Defence & Security

Our experts support companies in the arms and defense industry in developing software solutions for ballistics calculations, shooting simulations, sensor data analysis, and predictive modeling to enhance decision-making, accuracy, and performance of modern weapon systems.
We focus on designing systems that process input data (e.g., weather, position, tilt, speed), perform complex trajectory and correction calculations, and visualize results for military engineers and testing teams. These systems can also be integrated with other elements of the defense infrastructure – whether in test, training, or live environments.

We provide qualified professionals with hands-on experience in defense calculations and simulations.
Our specialists often have academic backgrounds in fields such as applied physics, ballistics, or technical cybernetics, along with extensive experience in international projects, including collaboration with foreign development centers.

A current trend is the use of artificial intelligence and machine learning, including:

• automatic shooting calibration,
• real-time hit prediction,
• test shooting data analysis,
• wear modeling and performance optimization.

We are also currently collaborating with a partner company to protect manufacturing data in the defense industry.
We address security against:

• external threats (hacking, ransomware),
• internal risks (intentional or accidental data leaks),
• and the loss of sensitive production information.

We help define secure access policies, logging, encryption, and incident response in highly classified environments.

What we deliver for the defense industry:

• Ballistics calculations and simulations – trajectory, environmental impact, shooting correction.
• Measurement data collection and analysis – weather, sensors, accelerometers, gyroscopes.
• Predictive models – hit accuracy, barrel wear, effectiveness.
• Visualization of calculations and results – tools for military engineers and testing teams.
• Integration with devices and testing systems – connection to measurement hardware.
• Development phase project management – research team support, versioning of models.
• Cybersecurity – protection from attacks, leaks, and data loss.
• Secure data processing and auditability – version control, logging, encryption.