Operate More Fleet Vehicles With the Same Team

Remote operation and automation designed to increase utilization and reduce cost per vehicle over time.

Explore the Platform

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Why Fleets Need Better Coverage and Utilization

  • Coverage Gaps Are Growing

    Many fleet operations struggle to maintain consistent coverage due to staffing constraints, limited operating hours, and rising operational complexity.

  • Utilization Is Too Low

Fleet vehicles often sit idle due to staffing limits, overtime constraints, and fixed shift schedules, driving up cost per operating hour.

  • Controlled Environments Are Ready Now

Campuses, parking operators, and private properties already operate repeatable routes, making them ideal for remote supervision and gradual automation.

A Practical Way to Run Fleets More Efficiently

  • Retrofit, Not Replace: Upgrade existing fleet vehicles with minimal downtime, no need to buy new vehicles or change workforce structures.

  • Designed for Fleet Operations: Built for security patrol, parking enforcement, and campus operations running on repeatable, controlled routes.

  • Remote Supervision + Safety Automation: Enable remote operation supported by onboard safety systems to improve coverage and consistency.

  • Built to Improve Over Time: Start with remote operation today and gradually increase automation to improve utilization and reduce cost per operating hour.

How the System Works

  • Remote Operation Platform: Secure, multi-camera dashboard that allows trained operators to supervise and operate vehicles remotely.

  • Onboard Safety System: Real-time monitoring with automatic braking, collision alerts, and safe-stop behavior.

  • Fleet Integration Layer: Compatible with existing vehicles through CAN-bus or actuator interfaces.

  • Autonomy Roadmap

  • Key Features

    • Tele-Drive

    • Emergency Stop

    • Collision Alert & Video Telemetry

    Typical Use Cases

    • First-Mile Sorting Carts Inside DCs

    • Warehouse Or Plant-Yard EVs

    • Gated-Campus Vehicle Repositioning

  • (adds to Level 1)

    Key Features

    • Lane-Keep Assist At Low Speed

    • Adaptive Speed / Stop-And-Go

    • OTA Diagnostics & Software Updates

    Typical Use Cases

    • Campus Mail Vans & Utility Buggies

    • Industrial-Park Service Carts

    • Curb-Side Delivery Pods On Bike Lanes

  • (adds to Levels 1 & 2)

    Key Features

    • Path-Planning On Mapped Routes

    • Auto Return-To-Base / Docking

    • Dynamic Obstacle Evasion (LiDAR + Vision)

    • V2X Messaging With Gates & Crossings

    Typical Use Cases

    • Security Patrols Around University Grounds

    • Neighborhood Parcel Drop-Off Vehicles

    • Micro-Transit Shuttles In Low-Speed Zones

  • (adds to Levels 1–3)

    Key Features

    • Map-Free Navigation (SLAM-Based)

    • Fleet AI & Mission Scheduler

    • Self-Charging / Battery-Swap Docking

    • Single Operator Supervises ≥ 5 Vehicles

    Typical Use Cases

    • Urban Delivery Corridors

    • Closed-Campus Logistics Fleets

    • Smart Yard / Port Drayage With Zero Drivers

Where Telebotics Works

  • Security Patrol & Parking Enforcement: Extend coverage and improve consistency without adding on-site shifts.

  • Campus & Corporate Fleets: Support patrol, escort, and facilities operations across controlled grounds.

  • Industrial & Logistics Sites: Improve utilization and safety without heavy upfront investment.

  • Scalable Operations: Start with a small number of vehicles and expand as operations and confidence grow.