Autonomous Systems • Physical AI • Robotics

FrontierLabs — Physical AI robotics company building advanced autonomous systems for the real world.

We combine Physical AI, computer vision, and autonomous navigation to build intelligent robotic systems capable of operating safely and efficiently in the real world.

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Robotic Solutions

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Robot Courier

Delivery dog platform for challenging routes, mixed terrain, and dynamic urban operations.

Rover

Autonomous rover unit with high cargo volume and extended range for neighborhood logistics.

PhysicalAI LAB

R&D lab and prototyping pipeline focused on advanced mechanics, perception, and autonomy capabilities.

Dog Courier Platform

A high-performance delivery system built on a versatile quadruped chassis. It navigates flawlessly between indoor and outdoor environments, effortlessly scaling steps and mastering constrained spaces that stop others in their tracks.

Dog courier robot with onboard payload module
Dog courier hardware prototype
Early hardware prototype with drive units and control wiring.
Upper torso and sensor array — CAD detail
Next-Gen R&D Evolution: We are evolving the Unitree Go2 Air architecture through rigorous experimental design. By replacing early concepts with a sophisticated modular sensor array and an optimized articulated joint system, we are setting new benchmarks for stability and autonomous navigation in complex terrains.
Rover Delivery Unit

Built for Precision Last-Mile Logistics

This delivery rover is designed as a robust urban platform with a clean industrial form, high payload capacity, and all-weather autonomous operation. It combines durable mechanics, efficient electric mobility, and a sensor-rich perception stack.

Payload

Up to 25 kg

Range

60 km

Top Speed

Up to 10 km/h

Front view of the delivery rover
Side view of the delivery rover chassis and wheels
Compact multi-wheel architecture for stable urban navigation.
Rover body manufacturing process
Hand-finished composite shell with a premium minimal look.

Technical Profile

The platform balances mechanical robustness and intelligent autonomy. Based on the current configuration, the rover includes:

  • Body dimensions: 54x44x30 cm, with 65 L cargo volume.
  • Payload capacity: 25 kg, with top speed up to 10 km/h.
  • Li-ion battery system (80 Ah), removable battery workflow.
  • Range up to 60 km on a single charge.
  • Perception suite: 360 lidar, 5 cameras, GPS/IMU, 8 ultrasonic sensors.
  • Communication: LTE / Wi-Fi / GPS.
  • Operating modes: autonomous, semi-automatic, and manual.

Competitive Comparison

Company / Model Payload Cargo Volume Cargo Compartment (LxWxH, cm) Range
Optimus 25 kg 65 L 55x45x30 60 km
Starship Technologies 10-15 kg 35 L 50x40x17 6-8 km
Amazon Scout ~23 kg ~50 L 55x45x20 up to 10 km
Coco ~20 kg ~40 L 50x40x20 up to 8 km
Yandex.Rover up to 20 kg ~60 L 55x45x25 up to 10 km
Serve Robotics ~23 kg 50 L 55x45x20 up to 10 km
Kiwibot 5-10 kg 25 L 40x35x18 5-6 km

Against existing solutions (Starship, Amazon Scout, Yandex.Rover, Serve Robotics, Kiwibot, and Coco), Optimus stands out with increased range and cargo volume, making it more effective for large-scale district and enterprise deliveries.

  • Cargo volume is 65 L, around 30-80% higher than most alternatives.
  • Range is up to 60 km per charge versus 6-10 km for common peers.

PhysicalAI LAB

Research and manufacturing experiments for next-generation robotic platforms, from mechanical design to real-world interaction tasks.

Other projects

Engineering the Future of Autonomous Robotics

We bridge the gap between scientific research and industrial application. By combining deep geometric analysis with cutting-edge engineering, we develop proprietary robotics technology that solves the most complex challenges in construction and manufacturing.

Technological Breakthroughs

  • Autonomous Beam Welding: Engineered an end-to-end robotic system that boosts production speed by 1.5x and reduces defect rates by 60% compared to manual labor.
  • High-Velocity Planning: Developed a custom microservice architecture that accelerated robotic planning algorithms by 16x, enabling near-instant response times for complex tasks.
  • Award-Winning BIM Analysis: Created a 3D-analyzer for Tekla (Trimble) that won "Best Developer Project" at the 2021 Tekla Awards. Our unique integration of Tekla with ROS (Robot Operating System) accelerated R&D cycles by 50%.
  • Advanced Computational Geometry: Solved fundamental problems in spatial analysis, turning theoretical research into deployable tools that define the "edge of the possible" in the industry.

About Us

Nuralem Abizov, CEO and Founder

Nuralem Abizov — CEO and Founder

Robotics

  • Quant Robotics (KZ) — welding robots; led tech team as Principal Engineer; expanded to India and Europe.
  • Amazon Robotics (US) — Technical Consultant; worked with top robotics leaders in the industry.
  • Unitree (China) — Author of the most popular quadruped robotics project on GitHub (control & learning).
  • Nvidia Robotics (US) — Isaac Lab open source; integrated Unitree G1 humanoid; algorithms for locomotion.

Fintech & Blockchain

  • Restart (US) — CTO; launched RestartBank, Dora; sold tech to a major US bank; led teams across US & Europe (Ecoo, TrustBridge).
  • Ecoo (Switzerland) — Blockchain QR payments; 30% cashback; live across Switzerland.
  • TrustBridge (US) — Blockchain token project ($9B).

Ready for New Physical AI Capabilities?

Launch a pilot robotic project for your business.

abizov94@gmail.com