🛡️ The "Anti-Drainer" Architecture & Trust Model

In an ecosystem plagued by wallet drainers, trust must be verified through code, not marketing. SolHunt is aggressively transparent. We designed our architecture to provide absolute mathematical certainty that your principal assets cannot be stolen.

How we prove we are not a drainer:

1. 100% Client-Side Construction: Every transaction payload is built directly in your browser. There is no backend server holding private keys, and no API that signs on your behalf.
2. Instruction-Level Isolation: Our transaction builders strictly omit transfer paradigms.
3. AI Agent & LLM Friendly: Native MCP (Model Context Protocol) support allows autonomous agents to scan and build recovery transactions safely and securely.
4. No Hidden Authorities: You sign the exact instructions. We never request persistent delegation or transfer authority over your main wallet.

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⚙️ The Recovery Engines

SolHunt currently operates 8 highly-specialized on-chain recovery engines:

Engine	Technical Execution	Action
1. Revoke Permissions	spl-token Revoke	Nullifies delegate and delegate_amount fields on SPL Token accounts, neutralizing smart contract exploit vectors.
2. Reclaim Rent	spl-token CloseAccount	Dismantles empty token accounts, triggering the BPF runtime to refund the locked ~0.002 SOL rent exemption directly to your base address.
3. Sweep Dust	Jupiter V6 Swap + spl-token Burn	Liquidates micro-balances via exact-out swap routing, or permanently burns unswappable tokens to execute CloseAccount.
4. Claim Stakes	Anchor Claim	Parses TicketAccountData for unstaking delays (Marinade, Sanctum, Jito) and executes protocol-specific claim instructions.
5. Harvest LP Fees	CLMM collectFees	Queries DexScreener/Raydium/Orca SDKs for Position NFTs and triggers pure fee harvests without touching principal liquidity.
6. MEV & Priority Fees	Tip Distribution Claim	Fetches Merkle Proofs from Kobe Network and submits them to the Jito Tip Distribution program to claim your share of MEV block space tips.
7. Dead Protocol Rescue	Anchor IDL Simulation	Identifies trapped LP tokens in decommissioned protocols (Friktion, Saber) and constructs direct contract withdrawal instructions.
8. Recover Program Buffers	BPFLoader Close	Searches for orphaned deployment chunks and executes BPF Close to recover massive (1-50 SOL) rent deposits from failed deployments.

(Note: Engine numbers correspond to our internal routing identifiers).

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🛠️ Tech Stack & Development

Built for developers and researchers to verify, fork, and learn from.

• Frontend: React 18, Vite, Tailwind CSS, Zustand
• Blockchain Execution: @solana/web3.js, @solana/wallet-adapter-react, SPL Token Standard
• Infrastructure: Helius DAS API, Jupiter V6 Aggregator, Jito Kobe Network
• Agent Intelligence: Native MCP (Model Context Protocol) integration for autonomous agents and LLMs.

Running Locally for Verification

We encourage all users to audit the code and run the client locally for maximum security verifiable execution.

git clone https://github.com/shieldspprt/solhunt-recovery.git
cd solhunt-recovery/wallet-shield
npm install
npm run dev

🤝 Contributing & License

Open to PRs. Licensed under MIT. See the code, verify the logic, and help us build a safer Solana ecosystem.

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