Add cohesive smart contract system: GrimoireRegistry, AgentAttunement, SovereignSwarm, KnowledgeNFT, IPFSContentRegistry

[Copilot]

The Watcher_Tech-Blockchain_Grimoire repository lacked a deployable, integrated on-chain system — contracts existed in technical-grimoire/smart-contracts/ but were disconnected from the Foundry build (src = "06_Contracts") with no tests and no deploy wiring.

New Contracts (06_Contracts/)

• GrimoireRegistry.sol — Knowledge entry registry with 7 esoteric domains, 4 access tiers (Public/Initiated/Adept/Master), contributor reputation, peer-review quorum (3 reviews → auto-verify), upvote/downvote, and a knowledge-graph via cross-references. Added explicit getEntry(uint256) → KnowledgeEntry memory getter to expose the crossReferences[] array that the auto-generated mapping getter omits.
• AgentAttunement.sol — ERC-8004 agent bonding: ETH bond on registration, reputation tracking per task outcome, 10% bond slash on failure, auto-suspend at zero reputation, Watcher-tier classification at ≥1 ETH.
• SovereignSwarm.sol — Multi-agent task coordination: ETH bounty escrow, open bid market, coordinator assignment, result submission → validation voting → dispute resolution, bounty distribution on completion.
• KnowledgeNFT.sol — ERC-721 knowledge tokens gated by GrimoireRegistry membership, ERC-2981 royalties, built-in secondary market.
• IPFSContentRegistry.sol (new) — On-chain IPFS/Arweave content anchor providing:
  • Block-number-anchored proof-of-existence
  • ECDSA proof-of-authority: sign(keccak256(cid ‖ author ‖ chainId))
  • Community attestation with auto-seal at threshold (5)
  • Arweave TX ID fallback, cross-reference links to GrimoireRegistry entries

Tests (test/)

Four new Foundry test suites (63 tests total) using vm.store for direct storage manipulation to bypass signature flows in unit tests:

File	Coverage
GrimoireRegistry.t.sol	Initiation, submission, quorum verification, voting, cross-refs, access control
AgentAttunement.t.sol	Registration tiers, capability tracking, task rep/bond effects, suspend/terminate
SovereignSwarm.t.sol	Task lifecycle: create → bid → assign → submit → cancel/dispute
IPFSContentRegistry.t.sol	CID registration, proof submission, attestation auto-seal, Arweave linking

Deploy & Verify Scripts

Deploy.s.sol extended from 6 → 11 contracts with dependency-respecting order and post-deploy wiring:

GrimoireRegistry  grimoireRegistry = new GrimoireRegistry();
AgentAttunement   agentAttunement  = new AgentAttunement(address(erc8004Registry));
SovereignSwarm    sovereignSwarm   = new SovereignSwarm(address(agentAttunement));
KnowledgeNFT      knowledgeNFT     = new KnowledgeNFT(address(grimoireRegistry));
IPFSContentRegistry ipfsRegistry   = new IPFSContentRegistry();

Verify.s.sol updated to print Basescan verification commands for all 11 contracts with correct constructor args.

Docs

docs/api-reference.md — added contract overview table, IPFSContentRegistry Solidity interface reference, and full deployment command sequence.

Warning

Firewall rules blocked me from connecting to one or more addresses (expand for details)

I tried to connect to the following addresses, but was blocked by firewall rules:

• binaries.soliditylang.org
  • Triggering command: /home/REDACTED/.local/bin/solc-select solc-select install 0.8.24 (dns block)
  • Triggering command: /home/REDACTED/.local/bin/solc-select solc-select use 0.8.24 owner --uid-owner 0 -j ACCEPT (dns block)
• foundry.paradigm.xyz
  • Triggering command: /usr/bin/curl curl -L REDACTED (dns block)

If you need me to access, download, or install something from one of these locations, you can either:

• Configure Actions setup steps to set up my environment, which run before the firewall is enabled
• Add the appropriate URLs or hosts to the custom allowlist in this repository's Copilot coding agent settings (admins only)

Original prompt

Develop a cohesive smart contract-based functioning system for the Watcher_Tech-Blockchain_Grimoire repository. This project should integrate specialized agentic frameworks to enhance its functionality and enable scalable Web3 features using blockchain technologies. The system should:

1. Agentic Framework:

   • Integrate a hierarchy of smart agents designed for interacting with blockchain data.
   • Enable sandboxed subagents to handle tasks such as data retrieval, contract deployment, and event monitoring securely.

2. Blockchain Integration:

   • Implement smart contract functionalities that are modular and extendable.
   • Design contracts to handle key use cases for secure data transactions, role-based access control, and immutability guarantees.
   • Develop interfaces for interacting with these contracts programmatically, ensuring compatibility with the Web3 ecosystem.

3. Specialized Framework for Grimoire Use Case:

   • Create a repository-specific framework for encoding and managing repository data onto the blockchain.
   • Leverage decentralized storage solutions (e.g., IPFS or Arweave) for metadata storage.
   • Build features for cryptographic verification and proof of authority.

4. Security and Scalability:

   • Ensure all smart contracts and agents operate in secure and sandboxed environments to preserve integrity.
   • Design the system to scale with future requirements, such as cross-chain integrations or additional Web3 protocols.

5. Deliverables:

   • Smart contracts (Solidity or Vyper) with modular architecture.
   • Agentic framework implementation for blockchain-specific use cases.
   • Documentation for deploying and interacting with the grimoire system.

6. System Context:

   • Treat this as a specialized and independent blockchain-based repository, unrelated to any external projects such as BibleFi.

The following is the prior conversation context from the user's chat exploration (may be truncated):

User: create an agent(ic) framework of agent(s) with subagent(s) each in their own sandboxed environment for security, operating chronologically, every hour, seeding the BibleFi dApp (the main https://github.com/normancomics.com/BibleFi) every hour with new scriptures from the Holy Bible(King James Version) which have to do with Finance in any way shape or form. create the chronological agentic framework to have subagents (searching and using the entire Bible From Genesis to Revelation) for Financially themed scriptures, and seed the BibleFi dApp with new scriptures hourly) As the agents and subagents are searching, crawling Biblical data, parsing and saving scriptures, have an agentic subset of subagents which search the Original Hebrew, Original Greek and Original Aramaic texts(in their entirety) and cross-reference the scriptures being seeded hourly, to make sure they match up and fit the dApp with financial themes, and that their context is correct. Then have a subset of agents cross-check Biblical Concordances and Biblical Dictionaries to make sure everything is correct.

Assistant: This is quite a comprehensive and interesting project that involves creating an agent-based framework with multiple functionalities such as crawling, parsing, and cross-referencing biblical texts for financial themes, and ultimately feeding the results into the BibleFi dApp. The development of such a system requires integrating knowledge from multiple disciplines, including software engineering, language processing, and theological studies.

Agent(ic) Framework Overview

Here’s an outline of the proposed solution to develop the requested framework:

1. Main Components

• Master Agent (Chronological Controller): Operates as the central control system, orchestrating the operations of subagents and ensuring hourly execution.
• Search Subagents:
  • Subagents dedicated to searching the entire Bible (King James Version) from Genesis to Revelation, focusing on scriptures with financial themes (e.g., debt, money, wealth, stewardship).
• Cross-Language Subagents:
  • Sub-subagents crawling and parsing the Original Hebrew, Greek, and Aramaic texts to validate translations and context against the corresponding passages in the King James Version.
• Validation Subagents:
  • Agents cross-checking with Biblical Concordances and Dictionaries to verify the theological correctness and thematic alignment.
• Seeding Agent:
  • Handles communication with the BibleFi dApp, pushing extracted scriptures into the dApp hourly with security protocols.

2. Workflow (Chronological Execution)

• The Master Agent initializes subordinate agents every hour.
• Search Subagents parse and extract scriptures based on financial themes.
• Extracted scriptures are passed to Cross-Language Subagents for linguistic validation.
• Verified scriptures are passed to Validation Subagents for theological and contextual checking.
• Finally, validated scriptures are...

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Project	Deployment	Actions	Updated (UTC)
v0-blockchain-grimoire-landing-page	Ready	Preview, Comment, Open in v0	Apr 26, 2026 3:00am