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    Mission-ready hardware / v1

    Arc-Edge v1

    One flight board.
    Every mission link.

    A carrier board and full communications PACE stack delivered as one swap-and-play edge system—with autonomy software, mission models, and program-selected radio interfaces already loaded for the validated configuration.

    Inspect the architecture
    140+
    TOPS standard compute
    <20 ms*
    Selected model benchmark
    03
    Universal radio slots
    20+
    Native camera support

    * Selected model-and-hardware benchmark; end-to-end mission latency varies by configuration and workload.

    Hardware architecture / adaptable pathways

    The mission stack stays put.
    The interfaces change.

    Arc-Edge v1 separates compute, acceleration, sensors, vehicle control, and communications into replaceable capability blocks. Programs can change an airframe, autopilot, or link plan without rebuilding the autonomy runtime from zero.

    Arc-Edge v1 / operational flowOperational flow model
    1. 01

      Sense

      Camera and mission payload ingress

    2. 02

      Compute

      Local perception and mission reasoning

    3. 03

      Control

      MAVLink vehicle integration

    4. 04

      Connect

      Program-selected PACE bearers

    5. 05

      Coordinate

      Tracks, tasking, and swarm state

    Interfaces / modes
    Validated program radioMeshLTE / 5GSATCOM
    Operational result
    One carrier architecture / multiple mission loadouts

    Configuration note / Installed compute, radios, environmental hardening, and interfaces are configured for the target platform and program.

    Flight-optimized architecture

    Swap the link.
    Keep the stack.

    Arc-Edge v1 separates mission capability from airframe lock-in. Socketed compute, an upgradable accelerator, and three universal radio slots support a full communications PACE plan across program-selected radio, mesh, LTE/5G, and SATCOM integration options.

    Arc-Edge v1 / logical board mapModular by design
    Sensor ingress

    20+ cameras

    Native video and sensor pipelines for mission perception.

    Vehicle bus

    MAVLink

    PX4 and ArduPilot integrations, extensible to other MAVLink-based autopilots through adapter validation.

    Flight carrier / Base board

    Arc-Edge v1 core

    Socket 01 / Compute
    Arc-Cortex
    140+ TOPS standard
    Socket 02 / Accelerator
    Mission AI
    Socketed / upgradable
    Universal slot A
    Mission radio
    Universal slot B
    Mission radio
    Universal slot C
    Mission radio
    Decision loop

    Sub-20 ms*

    Selected onboard model-and-hardware benchmark; end-to-end decision latency varies by workload and configuration.

    PACE egress

    Path aware

    Program-selected radio, mesh, LTE/5G, and SATCOM paths by validated configuration.

    Delivered mission-ready

    Hardware is only
    the starting point.

    Arc-Edge v1 arrives as an integrated capability block. The selected compute and full communications PACE hardware are paired with the operating stack, mission models, and validated vehicle interfaces needed for the target airframe.

    01

    Arc autonomy runtime and mission orchestration

    02

    Mission model library and edge inference pipelines

    03

    Full communications PACE policies and profiles for the selected loadout

    04

    MAVLink interfaces for the target autopilot

    Configuration matrix

    One base board.
    Six field loadouts.

    Select the compute and communications package around the mission. Full communications PACE tiers retain the same carrier architecture and software foundation while integrating program-selected radio, mesh, LTE/5G, and SATCOM pathways.

    Arc-Edge v1 hardware and communications configurations; no pricing shown.
    ConfigurationComputeMesh / primary linkAdditional paths / slotsMission role
    T1Command Core (Dev)Arc-CortexWFB / program-radio developmentThree open slots for adapter validationDevelopment and hardware-in-the-loop baseline
    LiteArc-LiteJetson Orin NanoMicrohard integration optionLTE / 5G integration optionSWaP-conscious edge autonomy on the same PCB
    T2PACE BaseArc-CortexMicrohard / selected mesh optionLTE / 5G + SATCOM integration optionsBaseline multi-path communications
    T3PACE DoodleArc-CortexDoodle Labs Defense Helix optionLTE / 5G + SATCOM integration optionsHelix-based tactical mesh loadout
    T4PACE SilvusArc-CortexSilvus LC5200 OEM optionLTE / 5G + SATCOM integration optionsSilvus-based tactical mesh loadout
    T5Swarm CommandArc-CortexLC5200 + Microhard integration optionLTE / 5G + SATCOM integration optionsDual-mesh command and qualified swarm backbone

    Configuration is mission-dependent. Radios, mesh, LTE/5G, SATCOM, bearer transitions, and airframe interfaces require hardware- and program-specific validation.

    Protected hardware

    Built for the airframe

    TPM 2.0, conformal coating, and vibration isolation protect the mission stack in flight.

    Field-serviceable design

    Socketed, not stranded

    Compute, AI acceleration, and radios remain modular so the capability can evolve without a new carrier board.

    Autopilot integration

    Bring the flight stack

    PX4 and ArduPilot are integrated; other MAVLink-based autopilots extend through an adapter that is validated on the target aircraft.

    Carrier board / full communications PACE / autonomy

    Configure the edge for your airframe.

    Program office / contact

    Put Arc
    on the mission.

    Defense inquiries

    [email protected]

    Partnerships & commercial

    [email protected]

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