Full-Stack Autonomy Kit—Levels 1-4 for Cargo & Last-Mile EVs

Telebotics supplies everything you need—AI software, sensors, and computing hardware—to turn any light electric vehicle into a safe, connected cargo platform.

Why Last-Mile Matters?

Cost Hot-Spot

Up to 50 % of every parcel’s cost is spent in the final mile.

Driver Gap

Couriers are hard to hire and even harder to keep.

Curb Chaos

Traffic, parking tickets, and idling vans burn time and fuel.

Green Mandates

Cities are tightening zero-emission and congestion rules.

Powered by NVIDIA Jetson™: Scalable Compute for Autonomous Operations

All-in-One AI Platform

JetPack OS bundles vision, mapping, and secure over-the-air updates, so the software we test in the lab is the same code that runs in the field.

Big Compute, Small Battery

Jetson modules deliver powerful GPU processing while drawing only a few watts, giving our micro-EVs longer range and no bulky cooling hardware.

Plug-and-Play Upgrades

Our enclosure is “Jetson-ready.”  Need more autonomy later?  Swap in the next-gen Jetson board—no rewiring or new carrier boards required.

Automotive-Grade Connections

Built-in camera lanes, CAN bus, and 5 G slots let LiDAR, cameras, and drive-by-wire controls connect directly—fewer parts, faster installs, lower cost.

Comprehensive Safety Architecture

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

Emergency Braking

LiDAR and ultrasonic sensors continuously monitor the vehicle’s surroundings. If an object enters a predefined safety zone, the system immediately applies full braking through the active control interface.

Vision-Based Redundancy (Levels 2-4)

Dual forward-facing cameras detect pedestrians, cyclists, and obstacles. Upon confirmation of a hazard, the system issues a full stop command, even if the primary sensor is obstructed.

Connectivity Fail-Safe

If network latency exceeds a specified threshold, the system autonomously activates hazard lights, decelerates to a stop, and applies the brakes, ensuring safe operation without operator intervention.

Independent Power Supply

The safety controller and actuators operate on a dedicated power rail, maintaining functionality during main computer resets or power losses.

Event Logging

All safety-critical events, including stops, alerts, and communication losses, are time-stamped and securely stored for compliance and audit purposes.

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

Hardware-Agnostic Partner Program

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

Why partner with us?

Turn-key Levels 1–4 Solution

One kit, no in-house ADAS team required.

Rapid Pilots

Launch proof-of-concepts in weeks, backed by shared safety and performance data.

Dedicated Engineering Support

Wiring diagrams, sensor calibration files and remote debug assistance.