AI Driver
for Low-Speed Fleets
Reduce driver costs, increase utilization, and make every vehicle more efficient.
From Perception to Decision — All in One Stack
On-campus trials — Summer 2025
Why It Matters?
Driver costs rising.
Vehicles underutilized.
Autonomy too expensive today.
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.
Teleoperation & Emergency Braking → Safety-first backup.
Advanced Positioning → Reliable navigation.
Modular Integration → Works with existing fleets.
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 autonomy kit—software, calibrated sensors and NVIDIA Jetson compute—onto a wide range of low speed 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
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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
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(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
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(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
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(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