Autonomous robots that coordinate onchain.
We build secure autonomy primitives—verifiable tasks, signed telemetry, and programmable incentives—so industrial fleets can coordinate with cryptographic guarantees.
A modern stack for real-world autonomy
Bridge robots, sensors, and operators with cryptographic guarantees. Coordinate fleets like smart contracts coordinate capital.
Every state transition is signed at the edge so you can audit, replay, and dispute behavior across the fleet.
Generate lightweight proofs for completion, timing, and constraints—designed for settlement on L2s.
Tokenize uptime and performance with policy-based rewards, slashing, and conditional execution.
Escalation and intervention flows built-in. When autonomy fails, recovery is fast, safe, and measurable.
Designed for adversarial environments
Robots operate in messy reality. Our model assumes partial compromise and keeps the system trustworthy anyway.
Device keys live in secure elements, with rotation policies and signed boot chains.
Tasks are scoped; each action is authorized, logged, and rate-limited by policy.
Proof artifacts are verifiable by third parties—built for compliance and incident response.
Shipping fast, with a clear path to production
Milestones are indicative and may shift as we ship with design partners and harden the stack.
Local-first dev tools, deterministic replays, and signed event streams.
Task proving primitives, onchain settlement adapters, and monitoring dashboards.
Partner deployments with safety controls, SLAs, and post-incident workflows.
Bring your robots onchain—without the complexity.
Share your work email for a product overview, reference architecture, and pilot timeline tailored to your operations.
Questions teams usually ask
Security, deployment, and integration questions we hear most often from operators and protocol teams.
Who is Robotonics for?+
Teams operating autonomous or semi-autonomous fleets—warehousing, logistics, inspection, and field robotics—who need verifiable execution and an auditable control plane.
What chains and environments do you support?+
We target Ethereum L1 and major L2 rollups, with adapters for additional networks where partners require them. Private test environments are available for pilots.
How do you approach security and compliance?+
Hardware-backed identity, least-privilege task scopes, and signed telemetry are core to the product. We provide documentation for security reviews and can support DPAs under NDA.
Do you run pilots?+
Yes. We onboard design partners with defined success metrics, staged rollouts, and clear incident response playbooks before expanding footprint.