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MEM_SLOT_V4
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// COMPETITIVE CODE OPTIMIZATION. SOLVE. WIN. GET PAID.
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// COMPETITIVE CODE OPTIMIZATION. SOLVE. WIN. GET PAID.
Join a challenge — for free via bounties, or with an optional entry fee in competitive modes. Companies post real optimization problems. Developers compete to solve them.
Write the most efficient solution possible. Starting with Solidity gas optimization — expanding to Rust, Move, Go, SQL and beyond. Same challenge, best code wins.
The most efficient solution wins the prize pool. Bounties are funded by sponsors. Payouts are automatic and trustless — no judges, no delays, no disputes.
From zero-risk training to high-reward bounty wars — pick how you compete. Every mode runs on the same trustless pipeline.
A company posts a real optimization problem with a prize. Developers compete for free — no entry fee. The best solution wins the reward. The company gets better code, you get paid.
A sponsor posts a guaranteed prize, and players can optionally add entry fees to grow the pool even bigger. Think of it as a tournament with a guaranteed minimum — the more players, the bigger the reward.
Players enter with equal entry fees and compete head-to-head. The most efficient solution wins the prize. Optional mode for developers who want to put their skills to the test.
Practice optimization with zero risk. No entry fee, no ranking. Same challenges as the real arenas. Perfect for sharpening your skills before competing.
GasWars starts with Solidity gas optimization on EVM — but the protocol is designed to expand into every runtime where performance matters. Same competition format. Same commit-reveal. New battlegrounds.
Gas optimization on BSC. On-chain execution via staticcall. The original arena.
Optimize Move bytecode for the Sui runtime. Off-chain sandbox with oracle verification.
Compute unit optimization for Solana programs. Benchmark execution in isolated BPF sandbox.
Algorithm optimization beyond blockchain. Query performance, execution speed, memory efficiency.