# Federated Knowledge Network *A distributed, trust-first wiki network serving as the foundation layer of humanity's collective knowledge commons.* ## Architecture Overview ``` SECURED_BY: Content addressing + Cryptographic signatures ENFORCES: - Single namespace across many autonomous nodes - Tamper-evident content with cryptographic provenance - Pluralistic verification acknowledging diverse knowledge systems - Offline-first design for global accessibility - Balanced transparency and privacy protection METRICS: - Knowledge access equity across regions - Node distribution and resilience - Time from discovery to implementation - Cross-domain knowledge integration - Verification diversity rates ``` ## Core Implementation Components ### Node Federation Structure The network consists of many independent servers sharing a single namespace: - Any organization can run a Wiki Node (universities, libraries, community groups) - Nodes synchronize through a gossip protocol where each page revision is a signed, content-addressed block - Content redundancy ensures that if a node disappears, no information is lost - Federation enables global reach with local resilience, allowing participation even from regions with intermittent connectivity The network topology forms a resilient mesh where nodes like Berlin, Nairobi, São Paulo, and Toronto all communicate through gossip protocols, creating a system with no single point of failure. ### Block Format and Structure Each wiki page revision is represented as an immutable block with the following structure: ``` Field | Note ------------|------------------------------------------ hash | blake3(canonicalJSON) parent | previous revision hash (or null) authorSig | ed25519 signature of author's key timestamp | Unix ms (for UX, not ordering) guildTag | optional domain label (e.g., "climate") payload | Markdown + YAML front-matter langCode | ISO language code (multilingual support) privacyMode | "public" or "zk-verified" (for sensitive data) ``` A revision is immutable once published, with the current page view being simply the tip of the longest valid chain. This structure ensures both provenance tracking and version control. ### Trust and Provenance Mechanisms Trust in the network is established through multiple layers: 1. **Content Addressing**: Guarantees tamper-evidence—change one byte, get a new hash 2. **Cryptographic Signatures**: Binds revisions to real or pseudonymous keys 3. **Guild Validation** (Optional): Specialized nodes can co-sign revisions after domain-specific checks 4. **Reputation Ledger**: Each key's trust score is weighted by the guilds that endorsed them 5. **Pluralistic Verification**: Multiple validation paths for different knowledge traditions When conflicting information exists, both chains remain visible with the interface highlighting the fork until resolution through guild validation or consensus. ### Editing and Contribution Workflow The system provides a simple workflow for knowledge contribution: ```bash $ wiki init . # edits article.md in editor $ wiki commit -m "Add replication dataset link" -> generates hash b3ca… -> signs with user key $ wiki push -> broadcasts block to peers ``` Nodes receiving the block verify the signature and parent hash, then gossip it to other nodes. Guild-tagged content gets automatically queued for specialized validation. ### Anti-Spam and Quality Control The system prevents spam and false claims through: - **Stake-Based Rate Limiting**: Contributors post small deposits, refunded if content is not reverted - **Automated Validation**: Rejecting malformed content, broken links, or missing datasets - **Guild Verification**: Domain-specific nodes running reproducibility checks and plagiarism scans - **Reversion Penalties**: If multiple independent nodes mark content as false, the author's stake is burned - **Trust-Based Interfaces**: Users can filter content based on trusted keys and guilds - **Diversity Monitoring**: Alerts when validation comes from homogeneous sources ### Inter-Node Synchronization The technical implementation includes: - **Protocol**: libp2p gossip-sub with delta-CRDT of hash tips - **Bulk Transfer**: HTTP + IPFS for large media files - **Merge Rules**: Longest valid signature chain preferred, with ties shown as forks - **Storage Policy**: Nodes keep full history, pruning only detached forks after aging - **Offline Support**: Mobile clients sync when connectivity returns, essential for global participation ### Machine-Readable Knowledge All content in the network is designed for both human and machine consumption: - Every revision is canonical JSON, easily integrated with search engines and AI systems - Datasets are referenced by content IDs for programmatic access - Attribution tracking ensures AI systems trained on the knowledge maintain proper citation - Structured metadata enables semantic queries and knowledge graph construction ### Solarpunk-Lunarpunk Balance The system balances public transparency with necessary privacy: | Solarpunk Elements (Public Trust) | Lunarpunk Elements (Protected Space) | |-----------------------------------|--------------------------------------| | Content-addressed transparency | Zero-knowledge validation options | | Open peer review | Pseudonymous contribution | | Public reputation scores | Private key management | | Community curation | Sovereign enclaves | | Visible attribution chains | Right-to-be-forgotten requests | ## Advantages Over Centralized Approaches The federated approach offers numerous benefits compared to centralized knowledge repositories: | Central Wikipedia | Federated Knowledge Network | |-------------------|------------------------------| | Single server cluster | Many autonomous nodes | | Edit guardians (admins) | Stake-based anti-spam + guild review | | Plain prose only | Markdown, data blobs, Jupyter notebooks | | Trust = social policy | Trust = signatures + reversions | | Downtime risk | Self-healing via peer replication | | Western-biased validation | Pluralistic verification paths | | Primarily English | First-class multilingual support | | Centralized governance | Constitutional commons | | AI-vulnerable | AI-governance integrated | ## Implementation Strategy 1. **Phase 1**: Core protocol definition and reference node implementation 2. **Phase 2**: Basic content creation and synchronization infrastructure 3. **Phase 3**: Guild validation integration 4. **Phase 4**: Reputation and stake-based quality control 5. **Phase 5**: Advanced privacy features and AI integration ## Related Components - [[Knowledge Commons Architecture]] - [[Guild Governance]] - [[Federated Truth Protocol]] - [[Shared Infrastructure Layer]] ## Philosophical Foundation The network creates a knowledge commons where anyone can contribute regardless of location, language, or institutional affiliation—while maintaining rigorous quality standards. This isn't just a better wiki; it's the substrate for a planetary intelligence that respects both our commonality and our diversity. See: [[Platonic Dialogue - The Knowledge Commons]]