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GGOS · the operating system for autonomous hardware

The operating system for autonomous hardware.

Give any machine a job. It does it on its own — and proves it did.

Enroll any device, bind it to a mission, and it observes the world, runs AI on the edge, and acts. Mission Control governs comms, OTA and command across the fleet, wherever it is deployed.

See it in the thesis Talk to us

Mission Edge · the device runtime

The body of a mission.

Mission Edge is the GGOS node — flight-grade compute that runs the apps you deploy, perceives and acts on its own at the edge, pulls telemetry, and signs every observation as tamper-evident evidence. Bring your own Android or Linux device, or build on our reference hardware.

Drives

LED billboardsnon-smart TVsretail screensdronescamerasIIoTroboticsyour own
Compute
Android 13 / Linux · ARM64 · on-device NPU
Security
mTLS · secure boot · signed OTA
Proof
Signed, tamper-evident evidence
Mission Edge — the sealed GGOS device and its exploded compute stack

Software-first · hardware-agnostic

Bring your own hardware. Install GGOS.

The reference stack is the fast path, not the only one. GGOS deploys on any Android or Linux computer — we don’t support “a drone”, we support the machine inside it. Mission Edge binds to the cameras, sensors, screens and vehicles you already run, talking to external hardware over standard I/O. Same contract, same mission, your hardware.

AndroidruntimeorLinuxruntime+on-device ML+mTLS=GGOS nodeon a mission
Supported out of the box

If it runs Android or Linux and can execute a model on-device, GGOS turns it into a mission node — and drives the hardware around it. The contract is the spec; this is the surface it reaches.

NVIDIARaspberry PiQualcommMediaTekArmIntelAMDAndroidLinuxSamsungBoschSiemensNVIDIARaspberry PiQualcommMediaTekArmIntelAMDAndroidLinuxSamsungBoschSiemens

Runs on

Android phones & tabletsAndroid TV & media playersKiosks & POS terminalsRaspberry Pi & Compute ModuleNVIDIA Jetson · Nano / Orin / AGXRockchip · Amlogic · MediaTek · Qualcomm SBCsx86-64 mini-PC · NUC · industrial PCEdge & rack serversIndustrial gateways & controllers

Drives & reads

LED billboards & video wallsTVs & commercial displaysDOOH & retail screensIP / USB / CSI camerasCCTV & NVR feedsThermal / IR imagersLiDAR · radar · depthGNSS / IMUDrones & UAVsGround robots & AMRsRobotic arms & actuatorsVehicles · OBD / CANIIoT sensors & PLCs · Modbus / OPC-UAGPIO · I²C · SPI · serial

Connects over

Wi-Fi4G / 5G LTEGigabit EthernetBLELoRaSatellite backhaul
Missionthe unit of workEnrolladd any deviceBriefgive it contextObserveit watchesActit does the jobProvesigned receipt

The primitive

A mission binds hardware to a job in the world.

Everything in GGOS is organized around the mission — a use-case-specific deployment with an objective, the hardware it runs on, the models it executes, a comms policy, and the evidence it must produce. Operators supervise many from one place; each device knows what it is for.

Mission Control · the control plane

One console, the whole fleet.

Enroll any device over mTLS, ship apps and missions OTA, command the fleet and stream its telemetry back — multi-tenant, on Android or Linux, wherever each node runs.

Enroll
Any device, over mTLS
Deploy
Apps & missions, OTA
Command
Governed C2, risk-tiered
Observe
Live telemetry & snapshots
Govern
Multi-tenant · RBAC
Prove
Signed, tamper-evident
Mission ControlTHE CONTROL PLANEMission EdgeRUNS · SIGNSMission EdgeRUNS · SIGNSMission EdgeRUNS · SIGNSLED · screensCameras · IoTDrones · robotscommands down · signed evidence up

Use case · autonomous out-of-home

Every screen in the city, turned into your channel.

A brand wants reach — the right audience, in the right neighbourhoods, with proof it landed. The screens already exist: thousands of billboards, transit panels and retail displays, owned by dozens of operators, running dumb playlists blind to who’s in front of them.

GGOS makes that fragmented, third-party inventory behave like one programmable, provable medium — the campaign becomes a mission.

Mission objective

Maximum reach to the most likely audience neighbourhoods — and proof it landed.

SIGNED PLAYtarget neighbourhoodlive screenidle inventory
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
An out-of-home screen running a GGOS mission
on GGOS
  1. 01

    Target

    where the audience is

    GGOS models where the brand’s most likely audience lives, works and moves — neighbourhood by neighbourhood — and ranks the screens, dayparts and moments that will actually reach them.

  2. 02

    Bind

    any screen, any owner

    Every panel becomes a Mission Edge node regardless of who owns it or who built it — billboards, transit DOOH, retail displays — enrolled over standard I/O into one governed network.

  3. 03

    Adapt

    at the glass

    On-device vision confirms the real audience in front of each screen — anonymised, nothing stored — and plays the creative that fits the moment, frame-accurate, even with the network down.

  4. 04

    Prove

    every impression

    Each play is signed at the edge into tamper-evident evidence — who it reached, where and when — so the brand can verify its spend moved, not just trust a dashboard.

One operating system turns a fragmented, third-party out-of-home market into a single audience-driven, provable medium — same mission loop, same signed evidence as every other GGOS deployment. The screen is just the hardware this mission drives.

Brand-safe · anonymised, no PII · runs on inventory the brand doesn’t own

The GGOS stack

What the operating system is made of.

A control plane in the cloud, a runtime on every device, and a signed record between them. Commands and code descend; telemetry and proof rise. That’s the whole of GGOS — the same stack under every mission.

↓ apps · commands · OTA descend↑ telemetry · signed evidence rise

Control plane · cloud

Mission Control

Enroll any device over mTLS, ship apps and missions, command the fleet and stream its telemetry back — multi-tenant, wherever each node runs.

Mission Edge · the node

1
Apps & missionsWhat you deploy to the node — delivered and updated OTA
2
Perception & autonomyOn-device AI that senses, decides and acts at the edge
3
EvidenceEvery observation signed into tamper-evident proof
4
Runtime · Android / LinuxThe GGOS runtime on any ARM64 or x86 device

Drives

Any hardware

Screens, cameras, drones, robots and IIoT — bound over standard I/O, whoever owns or built them.

See how GGOS composes with Saṃsāra
multi-tenant fleettelemetrystaged OTA & rollbackAWS IoT Core

Observe · Act · Verify

Put any device on a mission — witnessed, and proven.

Enter the thesis Explore the platform