Safety, Security & Compliance for Autonomous Robots


Robotaxis. Robotrucks. Humanoids. As AI enters public streets, factories, and homes, it brings real-world risks—and a need for a new governance framework.


Why It Matters

Autonomous systems—whether wheeled or walking—now navigate human spaces. These systems must be trustworthy, secure, accountable, and prepared for abuse. 137AI offers a compliance-grade framework for robots operating in shared environments, addressing safety, criminal misuse, privacy, system failures, and regulation.

Systems in Scope

Class Definition Examples
Robotaxis Driverless vehicles for public transport Waymo, Cruise, Tesla FSD
Robotrucks AVs for cargo, utility, or delivery Gatik, Nuro, Zipline Ground
Humanoids Mobile, general-purpose AI robots Optimus, Agility Digit, Figure 01

Key Governance Domains

1. Occupant & Public Safety

  • Risks:
  • Rider assaults or panic events (robotaxi)
  • Unexpected movement near children or elderly (humanoids)
  • Physical injury due to torque, speed, or tipping
  • Controls:
  • Panic buttons and auto-lockout
  • Torque-limiting joints and fall-prevention AI
  • Guardian mode for vulnerable riders
  • Predictive health models for solo passengers

2. Cyber & Physical Security

  • Risks:
  • Remote hijacking or spoofed commands
  • Tampering, vandalism, or component theft
  • Exploitation as weapon or obstruction
  • Controls:
  • End-to-end encryption, zero-trust firmware
  • Tamper sensors, lockdown protocols
  • Real-time intrusion detection and override APIs
  • Secure command and identity signing

3. Criminal Misuse

Use Case Examples Mitigation
Contraband Transport Drug, weapon, or stolen goods via robotruck or taxi Manifest checks, AI routing flags, scan tech
Trafficking/Exploitation Robotaxi used for mobile illicit activity Suspicious zone geofencing, behavior modeling
Humanoid Proxy Crimes Humanoid commits assault, theft, or espionage Command filters, audit logs, restricted mobility
Mob Coordination Robot swarms used in protest, looting, or sabotage Crowd-aware lockdown modes, swarm dispersal logic

4. Privacy & Surveillance Mitigation

  • Risks:
  • Passive surveillance in homes, rides, or workplaces
  • Biometric profiling (face, voice, gait)
  • Behavioral data misuse
  • Controls:
  • Contextual privacy zoning (e.g., schools, bedrooms)
  • Local-only video/audio storage (no cloud without opt-in)
  • Transparent retention policies
  • Real-time privacy mode toggles

5. Mechanical Failure Response

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Failure Mode Impact Countermeasures
Flat Tires Robotaxi stranded mid-ride Run-flat tires, predictive tire health, fleet dispatch
Battery Depletion Unexpected shutdown Smart routing, charge prioritization, battery SoC models
Sensor Failure Blind navigation or bad object detection Sensor fusion fallback, self-check routines
Joint/Motor Malfunction Erratic movement or immobilization Soft shutdown, smart joint isolation, human override

6. Regulatory Compliance Architecture

Governance Domain Key Question 137AI Framework Element
Liability Who’s responsible? (OEM, operator, owner, cloud?) Tiered attribution model
Auditability Can events be forensically reconstructed? Encrypted black boxes, command logs
Certification Can robots be “street legal”? Use-case + region-specific compliance profiles
Jurisdiction How do cross-border rules apply? Jurisdiction tagging + location-aware behavior cards

Solutions

  • Robotic Behavior Cards (RBCs): Define safe operational boundaries
  • Command Firewalls: Signed command approval chains
  • Incident Disclosure Protocols: Post-incident reporting frameworks
  • Compliance Mapping Tools: GDPR, ISO 13849, ISO/TS 15066, NIST AI RMF

Summary

We bring enterprise-grade safety and compliance to the frontier of physical-world robotics. From robotaxis and robotrucks to humanoid AI agents, we address the real-world implications of autonomous agents moving through shared human environments. If it moves, it must comply.



Software Solutions