On Earth and Beyond
ORBITAL SYSTEMS
In-Orbit Services and Infrastructure for Autonomous Space Operations
We started Arche to support the boldest ideas in science and engineering. With Orbital Systems, we’re now building the infrastructure to bring those ideas to life on Earth and beyond.
UNLIMITED VALUE TO OUR CUSTOMERS
Arche Orbital Systems delivers advanced in-orbit services designed to extend mission life, maximize ROI, and enable sustainable operations in space. With an initial focus on satellites End-of-Life Assistance and Life Extension at Low Earth Orbit (LEO), we will future expand into re-fueling, relocation and more complex servicing operations at Geostationary Orbit (GEO) and beyond.
DESIGN AND EXECUTION AT ITS MAXIMUM EXPRESSION
With a state-of-the-art engineering team, multiple partnerships in development and the first Xenthra missions in the design phase, Arche is actively collaborating with satellite operators, government agencies, and commercial space players to shape the future of orbital operations.
HARDWARE AND SOFTWARE AS A SERVICE
A combination of proprietary spacecrafts, software, and mission design tools to provide a seamless service layer for satellite operators
Just as industries like Energy and Aviation have adopted repair-over-replace strategies, satellite servicing is becoming an economic and regulatory necessity, driving sustainability, risk mitigation, and long-term asset value.
Alpha Centauri is our in-house space mission design and RPOD (Rendezvous, Proximity Operations, and Docking) simulation center, purpose-built for Xenthra development, complex mission assessment, and advanced operational planning. Hosted at +54LAB and outfitted with cutting-edge hardware from HP and state-of-the-art orbital mechanics software from NASA powered by Arche's AI tools, it empowers us to tackle even the most demanding challenges in the aerospace industry, no mission is beyond our reach.
ALPHA CENTAURI
Complex orbital missions demand robust and capable hardware to deliver reliable services. Our Xenthra LEO multi-mission servicing vehicles will begin by providing End-of-Life assistance, debris management and relocation in low Earth orbit, gradually evolving to support more advanced operations such as space situational awareness and refueling. The next phase will be the development of Xenthra GEO, designed to handle the most demanding services such as life extension, satellites recycling and on-orbit upgrades, expanding our capabilities well beyond Earth.
XENTHRA - OUR SPACECRAFTS
As LEO constellations like StarLink grow and GEO satellites remain key for secure, high-value applications, in-orbit services are becoming a smart, cost-effective alternative to full replacements. LEO operators face rising congestion and regulation, making debris management, trajectory assistance, and EoL services critical. GEO operators, on the other hand, can extend satellite life at a fraction of the replacement cost, preserving service and revenue. Keplr-IQ, our ML-powered optimization tool will helps pinpoint the right time to act, maximizing mission value and ROI.