An interactive series of immersive simulations dedicated to space exploration, orbital technologies, and the future of exploration. The platform covers a wide range of experiences, from accessible, educational, and adventure scenarios for the general public to advanced, highly realistic simulations for training and demonstration purposes.

By combining physical stations with advanced digital simulation, COSMOS enables educational activities, technology presentations, and professional training in an environment that faithfully reflects real space mission conditions.

Developed by Slase Systems, this advanced production environment is designed for television studios, video production facilities, and modern multimedia spaces. The system combines real-time graphics, process automation, and intelligent camera management, enabling the creation of high-quality content without the need for physical set construction.

The solution was designed for professional applications where image quality, operational reliability, and fast scene and shot configuration are essential.

This educational construction game about building an offshore wind turbine platform, developed by Slase Systems in collaboration with Flint Systems, combines science, physics simulation, and educational elements. Players are challenged to build a stable wind turbine platform using a variety of components.

The completed platform is tested under changing weather conditions — from calm weather to storms. The project supports learning the basics of physics, develops analytical thinking, and promotes knowledge about renewable energy sources.

A modular mobile application developed by Slase Systems for intuitive control of simulation systems using the OSC protocol. This solution enables the creation of customizable interfaces tailored to various positions and work scenarios.

The system is available in mobile (Android, iOS) and desktop (.NET) versions, which allows it to be used in simulators, multimedia installations, VR/AR environments, and automation systems.

An advanced wide-area radio interferometry system being developed for the detection, identification, and classification of space objects and aircraft. The project combines a distributed antenna infrastructure, precise time synchronization, proprietary computing resources, and AI-powered data analysis.

The system has been integrated with a dedicated SaaS platform that provides access to real-time data, event visualization, and historical analysis. WAMPIR creates a cohesive solution that combines science, modern signal processing, and operational applications.

An advanced AI platform for autonomous quadcopter control, combining a proprietary algorithmic solution integrated with an on-board computer and a 3D simulation environment. The project was designed to operate in dynamic conditions and provide precise, real-time control.

The system also enables the cooperation of multiple drones within a single ecosystem, supporting flight coordination, data analysis, and adaptation to changing mission conditions. Deep Locust integrates AI, simulation, and hardware-software architecture into one scalable solution for modern unmanned systems.

We create modern web applications that support companies in their daily operations, automate processes, and enable the delivery of online services in a convenient and scalable way. We design both simple business tools and advanced systems, portals, and web platforms tailored to specific needs.

We combine a modern frontend, stable backend, and flexible architecture while ensuring performance, security, and the ability to further develop the system. Our solutions are created with real business goals and user convenience in mind.