Sovereign Autonomous Network & File System
SanFS Core is the main technical repository for SanFS, an early-stage infrastructure project exploring sovereign continuity architecture for resilient, human-governed systems across Earth and orbit.
SanFS is not being designed as another isolated cloud competitor.
It is being designed as a cooperative continuity layer: a framework where terrestrial and orbital infrastructure can cooperate, protect critical data, survive disruption, and remain under meaningful human authority.
Critical digital infrastructure is becoming increasingly centralized, fragile, and exposed to systemic failure.
AI infrastructure, cloud capacity, storage, data flows, and autonomous systems are becoming civilization-critical.
SanFS starts from a different premise:
Infrastructure should be sovereign.
Infrastructure should be resilient.
Infrastructure should be distributed.
Infrastructure should be interoperable.
Infrastructure should remain human-governed.
Infrastructure should evolve from fragmented competition toward cooperative continuity.
This repository is intended to become the technical foundation of the SanFS architecture.
Initial areas of exploration include:
- sovereign continuity architecture
- distributed file system design
- resilient data storage and recovery
- protected and confidential data flows
- autonomous network coordination
- human-governed control layers
- auditability and recovery mechanisms
- infrastructure interoperability
- edge and cloud infrastructure models
- future terrestrial and orbital continuity scenarios
The future is not Earth versus orbit.
The future is Earth first, orbit over time.
Terrestrial infrastructure will remain essential. But critical digital systems will increasingly require redundancy, coordination, and continuity beyond a single layer, provider, jurisdiction, or network path.
SanFS Core explores how such a system could be designed carefully, technically, and responsibly.
SanFS Core is in the early architecture and research phase.
This repository is open to developers, researchers, infrastructure engineers, systems thinkers, and technical contributors interested in shaping the foundations of the project.
At this stage, we are looking for:
- architecture feedback
- research references
- early design proposals
- protocol ideas
- storage and networking models
- resilience analysis
- security analysis
- governance and control-layer thinking
- serious technical discussion
Some of the questions SanFS Core is meant to explore:
- What should a sovereign autonomous file system guarantee?
- How should infrastructure continuity be designed across terrestrial and future orbital layers?
- What should remain human-governed?
- Which autonomous actions are safe?
- Which actions require human approval or override?
- How can critical data remain protected during disruption?
- How can multiple infrastructure providers cooperate without collapsing into a single point of control?
- What can be learned from systems such as IPFS, Ceph, Tahoe-LAFS, libp2p, Kubernetes, sovereign cloud architectures, edge networks, and confidential computing models?
This project may be relevant if you work with or care about:
- distributed systems
- storage infrastructure
- networking protocols
- Rust, Go, C, C++, or systems programming
- cloud infrastructure
- edge computing
- cybersecurity
- sovereign cloud
- confidential computing
- autonomous systems
- AI infrastructure
- resilient infrastructure
- space infrastructure
- human-governed infrastructure
- Sovereignty over dependency
- Resilience over convenience
- Interoperability over fragmentation
- Human authority over blind automation
- Cooperative continuity over isolated competition
- Open technical discussion over empty hype
- Long-term infrastructure thinking over short-term trends
Website: https://sanfs.ai
Main GitHub profile: https://github.com/sanfs
Discussions: https://github.com/sanfs/sanfs-core/discussions
Open issues: https://github.com/sanfs/sanfs-core/issues
X: https://x.com/SanFSOfficial
LinkedIn: https://www.linkedin.com/company/sanfs-inc/
SanFS Core needs a clear licensing and contribution model before accepting code contributions.
The goal is to balance:
- public technical research
- developer trust
- open collaboration
- protection of strategic IP
- provisional patent strategy
- future non-provisional patent filings
- commercial deployments
- long-term cooperative continuity principles
Questions to evaluate:
- Which parts of SanFS should become open source?
- Which parts should remain proprietary to SANFS, Inc.?
- Should SanFS Core use MPL-2.0, Apache-2.0, or another license?
- Should documentation and architecture notes use a separate documentation license?
- Should contributors sign a CLA or use a DCO?
- How should patent-sensitive material be handled before publication?
- How can SanFS attract serious developers without giving away strategic control too early?
Initial direction:
SanFS should likely follow an open-core / open-research model.
Public:
- architecture research
- issues
- discussions
- selected reference components
- developer tools
- future SDKs
Reserved:
- production infrastructure
- strategic implementation details
- patent-sensitive mechanisms
- commercial deployments
- governance and security-critical modules
Final decision should be made after legal and IP review.