Intent hits the mempool
Wallets and contracts submit signed transactions. The encrypted mempool blocks front-running before ordering is ever decided.
Gigaloop is a high-throughput EVM Layer-2: sub-cent gas, one-second soft finality, and every batch proven and settled to Ethereum. Ship the apps mainnet couldn't carry.
Speed without a safety story is a liability. Gigaloop sequences fast, but no batch is final until it is proven and settled on Ethereum. That's the line between an app-chain and a casino.
Wallets and contracts submit signed transactions. The encrypted mempool blocks front-running before ordering is ever decided.
A decentralized sequencer set produces soft-confirmed blocks in one second — fast enough for games, trading, and real-time on-chain UX.
Execution is compressed into a validity proof. No fraud window, no week-long challenge period — math, not trust assumptions.
The proof settles to L1. State is now as final as Ethereum itself — withdrawals clear in minutes, not days.
Each bar is a sealed block on Gigaloop. A parallel EVM execution engine fills them with up to a gigagas of compute per second, so a popular mint never prices ordinary users off the chain.
Liquidity should not be scattered across a dozen wrapped representations. Gigaloop runs a single canonical bridge, proof-secured, with oracles and messaging that any contract can verify on-chain.
The same gigagas block space powers very different on-chain products. Switch the deck to see how each category uses the chain.
One-second blocks and a deterministic encrypted mempool let perps and CLOB DEXs run fully on-chain matching without MEV bleeding value out of every fill.
Sub-cent gas means a game can post real player actions — not just mints — to the chain. State is provable, items are real assets, and economies survive the studio.
Tokenized T-bills, funds, and credit settle with audit-grade finality. Compliance hooks and proof receipts make the chain legible to the desks that move size.
Account abstraction and sponsored gas turn a wallet into a checkout. Send dollars on-chain for a fraction of a cent and settle to Ethereum by the end of the minute.
Public RPC and explorer access to ship your first contracts.
Dedicated throughput, sponsored gas, and indexing for production apps.
Run sequencing and proving infrastructure for the network.
Still deciding where to deploy? Here is what builders ask before they bridge their first dollar.
A validity rollup. Execution happens off Ethereum for speed, but every batch is compressed into a proof and settled on L1. Your funds inherit Ethereum security — no honest-majority sidechain assumption.
Yes. Deploy your existing Solidity and Vyper contracts unchanged. Hardhat, Foundry, viem, and ethers all work by pointing at the Gigaloop RPC.
Minutes, not days. Because finality comes from a validity proof rather than a fraud window, withdrawals settle as soon as the next proof lands on Ethereum.
A staked, rotating sequencer set with an encrypted mempool. No single operator can censor or reorder, and the proof system makes invalid state impossible to settle.
Bridge in, deploy in an afternoon, and let the proof system carry the safety. Gigaloop is the block space the next era of apps was waiting for.