Secure Multi-Tray Transport.
Real Systems.
Meet the future of internal logistics. Dodo is a self-contained autonomous vehicle engineered for secure, intelligent, multi-tray transport. Controlled seamlessly via Tailscale remote networking and ROS bridge integration.
Hardware
In Development.
We don't just write software. We engineer the physical platforms that bring autonomous code into the real world. Here is a look at what is currently on our workbenches.
Internal Logistics Robot
Dodo Transport
Self-contained autonomous delivery vehicle engineered for secure, multi-tray transport. Controlled seamlessly via secure Tailscale remote networking and ROS bridge integration.
Unmanned Ground Vehicle (UGV)
Tera-X
Inspired by industry-standard Husky architectures. A rugged, all-terrain mobile platform built for heavy payloads, outdoor spatial mapping, and advanced ROS2 navigation research.
Smart Spatial Vacuum
Optic-Clean
Next-generation indoor maintenance. Powered by OAK-D spatial perception and LiDAR to dynamically map rooms, avoid dynamic obstacles, and execute precise cleaning patterns.
Aerial Reconnaissance UAV
Aero-X Drone
Quad-rotor architecture integrated with edge AI. Designed for real-time object tracking, perimeter mapping, and autonomous flight path generation using lightweight ROS2 nodes.
Lab Reports &
Case Studies.
From raw sheet metal to deployed ROS2 nodes. Read the technical documentation detailing how we engineer our physical platforms.
Leadership & Engineering
The Minds
Behind Arbotrix.
Founding Board
The architects driving the strategic and technical vision of Arbotrix.
Core Engineering & Design
The specialists executing the complex hardware and AI pipelines behind the scenes.
SUMAYYA ZAHID
AI Engineer
Building intelligent systems through machine learning and real-time AI solutions for smart applications.
SYED ALI
Robotic Hardware Engineer
Designing reliable hardware architectures, embedded systems, and sensor integrations for smart devices.
SAIM
Robotic Eng and CAD Designer
Designing intelligent robotic systems with precision CAD modeling and smart engineering solutions.
DR ANAS
Robotic Engineer
Developing autonomous robotic systems by combining AI, software, sensors, and precision hardware.
Build the Robots of
Tomorrow.
Stop watching tutorials and start building hardware. Join 500+ students mastering autonomous engineering through hands-on, industry-grade project pipelines.