Mobility Synchronization Network
Networked coordination infrastructure that transforms isolated vehicle operations into synchronized collective intelligence. A foundational reliability layer for Level 5 autonomous deployment in mixed-traffic urban environments.
Patent Pending · Architecture Complete · Pilot Ready
PaCo-Tiki integrates smart traffic hubs, real-time safety tagging, and decentralized V2X communication to establish coordinated mobility across urban environments. The system addresses critical gaps that prevent current autonomous vehicles from achieving true Level 5 operation.
Current sensor-only systems fail to detect pedestrians, cyclists, and children in obstructed or adverse weather conditions.
Independent vehicles lack the ability to coordinate dynamically with surrounding traffic and infrastructure.
Without external stabilization, malfunctioning vehicles create unpredictable hazards for surrounding traffic.
Three integrated subsystems provide complete urban mobility coordination.
Encrypted, rotating identifiers broadcast by vulnerable road users enable predictive collision avoidance. Tags communicate via BLE/UWB and integrate with cellular V2X.
Traffic-light-integrated AI hubs act as local coordination nodes, analyzing traffic flow and communicating with all vehicles in range.
Temporary override system that activates when individual vehicles signal reset mode due to sensor failure or decision uncertainty.
PaCo-Tiki operates across three intelligence layers to ensure both local responsiveness and system-wide coordination.
Handles immediate, safety-critical decisions such as emergency braking and collision avoidance.
< 50msCoordinates between nearby vehicles to optimize spacing, route negotiation, and collaborative maneuvers.
< 200msAnalyzes city-wide traffic patterns and adjusts long-term routing strategies to minimize congestion.
< 2sVerified performance metrics validated across pilot deployments.
PaCo-Tiki is available for pilot deployment with municipal governments and autonomous fleet operators. Contact us to discuss integration requirements.
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