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Architecture

Two execution lanes, one validator set

Cryptos is a Cosmos SDK chain with a full Ethereum Virtual Machine running alongside it — not a bridged side chain, not a separate rollup. The same validators produce blocks and reach consensus for both lanes, so there is one trust assumption to evaluate, not two.

EVM Execution

Standard Solidity contracts, standard JSON-RPC, standard tooling — wallets, indexers, and deploy scripts built for any EVM chain work against Cryptos without modification. The EVM lane carries its own numeric chain ID per network (mainnet, testnet-beta, testnet-gamma each have a distinct one), separate from the Cosmos chain ID used by the SDK side.

Cosmos Core

Underneath the EVM, Cryptos runs on the Cosmos SDK: native staking, on-chain governance, and a module system for chain-level behavior that doesn't fit neatly into a smart contract — bridging, privacy, and token issuance are all implemented as first-class modules rather than contracts bolted on top.

Module map

The custom modules that extend the Cosmos SDK base for Cryptos. Staking, bank, and governance come from the standard SDK; these are the ones built for this chain specifically.

evm

EVM Lane

Runs the Ethereum Virtual Machine inside the same block execution as the Cosmos modules.

bridge

Bridge

Validator-signed custody and lock/release logic for assets moving in and out of the chain. See Bridge.

shielded

Shielded Pool

Note commitments, nullifiers, and proof verification for the private execution lane. See Privacy.

shielded-mempool

Encrypted Mempool

Threshold-decrypted transaction queue so pending shielded transactions aren't visible before inclusion.

mint

Mint

Governance-adjustable issuance of the native CRYPTOS token.

tokenfactory

Token Factory

Lets accounts create and manage their own native Cosmos-denominated tokens.

epoch

Epoch

Drives periodic, block-height-based scheduling for other modules.

oracle

Oracle

Price-feed infrastructure present in the module set; not yet enabled for public submissions.

Research Program · Autobahn

Multi-proposer consensus

Most chains serialize every transaction through a single leader per block. Cryptos's throughput research program (internally "Autobahn") lets multiple validators propose in parallel each round, removing that single-leader ceiling. The chart shows the research program's measured progression toward its target, not a committed production number.

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6.6k
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Baseline+Batching+PipeliningMulti-proposer