One mission. Four domains.

Modern conflict is multi-domain. Decisions made in one operational environment depend on data captured in another, and the platforms that carry that data must survive wherever the mission takes them.

Capture

High-speed data acquisition and playback across every mission-critical sensor, bus and signal.

Rugged recorders and acquisition units engineered to capture the data the warfighter needs, wherever the mission takes them.


Process and store

Mission computers, routers and secure high-density storage that move and protect data at the speed of decision.

Encrypted, certified and engineered on open standards so critical information is available when and where it’s needed.


Display and control

Rugged displays and peripherals from 5 inches to 43 inches, engineered for the cockpit, the bridge and the battlefield.

Integrated sensor and mission systems that put clear, actionable information in the hands of the warfighter.

Platforms supported

Battle-tested across the connected ground force.

  • Combat vehicles (APC, IFV, MRAP)
  • Command and control platforms
  • ISR systems
  • Autonomous ground vehicles
  • Mobile command posts

Standards and interoperability

Compatible with the military vehicle standards that enable technology refresh without wholesale replacement.

  • VICTORY
  • GVA and GCIA
  • CMOSS
  • MIL-STD-810 environmental
  • MIL-STD-461 EMI

Built for extreme conditions

Engineered to withstand the full range of battlefield environments.

  • Desert heat to arctic cold
  • Shock and vibration from off-road mobility
  • Weapons-fire stress
  • Full electromagnetic battlespace
  • Low Size, Weight and Power (SWaP)

Seafaring applications

Every stage of the data collection lifecycle for maritime operations.

  • Sonar recording, processing and playback
  • Shipboard command and control visualization
  • Enhanced situational awareness
  • Fire control systems

Proven platforms

Deployed across the U.S. Navy’s surface, subsurface and unmanned fleets.

  • Aircraft carriers and submarines
  • Destroyers, frigates and cruisers
  • Amphibious and littoral combat ships
  • Mine countermeasures and patrol vessels
  • Unmanned underwater vehicles (UUVs) and unmanned surface vehicles (USVs)

Engineered for the sea

Built to confront the unique challenges of maritime operation.

  • High salinity and humidity
  • Extreme temperature fluctuations
  • Shock and vibration from sea states
  • Underwater pressure for subsurface use
  • Dense shipboard EMI

Airborne applications

The complete data continuum, engineered for flight.

  • High-speed data acquisition and playback
  • Data processing and routing
  • Secure, high-density data storage
  • Rugged data displays and peripherals

Certified features

Secure by design and certified to fly.

  • Removable storage for short ground times
  • Up to 13 Gigabit Ethernet interfaces
  • Common Criteria and CSfC approved encryption
  • FIPS 140 approved hardware
  • AS9100D certified design and manufacturing

Platforms supported

Deployed on dozens of military platforms, fixed and rotary wing.

  • Fighter and attack aircraft
  • Transport, cargo and bomber aircraft
  • Rotary-wing aircraft
  • Special operations aircraft
  • Unmanned aerial systems (UAS)

Space-based applications

Open-standard, space-grade systems for the contested domain.

  • High-speed data acquisition and playback
  • Data processing and routing
  • Secure, high-density data storage
  • Integrated sensor systems

Ecosystem coverage

Applications across every phase of the space mission.

  • Space vehicle avionics
  • Atmospheric and orbital spacecraft
  • Satellite networks and ground support
  • Space launch vehicle systems
  • Communications and observatory platforms

Engineered for orbit

Designed to endure the extremes of the space environment.

  • Extreme temperature fluctuations
  • Radiation exposure
  • Vacuum and zero-gravity conditions
  • Launch vibration and acoustic stress
  • Long-duration reliability requirements