Autonomy That Grows With Your Fleet

A flexible autonomy stack that upgrades your vehicles with advanced safety, navigation, and control features.

Why It Matters?

Urban fleets are under pressure — costs are rising, drivers are harder to find, and regulations are getting stricter. The last mile alone can take up more than half of total delivery costs, yet most autonomy solutions are expensive, slow to deploy, and tied to custom vehicles.

Telebotics Offers a Different Path

Powered by NVIDIA Jetson™: A plug-in autonomy stack that turns fleet vehicles into smart, safe, and upgradeable autonomous assets.

Telebotics is part of NVidia Inception Program

  • Remote Control: Operate your vehicles from anywhere.

  • Smart Braking: LiDAR + camera senses and stops for hazards.

  • Reliable Safety: Vessels stay secure—even if connectivity drops.

  • Accurate Navigation: GPS + IMU + computer vision guide urban routes.

  • Upgradeable System: Designed to evolve with your fleet’s capabilities.

Why We Are Different

Telebotics’ autonomy kits are engineered with a multi-layered safety architecture to ensure secure operation across all levels of autonomy.

  • Retrofit, Not Replace: Keeps your fleet running with minimal hassle.

  • Works Across Fleet Types: Great for micro‑EVs, delivery pods, compact trucks, and more.

  • Built for Growth: Swappable NVIDIA Jetson compute hardware scales with your needs.

  • Safety-First Design: OTA updates, tele-op, and multisensor fail-safes from day one.

Who Benefits

Telebotics integrates its full autonomy kit—software, calibrated sensors and NVIDIA Jetson compute—onto a wide range of light electric vehicles.

  • Urban Delivery Fleets: Safer, cost-efficient last-mile operations.

  • Campus & Corporate Fleets: Flexible transport and logistics on controlled grounds.

  • Industrial & Logistics Sites: Smart fleet operations without heavy upfront investment.

  • Scalable Operations: Start small and keep improving as you grow.

Our Autonomy Stack

  • 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