AIRGP · A2ASTC · ThinkNEO AI

Governance
for robots that think

The runtime governance layer for every robot. One control plane for industrial fleets and domestic robots — enforcing safety, compliance, and intent at runtime.

100% Governed by ThinkNEO — learn more
<0.4ms
Policy Evaluation
99.99%
Uptime SLA
10M+
Daily Decisions

Building open standards in collaboration with

NVIDIA InceptionAnthropic PartnerLinux Foundation
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The Problem

The robot revolution is outpacing our ability to govern it

0.0M

Robots Deployed Globally

Industrial and service robots operating worldwide — IFR World Robotics 2025

0%

Lack Runtime Governance

Operating without standardized real-time policy enforcement

0.0

Open Standards Exist

No unified protocol for cross-vendor robot intent verification — until now

We need a universal standard for robot governance. We built it.

The Platform

One control plane for every robot

ThinkNEO Control Panel
8 Active
AGV-001
Pallet transport
98.7%
AGV-002
Zone patrol
99.2%
ARM-001
Pick & place
67.3%
AGV-003
Charging
100.0%
AGV-004
Inventory scan
95.1%
ARM-002
Assembly
97.8%
AGV-005
Transport
99.5%
DRONE-01
Standby
100.0%
Live Event Stream
[14:32:01] AGV-001 intent.verify ALLOW (score: 98.7%)
[14:32:01] ARM-001 policy.check DENY (zone-violation)
[14:32:02] AGV-002 runtime.eval PASS (compliance: 99.2%)
[14:32:03] ARM-002 action.audit LOGGED (hash: 0x3f2a...)
[14:32:04] DRONE-01 safety.check PASS (all-clear)
[14:32:05] AGV-004 intent.verify ALLOW (score: 95.1%)
Open Protocols

Built on open standards

Two complementary protocols for runtime governance and multi-agent safety. Open source, community-driven, production-ready.

AIRGP Protocol Seal
Protocolv1.0

AIRGP

Artificial Intelligence Runtime Governance Protocol

An open standard for real-time policy enforcement on AI agents. Define rules in human-readable YAML, deploy to edge, and enforce in microseconds.

Runtime AdapterControl PlanePolicy EngineAudit Ledger
View on GitHub
A2ASTC Protocol Seal
Protocolv0.1

A2ASTC

Agent to Agent Software Team Compliance

A cryptographic protocol for multi-agent coordination. Robots verify each other's intent and compliance status before collaborative actions.

Open StandardApache-2.0Zero-knowledge proofsMulti-agent trust
View on GitHub

Stewarded by

ThinkNEO - Hong Kong

IEEE P2817 DraftROS2 CompatibleNVIDIA Isaac ReadyOpen SourceApache-2.0
Use Cases

From factory floors to living rooms

Manufacturing

Collaborative robots on assembly lines with real-time safety zones and compliance verification.

99.97% uptimeZero safety incidentsISO 10218 compliant

Logistics

Autonomous mobile robots in warehouses with dynamic path planning and multi-fleet coordination.

40% faster throughputReal-time collision avoidance24/7 operation

Energy & Utilities

Inspection robots in hazardous environments with strict safety protocols and audit logging.

Remote operationHazard zone complianceImmutable audit logs
Architecture

How it all connects

Operator Console

Central dashboard for fleet management and monitoring

AIRGP Engine

Intent verification in microseconds

A2ASTC Bus

Multi-agent coordination layer

Robot Fleet

Humanoid
Industrial Arm
Quadruped
AMR
Drone
Domestic
Trust & Security

Built for enterprise trust

Enterprise-Grade Security

SOC 2 Type II compliant infrastructure with end-to-end encryption for all robot telemetry and commands.

Regulatory Ready

Built to support ISO 10218, IEC 62443, and emerging AI governance frameworks worldwide.

Open Source Core

AIRGP and A2ASTC protocols are fully open source. No vendor lock-in, complete transparency.

SOC 2 Type II
ISO 27001
GDPR Ready
Limited Beta Access

Ready to govern your fleet?

Join leading robotics companies in building safer, more compliant autonomous systems.

Sandbox fleet included for qualified teams