Infra builds “Giga Hub” facilities that combine high‑capacity DC fast‑charging racks, robotic maintenance bays, and an AI‑driven fleet orchestration platform for autonomous vehicle fleets. The hubs enable real‑time V2V/V2H communication, edge‑compute sensor validation, and predictive diagnostics to schedule charging, routing, and repairs. Consolidating power, service, and analytics in one location reduces vehicle downtime and total cost of ownership for AV operators and logistics providers.
Funding
Funding not disclosed
Founders
Product
Problem
Autonomous vehicle operators lack a unified, high‑capacity infrastructure for charging, routine maintenance, and real‑time coordination, causing excessive downtime, safety gaps, and limited scalability of AV fleets. Existing solutions are fragmented, requiring separate vendors for power, diagnostics, and fleet analytics, which hampers operational efficiency.
Solution
Infra delivers end‑to‑end “Giga Hub” facilities that combine high‑power charging stations, automated maintenance bays, and an AI‑driven fleet management platform. The hubs provide continuous V2V and V2H communication, enabling vehicles to exchange status data and grid power in real time. Infra’s edge‑compute stack processes perception feeds on‑site, feeding predictive diagnostics into a centralized orchestration engine that optimizes routing, charging schedules, and safety alerts. Operators access a unified web and API interface to monitor fleet health, adjust parameters, and generate performance reports. By consolidating power, service, and intelligence in a single location, Infra maximizes vehicle uptime and reduces total cost of ownership for large‑scale AV deployments.
Target Audience
Primary customers are autonomous mobility service providers, AV fleet operators, and logistics companies that manage large numbers of driverless vehicles, as well as OEMs and municipalities seeking to host shared AV infrastructure.
Features
- High‑capacity DC fast‑charging racks (up to 350 kW per port) with load‑balancing across the hub grid
- Automated diagnostic bays equipped with robotic arms and AI‑based fault detection for brakes, sensors, and battery health
- AI fleet orchestration platform that leverages reinforcement learning to schedule charging, routing, and maintenance windows
- Integrated V2V and V2H communication stack supporting DSRC/C‑V2X protocols for low‑latency data exchange
- Edge‑compute nodes that run real‑time perception algorithms (e.g., lidar point‑cloud fusion) to validate vehicle sensor integrity before dispatch
- Open REST and gRPC APIs for seamless integration with OEM telematics, ERP, and third‑party logistics systems
- Role‑based access control and end‑to‑end encryption meeting ISO 26262 and IEC 62443 cybersecurity standards
- Modular, containerized hub architecture allowing rapid deployment in urban, suburban, or depot environments