BattleBlocks AI: from design to a verified Rust/WASM engine foundation.
We are building a mobile puzzle duel for Solana Seeker. The Builder places falling blocks; the Chooser controls the next piece from a constrained hand. The challenge is to climb, recover and hold a safe stack, then swap roles. AI practice, capped assistance and optional verifiable Solana match receipts are planned.
Our latest implementation adds the climb-recover-hold objective scheduler. Thirty independent expected-response fixtures pass in native Rust, Node/WASM and actual Chromium, alongside retained motion, replay and geometry conformance checks. Clean source-bound CI passed. The cases cover activation, recovery and hold timing, line-clear compaction, deadline boundaries, failure precedence and exactly-once terminal results.
This is verified engine groundwork. We still need to connect physics and objective state, complete the two-round match/rematch flow, and build the mobile UI, multiplayer, AI gameplay and Solana receipt integration. We have not yet demonstrated a playable phone build or an on-chain match receipt.
Next: turn the tested components into a playable duel, then test private two-phone matches and the optional result-to-receipt-to-verifier flow. We want evidence that players enjoy both roles and choose to rematch.
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