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infrastructure layer for mass robotics

Frontier System

Enables thousands of unmanned vehicles to operate as one unified fleet in real-time across air, land, and sea.

Recon

Scan and fuse terrain, obstacles, and signals into a live battlespace map.

Plan

Execute

Recover

Recon

Scan and fuse terrain, obstacles, and signals into a live battlespace map.

Plan

Execute

Recover

Recon

Scan and fuse terrain, obstacles, and signals into a live battlespace map.

Plan

Execute

Recover

Recon

Scan and fuse terrain, obstacles, and signals into a live battlespace map.

Plan

Execute

Recover

Drone Kit

Hardware enabling any robot with secure,
networked autonomy for remote operation at scale.

Drone Node

Server Node

Integrates with air, ground, and maritime robots. Enables robots to operate with precision, resilience, and scalability​. Provides autonomy, secure communication, and real-time mission execution.

Drone Node

Server Node

Integrates with air, ground, and maritime robots. Enables robots to operate with precision, resilience, and scalability​. Provides autonomy, secure communication, and real-time mission execution.

Drone Node

Server Node

Integrates with air, ground, and maritime robots. Enables robots to operate with precision, resilience, and scalability​. Provides autonomy, secure communication, and real-time mission execution.

Drone Node

Server Node

Integrates with air, ground, and maritime robots. Enables robots to operate with precision, resilience, and scalability​. Provides autonomy, secure communication, and real-time mission execution.

Frontier OS

Mission-level autonomy
for connected robotic fleets.

Mission planner

Piloting

Fleet management

Plans waypoint-based missions and syncs targets in real time across pilots and commanders, integrating map data and autonomy controls for execution.

Mission planner

Piloting

Fleet management

Plans waypoint-based missions and syncs targets in real time across pilots and commanders, integrating map data and autonomy controls for execution.

Mission planner

Piloting

Fleet management

Plans waypoint-based missions and syncs targets in real time across pilots and commanders, integrating map data and autonomy controls for execution.

Mission planner

Piloting

Fleet management

Plans waypoint-based missions and syncs targets in real time across pilots and commanders, integrating map data and autonomy controls for execution.

Secure

Defence-grade autonomy with layered security

Scalable

From single units to coordinated fleets

System-Agnostic

Operates across platforms and environments

Autonomous robots

Family of robots aimed to accelerate the development and deployment of collaborative autonomy

A1

M4

X1

Portable ground robot

Speed

25 km/h

Useful load

Up to 15 kg

Suspension

Independent

Drive

Electric 4x4

Effective range

20+ km

Request details

A1

M4

X1

Portable ground robot

Speed

25 km/h

Useful load

Up to 15 kg

Suspension

Independent

Drive

Electric 4x4

Effective range

20+ km

Request details

A1

M4

X1

Portable ground robot

Speed

25 km/h

Useful load

Up to 15 kg

Suspension

Independent

Drive

Electric 4x4

Effective range

20+ km

Request details

Deployed across 20+ military units in Ukraine

Procured by the Ukrainian Ministry of Defense and the Ministry of Digital Transformation

We are building a new medium for human-machine collaboration. The world is entering a new era of mass use of robotics systems on the battlefield and in core industries. This era requires a new platform to enable thousands of different autonomous vehicles to work together in real-time.

Read the full manifesto

We are building a new medium for human-machine collaboration. The world is entering a new era of mass use of robotics systems on the battlefield and in core industries. This era requires a new platform to enable thousands of different autonomous vehicles to work together in real-time.

Read the full manifesto

We are building a new medium for human-machine collaboration. The world is entering a new era of mass use of robotics systems on the battlefield and in core industries. This era requires a new platform to enable thousands of different autonomous vehicles to work together in real-time.

Read the full manifesto

We are building a new medium for human-machine collaboration. The world is entering a new era of mass use of robotics systems on the battlefield and in core industries. This era requires a new platform to enable thousands of different autonomous vehicles to work together in real-time.

Read the full manifesto

We are building a new medium for human-machine collaboration. The world is entering a new era of mass use of robotics systems on the battlefield and in core industries. This era requires a new platform to enable thousands of different autonomous vehicles to work together in real-time.

Read the full manifesto

Partners

Media Features

↗ Three years on, Europe looks to Ukraine for the future of defense tech

↗ 12 defence tech startups to watch in 2025, according to VCs

↗ Kyiv startup tests unified controller for robots and drones. The technology would allow video-game-like control of robotic swarms

↗ Ark robotics and the future of scalable drone warfare

Controlling a drone from 2,000 kilometres away: Ukraine’s Ark Robotics showcases Frontier System at DALO 2025

Download Press Kit

We are working with

We are working with

We are working with

We are working with

We are working with

Governments

Supporting national defence and security strategies of liberal democracies with mass robotics and integration of autonomous fleets.

Enterprises

Helping companies turn robotics into a competitive edge with tailored, multi-system solutions for farming, logistics, and infrastructure maintenance.

Defence forces

Partnering with allied militaries to field autonomous robots at scale with full-stack command and control for frontline and border operations.

Get a quote

team@ark-robotics.com

ark robotics

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