Digital twins that calibrate themselves.

Monitors the robot, detects when the twin drifts, and shadow-validates a new calibration candidate. You approve before a signed profile activates.

Built for production floors

Keep industrial robot arms accurate without constant manual recalibration.

Auto-Calibrating Twins

Twins built from rigid-body dynamics. Candidates generate and validate on their own. You approve before anything deploys.

Online Drift Detection

Live robot data is compared to twin predictions in real time. Mismatch is caught as soon as it appears.

Edge-to-Cloud Pipeline

A local assurance runtime detects drift and elevates candidates on the edge. Cloud handles validation, signing, and fleet coordination.

Safety Assurance

Every profile is Ed25519-signed. Activation is atomic with instant rollback. Physics checks reject bad parameter changes before they go live.

Production-Grade Infrastructure

Built on GCP: Cloud Run, Cloud SQL, and Pub/Sub. Scales on demand. Deploys in minutes.

Three steps to calibrated robots

Connect the agent, commission in simulation, then keep the twin accurate with ongoing monitoring.

1

Connect your robot

Install the Calibrance edge agent. It reads kinematic data straight from the controller and works across robot brands.

2

Virtual commissioning

Calibrate the twin in physics simulation, validate against simulated ground truth, then transfer parameters. No risk to production equipment.

3

Monitor and recalibrate

Drift detection triggers a new candidate. The candidate is validated on held-out data, then presented as a signed profile for your approval.

What sets it apart

Simulation-first calibration, smart excitation, and a signed profile lifecycle.

Digital twins from rigid-body dynamics
Calibrate in simulation first

Smart excitation planning
Minimum activities for maximum identifiability

Shadow validation pipeline
Held-out data check before every deployment

Signed profile lifecycle
Cryptographic signing, atomic activation, instant rollback

Recalibration loop
Detect → recalibrate → validate → activate → monitor

Talk to the team

Questions about deployment, integration, or a pilot on your floor? Send a note and we will reply within 24 hours.

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Ready to stop guessing?

Connect your robot. Spot drift before it hits production.

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