WARSAW, POLAND & TOULOUSE, FRANCE — AUGUST 6, 2026 — Asynchronics, a Polish space tech pioneer specializing in advanced system simulations, today announced it has signed another, direct commercial contract with French in-orbit servicing company Infinite Orbits. The agreement generates first recurring revenue from the digital twins developed for Infinite Orbits' satellite fleet.
The contract focuses on the upcoming OG3 mission, a flagship component of Infinite Orbits' in-orbit servicing and commercial geostationary orbit (GEO) servicing infrastructure. Moving past initial prototype validations, Infinite Orbits will utilize Asynchronics' digital twins as a continuous operational asset for long-term flight software regression testing, anomaly simulation, and precision proximity operator training.
This expansion directly builds upon the success of the SAVIOR project, a joint initiative between Asynchronics and Infinite Orbits that won a competitive €450k development contract under ESA's RPA program in late 2025.
By leveraging Asynchronics' core open-source simulation framework, NeXosim, Infinite Orbits escapes the constraints of limited and costly physical FlatSat hardware benches. NeXosim provides an ultra-precise, multi-threaded simulation layer where asynchronous software tasks can be tested against rigid hardware protocol bounds. This ensures that the mission-critical proximity and docking maneuvers required for in-orbit servicing operations are validated against the actual flight software up to one year before physical hardware components are integrated.
Entering another direct commercial contract for the OG3 fleet is an exceptional milestone for our company. It demonstrates exactly how our commercial model scales. We don't just build one-off engineering models; we create living digital assets that our clients continuously subscribe to throughout a mission's lifecycle. Infinite Orbits is pioneering life-extension services in GEO, and we are proud that NeXosim serves as their trusted architecture for long-term operational safety and risk mitigation.
Adam Chikha, CEO of Asynchronics
The NewSpace sector is scaling rapidly, but NASA data shows that over 40% of small satellite missions continue to experience technical failures, heavily driven by software-hardware integration gaps. While current industry hype focuses on black-box AI code-generation tools that introduce unpredictable liabilities, Asynchronics champions deterministic, peer-reviewed engineering. By offering an accessible, transparent framework built on high-performance infrastructure, Asynchronics allows operators to rigorously isolate protocol anomalies and edge cases, dramatically cutting developmental overhead and protecting multi-million dollar assets.
Our partnership with Asynchronics during the SAVIOR project gave our flight software team an unparalleled edge in validation speed and architectural transparency.
Akshay Gulati, CTO & Co-Founder of Infinite Orbits
As we advance toward the operational phase of our OG3 mission, securing their high-fidelity simulation environment as a continuous operational utility was the logical next step. Maintaining a living digital twin enables us to scale our commercial servicing cadence safely, bringing greater confidence to our docking maneuvers and satellite fleet operations.
Stéphane Millet, CFE, Infinite Orbits
About Asynchronics
Founded in 2023, Asynchronics is a Polish space startup developing advanced mission validation and system simulation software. The company builds NeXosim, an open-source, Rust-based simulation framework designed to dramatically shorten spacecraft integration timelines, eliminate software-hardware mismatches, and guarantee exceptional mission reliability. Actively participating in major international programs including ESA PUSH!, Horizon Europe, and ESA BIC, Asynchronics provides the deterministic infrastructure required to run high-fidelity digital twins and virtual test benches for modern aerospace systems. Learn more at asynchronics.com.
About Infinite Orbits
Founded in 2017, Infinite Orbits specializes in GEO in-orbit services such as space-based Space Situational Awareness (SSA), satellite inspection and life extension. The company has demonstrated unique capabilities in designing and developing small GEO satellites tailored for in-orbit services through its patented autonomous vision-based navigation technology. Headquartered in Toulouse, France, with offices in the USA, Singapore and Luxembourg, Infinite Orbits aims for global leadership in in-orbit services.