Sim-native
Humanoids
Whole-body control, bimanual manipulation, and locomotion validated across terrains and payloads.
Solutions
Certification, tailored to your robots and teams.
Whether you build humanoids, industrial arms, or mobile fleets, Certisto gives every team a shared, auditable answer to "is it ready?"
By robot type
A certification path for every morphology.
High-volume
Industrial arms
Pick, place, assembly, and bin-picking certified at line speed with contact-rich physics.
Fleet-scale
Mobile robots (AMRs)
Navigation, docking, and dynamic obstacle avoidance in faithful warehouse twins.
Field
Autonomous machines
Off-highway, agricultural, and construction autonomy in unstructured environments.
By team
One platform, three jobs to be done.
ML & Robotics
Close the sim-to-real gap and ship policies faster with GPU-scale validation.
- Parallel RL evaluation
- Regression tracking
- API & CLI in CI
Safety & Compliance
Produce auditable deployment evidence for internal and external review.
- Signed certificates
- Approval workflows
- Evidence Vault
Leadership
Turn go/no-go debates into a defensible number the whole company trusts.
- Readiness dashboards
- Deployment envelopes
- Fleet reporting
A day with Certisto
Fits the way robotics teams already work.
- Push a policy — a certificate build kicks off automatically
- Review failure modes surfaced by the scenario miner
- Gate the release on a minimum readiness score in CI
- Ship with a certified operating envelope attached
- Watch field conformance from the edge runtime dashboard
certi validate
$ certi validate policy@v14 \
--twin warehouse-sf \
--gate readiness>=90
▸ 50,000 trials on 512 GPUs
▸ readiness 94.2 (±2.4)
▸ 0 safety violations
✓ CERT-8F2A signed → vault
8×
Faster to approved deployment
62%
Fewer field failures at launch
94%
Certificate vs. field accuracy
3wk
Typical time to first certificate
Industries
Where readiness certification pays off first.
| Industry | Primary robots | What Certisto certifies |
|---|---|---|
| Warehouse & logistics | AMRs, pick arms | Navigation safety and pick reliability at fleet scale |
| Manufacturing | Industrial arms, cobots | Assembly precision and human-workspace safety |
| Humanoid robotics | Bipedal humanoids | Whole-body policies before costly field trials |
| Agriculture | Field robots | Autonomy in unstructured, variable terrain |
| Construction | Autonomous machines | Operation envelopes for heavy, high-risk equipment |
"We used to argue about readiness in meetings. Now we point at a certificate. It changed how our whole safety review works."
Director of Robotics, Vantiq Automation
Fewer field surprises
Long-tail failures are caught in the twin, not on the floor.
Shorter validation cycles
Weeks of manual trials collapse into automated GPU sweeps.
Defensible decisions
Every deployment call is backed by signed, reproducible evidence.
Fits your stack
No rip-and-replace. Certisto slots in.
Keep your training pipeline, MLOps, and CI. Certisto adds the certification layer on top — connected through native integrations and an API.
Isaac LabW&BGitHubSlackOktaAWS
Getting started
A guided path from pilot to production.
Pilot
We build a twin of one environment and certify a single policy in a paid POC.
Expand
Add morphologies, environments, and CI gating across your core policies.
Standardize
Roll out fleet-wide certification with private twins and compliance reporting.
Solution questions
Common questions from robotics teams.
Yes. We model arms, humanoids, mobile bases, and custom kinematics. Bring your URDF/USD and we calibrate the twin to it.
Most teams reach a first signed certificate within three weeks of a pilot kickoff.
Yes — projects, roles, and approval gates let ML, safety, and leadership work from the same evidence.
Find the right path for your fleet.
Tell us what you're deploying and we'll map a certification plan from pilot to production.