Software Development

Fingers typing on a computer keyboard with blue-colored digital lines and data hovering over

Custom Software Development for Complex, High-Tech Systems

We provide custom software development services for organizations across various industries, including projects involving advanced and high-tech systems. Our expertise spans demanding satellite, telecom, and space domains where reliability, performance, and technical accuracy are critical.

With 20 years of developing simulators for complex wireless systems, our team delivers tailored software solutions designed around the specific challenges of each project.

Get in touch

Agile Software Development

We deliver software iteratively using agile methods, enabling seamless collaboration, transparency, and continuous improvement.

Quality-Focused Software Delivery

Quality is central to our work and a key company value. We aim to exceed customer expectations with clear solutions and communication.

Expertise in Complex Software Projects

We have extensive experience delivering software for technically demanding projects, where reliability, performance, and clarity are critical.

Applied Software Development

Developing simulator for UAV satellite terminal performance

Drone flying over fields and roads

UAV-3S: Simulator for UAV satellite terminal performance

In the UAV-3S project, Magister extended the C-DReAM system simulator with capabilities for evaluating UAV satellite terminal performance. The simulator incorporates realistic flight paths, altitude, velocity, and terrain effects.

Developing simulator for evaluating satellite air interface performance

SAIRCC: Integrating satellite technology into future railway mobile communication systems

The SAIRCC project focused on integrating satellite technology into future railway mobile communication systems and developing a new satellite air interface for railway control communications. Magister developed a simulator to evaluate and validate its performance through realistic packet-level simulations.

Enhancing NGSO simulator towards 5G NTN direct-to-handheld access

Satellite orbiting above Earth, showing part of the planet’s surface beneath with space in the background

DASCE: Advancing C-DReAM towards 5G NTN direct-to-handheld access

In ESA’s DASCE project, we extended C-DReAM to support 5G NTN direct-to-handheld access. New capabilities included Ka-band and VSAT user terminals, together with enhancements to the graphical user interface. These developments expanded the simulator’s applicability across a broader range of satellite communication scenarios.