Orbital AI Start a pilot
OPERATIONAL LAYER FOR PHYSICAL AI ANY OEM · ROS2 · GRPC · REST

Every robot sees its world. Orbital sees the operation.

Orbital watches every robot, person and environment on the floor, turns what happens into structured memory, and makes each new deployment smarter than the last.

FLEET VIEW · SITE 01 OVERHEAD
DOCK KEEP-OUT R-03 R-01R-02R-04R-05
RECOVERY EVENT → Experience Memory

R-03 re-routed around a keep-out zone

CONTEXT
Aisle 3 blocked by staged pallets
GROUND TRUTH
Two cameras confirmed the new path
OUTCOME
Task completed on alternate route
LESSON
Prefer aisle 4 while the dock is staged

40+

OEMs shipping commercial robots today

$38B

Projected humanoid robotics market by 2035

1M+

Humanoids projected in commercial deployment, 2027 horizon

0

Dedicated deployment-intelligence platforms in market

THE MISSING LAYER

Deployments reset. Orbital makes them compound.

Teams generate thousands of recovery events, adaptations and outcomes every day. Almost all of it is thrown away, and every new site starts from zero.

WITHOUT ORBITAL

Raw logs exist, but there is no structured memory.

Robots report on themselves, with nothing to check them against.

Every new site relearns what the last one already knew.

WITH ORBITAL

Context is captured alongside every event.

Cameras verify what actually happened on the floor.

Lessons carry across sites, so the whole fleet learns.

EVERY EVENT BECOMES AN EXPERIENCE MEMORY MODULE

  1. 01ContextWhat was happening before
  2. 02Ground truthWhat the cameras saw
  3. 03OutcomeWhat worked, what didn't
  4. 04LessonStructured and reusable
  5. 05ConfidenceTrust that compounds

THE INTELLIGENCE STACK

What happened. Why. What next.

Three layers that turn raw robot activity into memory the whole fleet can use.

01 · WHAT HAPPENED

Reality Engine

Fuses live camera feeds with robot telemetry into verified ground truth: what the floor showed, not just what the robot reported.

02 · WHY IT HAPPENED

ARIA

Reads the fused stream for behavior: what triggered the event, what the robot decided, and what that decision produced.

03 · WHAT TO DO NEXT

Experience Memory

Packages each verified event as a queryable EMM. Every deployment adds to the fabric, so recommendations sharpen across the fleet.

Real-time telemetry

Pose, sensors, motor load, battery and thermal on a 2-second heartbeat.

Scope and safety governance

Every command checked against per-OEM scopes. E-Stop, safety halt, keep-out and slow zones.

Visual navigation

Drop a waypoint on the map; ARIA's cameras guide the robot when onboard SLAM drifts.

Multi-OEM control plane

ROS2, gRPC and cloud REST fleets, commanded from one surface.

DIGITAL NET · OUR OWN SENSING HARDWARE

We don't borrow our eyes. We build them.

8–16 synchronized cameras put a 3-D net around a deployed robot and measure its real work from the outside, the same way for every OEM.

ROBOT UNDER TEST
8–16 SENSOR POSITIONSRGB · DEPTH · IRIEEE 1588 SYNCAPRILTAG / CHARUCO

3-D pose and trajectory

Body and arm motion, compared with what the robot reports about itself.

Object interaction

Grasp, placement, cycle time and success rate, measured externally.

Golden Run analytics

Record one good run. Every later run is checked against it and becomes labelled training data.

Read the setup guide →

THE 14-DAY PILOT

14 days. Real robots. Ground truth.

We connect to your fleet, observe one operational cycle, and hand back a brief your team can act on. No professional services required.

  1. 01

    Connect the fleet

    Onboard through the API wizard over ROS2, gRPC or REST, granting only the scopes you choose.

  2. 02

    Observe everything

    Fleet status, mission sequences, drift alerts and camera-verified ground truth in one dashboard.

  3. 03

    Control and learn

    Issue commands, set waypoints, review EMMs. Every action feeds the memory fabric.

YOU WALK AWAY WITH

DEPLOYMENT REVIEW PILOT SCOPE EXECUTIVE BRIEF

Scope your pilot

Tell us about your fleet. We'll come back with a pilot plan.