Capcomp

Sports bettors face a fundamental trust problem: how do you know if an analyst's track record is real? A claimed 65% win rate could be cherry-picked past picks, fake results, or outright fabrication. Even when you find someone with a genuine edge, you have no way to verify they're actually using their claimed strategy rather than adjusting their picks after the fact. Simultaneously, analysts with real expertise have no credible way to monetize their edge—sharing picks publicly destroys their value, and asking people to trust them based on reputation alone doesn't scale.

The status quo forces bettors to either trust opaque services that provide zero verifiable proof of performance, or build their own analysis and take all the risk themselves. There's no infrastructure where an analyst can prove their picks work without revealing them to everyone.

Djinn solves this by inverting the trust model: analysts encrypt their picks on-chain, preventing anyone—including the platform operators—from seeing what was actually picked. When a game concludes, validators running the public ESPN API independently verify the outcome and compute a quality score via cryptographic consensus. The score is recorded on-chain and attributed to the analyst. Buyers see only the track record (favorable outcomes, unfavorable outcomes, ROI) and can verify it came from real game results, not fabricated data. The encryption and the on-chain attestation make it impossible to fake a track record; the only way to build a reputation is to actually make correct picks.

Validators never learn individual picks (they reconstruct only an aggregate quality score via multi-party computation), miners verify real betting lines exist before any settlement occurs, and smart contracts on Base chain handle escrow, collateral lockup, and settlement. The entire system runs as a decentralized subnet on Bittensor, with validators and miners incentivized to participate via TAO emissions.

Djinn Protocol (Bittensor Subnet 103) is a decentralized platform for encrypted sports betting signal distribution and verification. Geniuses sell encrypted predictions with collateral-backed SLAs, Idiots purchase access to signals based on verifiable track records, Miners verify real-time betting line availability via TLSNotary proofs, and Validators hold Shamir key shares, coordinate MPC for key reconstruction, and attest game outcomes on-chain via Base chain smart contracts. The protocol keeps signals encrypted end-to-end and records quality scores on-chain without revealing individual picks.