Asteres Technologies
Research
We publish what we learn. Our research feeds the missions we design, the standards we help write, and the products we build.
01Focus
Research areas
Lunar construction
Simulation for autonomous robotics
Discrete-event and hybrid simulation frameworks for planning robotic construction of lunar launch and landing pads.
In-space servicing
ISAM economics & technology
Studies on on-orbit refueling, servicing cost and value modeling, and emerging ISAM technologies.
AI for space
Standards & autonomy
AI standardization recommendations for rendezvous, proximity, and servicing operations through the CONFERS AI Task Force.
02Publications
Papers & reports
Peer-reviewed papers, consortium studies, and presentations.
Hybrid simulation framework for autonomous robotics lunar launch and landing pad construction
Automation in Construction, Vol. 181 (Elsevier)
A Discrete Event Simulation Framework for Lunar Launch and Landing Pad Construction
Computing in Civil Engineering 2024 (ASCE)
COSMIC 2025 Virtual Convergence
Site Preparation for a Lunar Launch and Landing Pad
Earth and Space 2024 (ASCE)
03Consortia & programs
Where we contribute
COSMIC
Focus Area Co-Lead, Research & Technology
Consortium for Space Mobility and ISAM Capabilities, a ~600-participant consortium.
cosmicspace.org →CONFERS
AI Task Force
Consortium for Execution of Rendezvous and Servicing Operations.
NIGCOMSAT
Accelerator facilitator
Cohort 3.0 of Nigeria's national satellite operator's space-tech accelerator.
Program →04Collaborate
Research with us
We take on commissioned research, co-authored studies, and technical white papers in AI, space, and autonomous systems.