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PCI™Patriot Circuits™Made Securely. In America.™
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Products

Three lines. The same record on each.

We build the components critical infrastructure runs on, here in America. Storage, flight controllers and onboard AI computers first, then laptops, uncrewed systems and whatever has to be trusted next.

Secure SSD · M.2 2280

Encrypted storage

A PCIe Gen4 x4 NVMe M.2 2280 SSD built around the Phison E18 controller and 3D TLC NAND. Up to 7,200 MB/s sequential reads and 6,850 MB/s writes, capacities from 500 GB to 8 TB, and AES-256 hardware encryption with TCG Opal 2.0, assembled and certified on our line. M.2 2230, U.2 and other form factors are built to order.

  • M.2 2280
  • PCIe Gen4 x4 · NVMe 1.4
  • 500 GB – 8 TB
  • AES-256 · TCG Opal 2.0
  • Gen4 speed. Up to 7,200 MB/s sequential read and 6,850 MB/s write, and up to 1 million random IOPS, on an eight-channel controller with DRAM cache.
  • 500 GB to 8 TB. Single-sided through 1 TB, double-sided from 2 TB, all in the same M.2 2280 slot.
  • Hardware encryption. AES-256 self-encryption in the controller, with TCG Opal 2.0 and Pyrite. The keys never leave the drive.
View encrypted storage

Universal autopilot · Pixhawk v6X standard

Flight controller

A universal autopilot built to the Pixhawk v6X standard: triple-redundant IMUs, a 480 MHz flight-management processor with a separate I/O coprocessor, Ethernet to the mission computer, and mainline ArduPilot and PX4 support. Built on our line, with firmware we compile, inspect and sign ourselves.

  • Pixhawk v6X standard
  • ArduPilot and PX4
  • Triple IMU
  • Ethernet
  • Triple-redundant sensing. Three IMUs, two barometers and a magnetometer, with the primary sensors vibration-isolated and heated.
  • Two processors, separated. A 480 MHz Cortex-M7 flight-management unit with double-precision floating point, plus an independent I/O coprocessor on its own bus and power.
  • Ethernet to the mission computer. A built-in 10/100 Ethernet port for high-speed links to onboard computers, mapping cameras and other payloads.
View flight controller

Edge AI mission computer

Onboard AI computer

An AI-focused onboard computer for uncrewed aircraft and vehicles. About 30 TOPS of inference on the base unit, with an expansion module for more, running Windows or Linux so your perception, navigation and mission software runs at the edge with no link home. Built and certified on our line.

  • About 30 TOPS AI
  • Expansion module
  • Windows · Linux
  • Edge inference
  • AI at the edge. About 30 TOPS of onboard inference for perception, navigation and autonomy, with no link home required.
  • Room to grow. An expansion module adds more TOPS when the mission needs it.
  • Runs what you run. Windows or Linux, so your software stack moves over.
View onboard ai computer

On every unit

Every unit ships with a Shield report.

How we certify
  1. Step 1InspectWe inspect the firmware on the board, so nothing runs that shouldn’t be there.
  2. Step 2TraceWe trace the chips and the board back to their source.
  3. Step 3HashWe hash the build and hold the record in our custody.
  4. Step 4CertifyA person on our team certifies the result and signs the Shield report.

What’s next

From components to whole systems.

After the three starting lines, we move into the systems and plants critical infrastructure depends on.

2027

  • Government computers
  • Radio & Wi-Fi comms modules
  • Uncrewed aircraft & ground systems

Future

  • Advanced robotics manufacturing
  • Energy & water treatment plants
  • AI & hyperscale data centers

Need it built here, with proof?

Tell us what you need to field. We’ll walk you through our lines and what each Shield report covers.

Request a briefingContact us