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- +News and Events
- News and Press Releases
- +Events and Webinars
- Upcoming Webinar
- FEINDEF 2025
- ADS Warrior Expo 2025
- Space Symposium 2025
- Navy League: Sea-Air-Space Exposition 2025
- GOMACTech 2025
- AFA Warfare Symposium 2025
- AFA Virtual Air, Space & Cyber Conference
- Enabling C5ISR Payloads at the Edge in Autonomous Platforms
- The Farnborough International Airshow
- AUSA Now
- Future Ground Combat Vehicles 2020
- International Armoured Vehicles
- AUSA Global Force Next
- GOMAC Technology Conference
- SOFIC Industry Conference
- IMS Microwave Symposium
- International Defense Industry Fair
- 58th Annual AOC International Symposium & Convention
- AFA Aerospace Warfare Symposium 2022
- Tri-Service Open Architecture Interoperability Demonstration
- Annual GOMACTech Conference
- Army Aviation Mission Solution Summit
- The Space Symposium
- The Special Operations Forces Industry Conference
- IEEE International Microwave Symposium
- Farnborough Air Show
- AFA Aerospace Warfare Symposium 2023
- Space & Missile Defense Symposium
- International Armored Vehicles USA
- AUSA Annual Meeting & Exposition
- AOC Lunch & Learn: How SOSA is propelling embedded military electronics into the future
- Deploying Rugged COTS Systems in Battlefield Environments
- U.S. Air Force - FACE™ and SOSA™ Technical Interchange Meeting (TIM) and Expo
- Webinar: Choosing the Right FPGA for your Application
- Webinar: How the SOSA Technical Standard Works with VITA Standards
- GOMACTech 2023
- Space Symposium 2023
- Quad A Summit 2023
- AFA Air, Space, & Cyber Conference 2023
- IMS 2023
- Paris Air Show 2023
- DSEI 2023
- MOSA Summit & Expo
- AUSA 2023 Annual Meeting: Live Streams and Presentations
- AOC 2023: International Symposium & Convention
- Space Symposium 2024
- Navy League: Sea-Air-Space 2024
- AAAA 2024 Annual Summit
- Enabling C5ISR Payloads at the Edge in Autonomous Platforms
- Enhance Multi-Domain Operation with GPU-Enabled Solutions
- Accelerate Time to Insight with NVIDIA Based Rugged Computing
- AI at the Tactical Edge: Protecting Machine Learning with Data Security
- AI at the Tactical Edge: Securing Machine Learning for Multi-Domain Operations
- Using NVIDIA-based Distributed Processing to Speed Mission-Critical AI at the Edge
- Exploring the advantages of chip-scale vs SMT integration for high-speed processing modules
- Webinar: Advantages and Trade Offs with Direct RF for Next Generation Embedded Systems
- AAAA Summit 2025
- DSEI UK 2025
- AFA: Air, Space, & Cyber Conference 2025
- AUSA 2025
- DSEI UK 2025
- AAAA Cribbins Futures Forum 2025
- AOC International Symposium 2025
- AWS 2026
- MOMACTech 2026
- Space Symposium
- AAAA Summit 2026
- Navy League SAS 2026
- IEEE Radar 2026
- FEINDEF 2026
- IMS 2026
- +Knowledge Center
- Content Library
- +Blog
- Mercury Systems Takes AI/ML EW Systems to Orbit
- Discussing EW trends and emerging capabilities
- Three reasons to optimize the edge with distributed disaggregation
- Not just for data centers: Big data storage for faster processing at the edge
- Semiconductors and the security of our nation
- Three reasons to connect with Mercury to engineer your system design
- Embrace the change
- Intercepted communications: Encryption standards for the defense edge
- Top four tips to avoid data bottlenecks in high-performance computing systems
- Bending the curve
- Durability begins with preparation
- The importance of evolving your brand: A Mercury case study
- The exponential power of Mercury
- CHIPS Series Part 3: Establishing a secure supply of defense chips
- Why SOSA® is driving the future course of embedded military electronics
- Trust is hard to earn, and easy to lose.
- A Q&A with Mercury CEO Bill Ballhaus
- Commercial technology and the space-based defense data chain
- Innovating loose couplers to support JADC2
- RDS and Future Vertical Lift: Putting a data center in the sky
- This is not a drill: Preparing for a severe cyber storm
- Official opening of Mercury’s trusted advanced microelectronics facility
- Top 10 Highlights of 2021
- Bring on the edge
- Enabling the Army to get higher performance and SWaP optimization in a smaller footprint
- Mercury the processing company
- CHIPS Series Part 2: Microelectronics and the future of defense platforms
- Taking commercial technology to new heights
- Why it matters
- Discover how Mercury is supporting integrated deterrence for the Special Operation Forces community
- Delivering RF signal processing solutions to the edge with MOSA
- Exploiting direct RF FPGAs for electronic warfare
- The Mercury Processing Platform
- A new brand a year later
- Packaged and ready to go: Mercury and our chip-level future
- Simplifying space payloads with microelectronics
- AI at the edge: Data to decision
- Big data on the modern battlefield
- Creating the next generation of mission computers
- That’s classified! The history and future of NSA Type 1 encryption
- Mercury at the 58th Annual AOC Symposium
- The criticality of DO-254 and DO-178C standards for future Army autonomous vehicles
- Partnering to Bend the Curve™: Advancing AI at the edge
- Solving security, integration and system performance challenges for today’s – and tomorrow’s – Air Force
- Distributed processing at the edge: Mercury talks RF at the 2022 International Microwave Symposium
- Defense is a collective commitment
- Digital transformation with MBSE is the key to rapid innovation
- One platform, many solutions – from silicon to systems
- RF Signal Acquisition Demo
- Raising the bar: Why cross-domain solutions are critical to data security
- Mercury Talks Custom Microelectronics at the 2022 GOMACTech conference
- Driving growth for microelectronics
- 5G: Architecting for the edge
- Mercury CEO Mark Aslett Discusses National Security Challenges and Opportunities on Defense One Radio
- Delivering processing innovation for the air and space domains
- Managing data securely in cross-domain solutions
- The intersection of high tech and defense – a scarce and critical resource
- Mercury CGO Christine Harbison on Defense One Radio
- Technology from data to decision
- The future of Microelectronics at Mercury
- Talking MOSA at the TSOA-ID: Remove the risk. Add the performance.
- Advancing the frontiers of space science: The James Webb Space Telescope and next-generation observatories
- Enabling a Trusted Domestic Microelectronics Ecosystem
- Hiding in plain sight: Our ability to detect surveillance crafts
- Quarterly new product announcements
- Meet the new 8257A SOSA aligned development system
- MBSE and the digital transformation of Mercury’s engineering ecosystem
- Developing and Adapting Mission-Critical Displays
- CHIPS Part 1: National security and the state of domestic chip manufacturing
- Evolving the model for defense acquisition
- The enduring importance of analog signal processing in defense
- How Mercury Systems and Intel Collaborate to Bring Artificial Intelligence to Defense
- Transforming for scale: A critical part of value creation
- Mercury talks MOSA live from the 2022 AAAA Summit
- Changing the RF and Spectrum Processing Industry
- Processing convergence: Advanced, agile defense electronics technology
- The Impact of the Pandemic on the Future of Work
- Are we ready for a flying car?
- Why Patience, Empathy and Kindness Are Important Attributes of Great Leadership
- A New Paradigm for Defense-Grade Advanced Microelectronics
- Can you trust your computer? Three ways your system may already be unsafe
- Expanding Capabilities for Signal and Electronic Intelligence
- JADC2: Accelerate decision-making in a complex theater of operation
- Bringing AI into the Defense Landscape
- Uniting for a cause: Run to Home Base
- Why Is Mercury Receiving So Many Awards for HPEEC?
- Military & Aerospace Electronics 2020 Innovators Awards
- Supporting a “common” interest in the future of microelectronics
- Accelerating AI at the Edge for Large-Scale Analytics
- Three Ways Mercury and SigmaX are Securing Machine Learning at the Edge with NVIDIA EGX
- JADC2 and the Internet of Military Things
- The Importance of AI in the Aerospace and Defense Industry
- Follow-Up Q&As : Open Architectures and Enduring Competitiveness
- Mercury and Intel are Making Mobile Platforms Smarter with Artificial Intelligence for Complex Missions
- The digital twin: delivering real results via virtual technology
- Modern Processing Approaches for JADC2
- The world is changing and so are we
- Seeing the unseen: How synthetic aperture radar is revolutionizing space and military operations
- Monty Python and the Search for the TAC-3290
- Electromagnetic spectrum superiority in modern defense
- Bold. Human. Accessible: Our Journey into 2021
- Mitigating Risk With IPC-1791 Qualified Manufacturers Certification
- Taking the Black Magic Out of RF Down Conversion
- Strengthening cybersecurity at the edge: Intel and Mercury talk multilayered security
- Bringing custom capabilities to a standard radar environment simulator: Meet the ARES3100
- I’ll take my data center to go, please: Celebrating 10 years of deployable data center performance
- Women leaders at Mercury: Cultivating hope. Building confidence. Raising optimism.
- Five things to ask before buying a server cluster for edge computing
- Empowering female leadership: A conversation with Mercury’s CMO, Stephanie Georges, and SVP Dr. Amela Wilson about resilience and authenticity
- Mercury is helping close the gender gap by supporting women in STEM
- A closer look: Mercury is a case study for business continuity during COVID-19
- Reflecting on the power of our Mercury women
- How disruption to the “office” paradigm is bringing business closer to authenticity
- What The Speed of Mercury means to me
- Bringing defense into a digital future at The Speed of Mercury
- An agile approach to bring trusted solutions to the defense industry
- Acquired by Mercury: One employee’s view
- Supporting growth and scale through full-funnel digital marketing
- Meet the newly released JTS0100—a turnkey, portable and ruggedized jammer training system
- Develop once, deploy anywhere: Introducing Rappid
- DAL-certifiable computing for future avionics
- Innovating past the need for compromise for your embedded computing
- Delivering high-quality and highly reliable memory products through industry partnerships
- Shaping what’s next: 40 years of innovation
- Ready for take-off? Let’s set your electronics to airplane mode.
- Award-winning technologies for 2021 from Mercury
- Get some quarters, we’re going to the arcade.
- How to address trust and security when your electronics are 1,200 miles away
- Microelectronics Powering the New Space Economy
- Building strategic relationships to make commercial technology profoundly more accessible
- PEMs in space
- Videos
Our unique culture is the foundation of our success
Our purpose is Innovation that matters®. To fulfill that purpose, we live our shared values, develop adaptive, unconstrained, and customer-focused mindsets, and demonstrate the resulting behaviors.
WHY MERCURY
Our Values
Integrity: We foster an open work environment, promote strong and resilient teams, make deliberate and thoughtful decisions, and build and maintain trust.
Authenticity: Our transparency, honesty, and consistency differentiate us in our industry and connect us with our customers on a deeper level.
Excellence in all we do: We align around our strategic tenets and understand how our work impacts those we serve.
WHY MERCURY
Our Culture
We are customer focused.
We empower and value integrated teams.
We are unconstrained in our thinking.
We are adaptive so we can build what’s next.
WHY MERCURY
Our Strategic Tenets
Innovate and advance our processing platform, leveraging our unique positioning at the intersection of high tech and A&D through high-performing teams.
Expand our mission impact by maximizing our Mercury Processing Platform technologies.
Deliver uncompromising performance as an integrated team for all of our stakeholders.
WHY MERCURY
Join Us
Build technologies the world has never seen before
Contact us to discover what's possible at the edge