Post
Using zero-knowledge proofs or trusted-execution-environment attestations to verify that game actions were legitimate.
A persistent onchain gaming problem: how do you trust that someone's recorded play was legit and not cheated? Zero-knowledge proof systems let a player prove 'I completed this run following the rules' without revealing the full input trace, while TEE-based solutions run the game in hardware-attested enclaves. Both approaches are early but promising, especially for high-stakes tournaments and onchain leaderboards.
Example
Cartridge's Dojo engine experiments with proof-of-run systems. ZK-gaming projects on Starknet use SNARK-based verification for tournament entries. Olympus Zero and others in 2024 pushed TEE-based verification as an alternative path.
Why it matters
Verification is the unsolved piece of onchain competitive gaming. Solving it cleanly would unlock trust-minimized tournaments with real prize pools, and it is the technical problem most directly linking ZK research to playable games.
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