systems against evolving threats.
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Blog
How Onboard AI and ML are Revolutionizing Space-Based Electronic Warfare
On-orbit artificial intelligence and machine learning (AI/ML) processing is discussed as crucial for enabling next-generation space missions. AI-enabled systems could be used for applications such as jamming detection and autonomous threat responses.
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Blog
Mercury’s RH304T: Rethinking Spaceborne Data Storage for a New Era of Satellite Technology
Modern satellite sensors generate more data than legacy hardware can handle, but space is a hardware killer. This article explains how radiation-tolerant SSDs provide the TB-scale capacity and error correction needed to prevent data loss in extreme orbital environments.
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Blog
Protect the gatekeeper: The need for tamper-resilient CDS
Designed as an interface between security domains, cross-domain solutions (CDSs) play a critical role in protecting the transfer or sharing of data between classified information networks.
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Blog
Managing data securely in cross-domain solutions
At its core, the main purpose of a cross-domain solution (CDS) is to enable the sharing and transferring of data between differing security classification domains. But because not all data on classified networks needs to be — or can be — shared between devices, a CDS must also adhere to and include a number of secure data management tools and practices to ensure and limit the safe transfer of information to only where it is needed.
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Blog
Raising the bar: Why cross-domain solutions are critical to data security
Within industry, military, government and other sensitive systems, data is often shared across networks with different security requirements. To properly ensure the confidentiality and integrity of this information and to prevent data spills and classified network attacks, it is critical to rely on the protection provided by what is known as cross-domain solutions.
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Press Release
Mercury Partners with Palantir to Enhance Factory Automation and Accelerate Production Timelines
Mercury and Palantir entered a strategic agreement to enhance the automation of material planning and factory operations to accelerate the delivery of processing technologies for U.S. military programs in support of the U.S. Department of War.
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MERCURY PROCESSING PLATFORM
NEW & FEATURED PRODUCTS
RFS1140 Direct RF Multi-Chip Module with AMD Versal™
The RFS1140 is the first multi-chip module to integrate AMD Versal AI Core SoC processing with Jariet Technologies high-speed data conversion.
DRF4580L Small Form Factor Direct RF Subsystem
The rugged DRF4580L module uses an Intel Agilex 9 FPGA alongside four 64 GSPS data converters, 16 GB DDR4, and 100 GigE ports to accelerate radar, EW, and edge processing.
6U SpaceVPX Processing Board with AMD Versal™
The SCFE6933 rad-tolerant COTS processing board integrates an AMD Versal™ AI Core adaptive SoC to deliver faster, high-throughput sensor data processing in orbital environments.
Simplify System Design with Broadband MMIC Devices
Mercury broadband MMIC components streamline complex RF architectures by delivering multi-octave performance in highly integrated, SWaP-optimized packages designed for rugged defense environments.