Foundations & References
Martian Micro systems are developed within an existing body of research, engineering practice and operational knowledge. The following references provide context for assumptions, constraints and design decisions.
Space Operations & Exploration
Martian Micro operates within the conceptual framework of long-duration space missions, autonomous facilities and off-world operations. These references inform environmental constraints, operational assumptions and system longevity.
- NASA – Human Surface Systems
- NASA – Mars Architecture Studies
- NASA – Systems Engineering Handbook
- ESA – Human and Robotic Exploration
- ESA – Exploration Programme Documentation
- JPL – Mission Operations & Systems Engineering
Facility Design & Operations
The structure and behavior of the Martian Micro Research Facility are informed by real-world industrial facilities, cleanroom standards and autonomous infrastructure design.
- Space agency cleanroom standards (NASA / ESA)
- Industrial automation facilities
- Long-term autonomous system operation research
- Closed-loop life support and material flow studies
Zero-Waste & Material Cycles
Zero-waste is treated as an operational requirement rather than a sustainability label. Material flow decisions are informed by existing circular design frameworks.
- Cradle to Cradle design framework
- Circular economy research
- Modular product lifecycle studies
- Recyclable polymer research (PLA, PETG)
Engineering & Design Philosophy
Martian Micro hardware and interface design follows established industrial design and engineering principles focused on clarity, maintainability and functional minimalism.
- Functional industrial design traditions
- Engineering-first product development
- Repairability and modularity studies
- Long-term maintainability research
Software & Systems Architecture
The software architecture of Martian Micro systems is based on modern distributed systems, real-time communication and identity-bound operation.
- Distributed systems design
- Event-driven architectures
- Web standards (WebSockets, HTTP, OAuth / OIDC)
- Embedded Linux systems
- Raspberry Pi and microcontroller ecosystems
Simulation, Visualization & Hybrid Reality
The concept of Hybrid Reality builds on existing simulation, visualization and digital twin methodologies.
- Digital twin research
- Simulation-driven engineering
- Real-time visualization systems
- Virtual facility operation models
Independence Statement
All references are provided for contextual transparency.
Martian Micro is an independent project and is not affiliated with, endorsed by or officially connected to any referenced organization.