Trusted identity
Authenticate devices, software, services, and release artifacts before they enter a trusted control path.
Software product · Cyber-physical security layer
Protect the intelligence. Preserve control.
S2P2™ Secure protects the software, data, communications, and control paths that connect intelligent mobility systems—from physical hardware and real-time edge decisions to digital-twin validation and signed release.
Security across the cyber-physical boundary
Security that understands software and motion.
Conventional cybersecurity protects information systems. S2P2™ Secure also accounts for the physical consequence of software decisions, network messages, model changes, and actuator commands in a moving machine.
Software integrity
Verify boot state, firmware, models, configurations, and updates from build through deployment.
Secure communications
Protect vehicle networks, edge-to-twin data, diagnostics, and update channels against interception and manipulation.
Control-path protection
Keep safety-relevant commands bounded, authorized, traceable, and isolated from untrusted functions.
Continuous monitoring
Detect anomalous system, network, and control behavior with context from the physical machine.
Response and recovery
Contain faults, preserve evidence, restore trusted operation, and support controlled rollback when required.
One protective layer
Across the complete product lifecycle.
S2P2™ Secure is a distinct software product. It works across the boundaries between robotic products, real-time intelligence, validation environments, and deployment infrastructure.
Ride Pilot™ and RDAS™
Protect hardware identity, vehicle interfaces, safety controls, and operational data.
S2P2™ Edge
Protect real-time software, sensor pipelines, models, commands, and update state.
S2P2™ Twin
Protect field-data ingestion, scenario evidence, model lineage, and release artifacts.