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Security Is No Longer Confined to Earth

Our product is a platform in the form of a constellation of ARES satellites in Low Earth orbit (LEO) designed to provide orbital infrastructure protection services.

ARES modules are attached to customer satellites or operate independently. Modules within a single constellation cooperate with each other.

The system's response to threats
is carried out in three steps:

Detection and Situational Awareness

Each Ares Shield module acts as an intelligent node within a distributed sensor network, providing continuous surveillance of the immediate surroundings of the protected asset.

  • Multispectral Reconnaissance: Modules are equipped with a suite of advanced sensors and passive antennas capable of detecting and identifying potential threats, such as „Inspector” satellites or proximity sabotage systems.
  • Swarm Collaboration: Modules within the constellation exchange data in real-time, drastically increasing the quality and precision of the situational picture.
  • Tracking Continuity (Handover): The system ensures uninterrupted target surveillance; as an object leaves the field of view of one module, tracking is seamlessly handed over to the next unit in the network, eliminating blind spots.

Processing and Decision Autonomy

At the heart of the system is the FightFinder AI engine, which enables instantaneous response in electronic warfare environments where communication with ground control may be compromised.

  • Edge AI Classification: Data is processed directly in orbit. AI algorithms precisely classify detected objects and recognize their combat signatures in under 100 ms.
  • Intelligent Escalation Ladder: Once hostile intent is identified, the system automatically defines a response scenario, selecting precise defensive pulse parameters to minimize the risk of collateral damage.
  • Full Autonomy: Ares Shield manages interactions within its own satellite network, ensuring the system’s ability to operate independently even when completely cut off from ground commands.

Precision Non-Kinetic Neutralization

Ares Shield utilizes proprietary emitter technology based on Gallium Nitride (GaN), allowing for the generation of massive pulse power while maintaining a compact form factor.

  • HPM (High-Power Microwave) Pulse: The module generates directional high-power microwave radiation (up to 10 MW) that directly strikes the aggressor’s electronics.
  • Scalable Force: The system allows for flexible response—ranging from temporary disruption of the hostile object’s operation (as a warning) to permanent neutralization of its logic circuits (Mission Kill), without generating hazardous orbital debris.
  • Power Concentration (Multi-Vector Convergence): For highly shielded or distant targets (up to 30 km), modules can synchronize their pulse emission timing. By coordinating beams from multiple units, the strike energy is summed at the target, drastically increasing defensive effectiveness and range.

First orbital system

First orbital system

The first version of the system will consist of three modules.

They will achieve the same objectives as a multi-element constellation, but on a smaller scale.

They will jointly detect and classify threats, determine the escalation ladder for their operation, and then neutralize the enemy object (the function of the enemy object will be performed by a special research module that provides detailed data on the operation of the system).

We create future defense systems

We create future defense systems

One platform. Multiple operational domains.

With the development of technology, space is becoming an increasingly important part of the arms race and is of growing significance for the national security and critical infrastructure of many countries.

We are launching the first commercial system of its kind to provide protection for orbital objects.

Our platform integrates an innovative approach to HPM (High-Power Microwave) technology with a mobile architecture developed by us specifically for this platform, providing protection for infrastructure against electronic and kinetic threats without generating permanent orbital debris.

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