Elegant systems for planetary science
Rucyrus defines mission-ready software blueprints for remote laser sensing, robotic operations, and Rust/C++ analysis of planetary materials, Saturn’s rings, and atmospheric gases.
System focus
Sense. Interpret. Decide.
Founder commitments
Every architectural choice connects to mission objectives, hardware constraints, and scientific outcomes.
Assumptions, risks, uncertainty, and verification needs are documented rather than hidden.
Artifacts are structured for scientists, robotics engineers, and flight-software teams to review together.
Services
Each engagement resolves a different layer of the robotic astronaut—from sensing architecture to performant analysis software.
A complete blueprint for sensor orchestration, command flow, autonomy boundaries, fault handling, data products, and ground interaction—designed around remote laser spectroscopy and planetary operations.
Typical deliverables
System context, interface contracts, state and data-flow models, risk register, and phased implementation roadmap.
Laser data pipeline design
Acquisition, calibration, feature extraction, provenance, and scientific product definition for remote material and gas sensing.
Rust/C++ analysis strategy
Performance-sensitive architecture, safe boundaries, interoperability, testing strategy, and reproducible analysis workflows.
Available engagements
Engagements
Final proposals follow a technical discovery call. Pricing below establishes an honest scope baseline.
A focused assessment of an existing concept, interfaces, risks, and next technical decisions.
From $3,500
A system-level architecture package covering sensing, robotics, software, data, and verification.
From $12,000
Ongoing architecture guidance through prototype development, reviews, and team handoffs.
Custom monthly
Begin with the question
Share the mission concept, instrument constraints, or software challenge. Rucyrus will identify the right first engagement.