INTERACTIVE PROOF MATRIX · RUNNING LIVE IN YOUR BROWSER
Five live, in-browser benchmarks demonstrating sub-millisecond deterministic control, multi-hop causal lookahead, and fail-closed formal safety gates compiled directly from native Rust to WebAssembly with 0 external network calls.
Sub-millisecond beam search proposes every move; an exact safety gate vetoes actions that open new covered holes. Measured live with 40-line clears and 0 LLM token generation.
Jump-diffusion market feed paired with an algorithmic mean-reversion strategy. Every single order is checked against 5 pre-trade invariants with instant vetoes on rogue injections and flash crashes.
Precomputed static dead-square table and recursive freeze-deadlock closure intercept unsolvable pushes before they land. Includes real BFS push-solver and interactive level editor.
Greedy agents inevitably box themselves into dead-end cavities. Gen-Zero computes live microsecond flood-fill reachability gates and projects 20-hop laser trajectories before every move.
Monotonic corner anchor gate vetoes moves that evict the max tile from its corner, backed by 6~8 ply Expectimax lookahead tree search running up to 200 decisions per second.
Every simulation state transition and lookahead tree evaluation is compiled directly from Rust to a single < 150 KB Wasm module. No remote LLM inference APIs, no variable latency, no token hallucinations.
In enterprise decision circuits, safety cannot be an afterthought prompt instruction. Gen-Zero enforces hard pre-commit gates: if an action breaches topological or algebraic invariants, it is vetoed in microseconds.
Unlike greedy single-step LLM reflexes that get trapped in local cavities, Gen-Zero combines static state reduction with bounded multi-hop tree search to guarantee global reachability.