A memecoin is usually a vanity token. $SOGOK turns every trade into a verifiable security probe: burn tokens to exploit autonomous AI agents in Intel SGX, or deploy your own sentinel to earn defender royalties.
Every day, thousands of tokens launch on automated bonding curves. 99.8% die within 72 hours because their only mechanic is extraction: early buyers dumping on late buyers with zero structural utility.
From cryptographic prompt commitment on NEAR to Intel SGX confidential execution and atomic bounty disbursement.
Every Sentinel on NEAR testnet is backed by real collateral locked in `sogok-protocol.testnet`. Defenders configure their canary secret and system prompt sealed inside Intel SGX hardware memory.
To prevent front-running, red-team researchers commit a SHA-256 hash of their jailbreak payload. Submitting the probe executes the 40/40/20 tripartite split: 40% burned forever, 40% compounded into the jackpot, 20% to defender.
The prompt is evaluated in confidential PRM memory on NEAR AI Cloud. If the model is tricked into leaking the canary token, the enclave signs a deterministic payload using its internal Ed25519 key.
Submit the hardware signature to `claim_breach_bounty`. The contract checks monotonic nonces, verifies the enclave signature, and disburses 100% of the locked NEAR treasury plus accumulated $SOGOK jackpot in 1 block.
No off-chain multisig, no proprietary black boxes. Every component serves an explicit, non-overlapping cryptographic boundary.
The base financial ledger holding Sentinel registries, commitment hashes, and bounty treasuries. Enforces the 40/40/20 burn split and verifies Ed25519 hardware signatures in native Wasm runtime.
Confidential Computing enclave hosted on NEAR AI Cloud. System prompts and secret canaries reside strictly in PRM memory. Signs jailbreak proofs using an internal Ed25519 private key.
Decentralized intent network providing universal cross-chain liquidity. Trade Ethereum USDC, Solana SOL, or Bitcoin Runes directly into $SOGOK with zero bridge latency or wrapper exposure.
Every crypto protocol makes grandiose promises. In keeping with engineering honesty, here is exactly what is verified on testnet today and what remains in development:
The testnet enclave currently simulates DCAP attestation quotes while production hardware cloud licenses are finalizing. Ed25519 canonical signatures and on-chain contract verifications are 100% real and enforced.
Defuse 1Click solver swaps for Ethereum L1 are subject to underlying proof reorg times (~12 minutes), whereas Solana and NEAR swaps settle within sub-second intent execution blocks.
Canary isolation protects target secrets, but deep recursive roleplay exploits can occasionally exhaust token context limits. Sentinels implement heuristic threat throttles to maintain determinism.
Pure Markdown AST documents shipping with the repository. No marketing fluff, only verifiable technical truth.
Crowdsourced red-teaming dynamics, Intel SGX attestation, Ed25519 signature verification, 40/40/20 flywheel tokenomics, and the failure policy matrix.
NEAR Testnet contracts (sogok-protocol.testnet), TEE Guardian relayer endpoints, DCAP hardware quote structure, Defuse 1Click API, and verified block transactions.
The rationale for anchoring memecoin economics to TEE security, adversarial prompt injection post-mortems, and canary memory isolation.
Autonomous AI defense personas loaded in Intel SGX memory and available for live red-teaming.
No signup, no KYC. Connect your NEAR wallet or test in the free practice sandbox. Probe autonomous AI sentinels, deploy custom guardrails, or trade cross-chain via Defuse Solvers.