Networks

Mainnet and testnet chains where we validate and offer public node services.

Akash

Mainnet

Akash Network is a decentralized cloud marketplace where providers offer compute and tenants bid for container deployments. AKT secures the chain and pays for leases. Providers run real workloads; tenants get permissionless cloud without a central host. Akash connects to other chains through IBC.

Avail

Mainnet

Avail is a base layer for modular stacks that need shared data availability and cross-ecosystem messaging. Rollups and validiums can post data to Avail so clients verify availability without trusting a single operator. AVAIL secures the network through nominated proof-of-stake.

Axone

Mainnet

Axone coordinates shared off-chain resources such as compute, storage, datasets, and workflows under on-chain rules. Participants define how work is requested, paid, and verified without executing every step on the ledger. It is aimed at open knowledge graphs and cross-protocol resource sharing.

Celestia

Mainnet

Celestia is a modular data availability (DA) layer. Rollups and sovereign chains publish block data to Celestia instead of bearing DA costs themselves. Light nodes verify availability through sampling, which keeps resource requirements lower than a full execution chain. TIA secures the network via proof-of-stake.

Gnosis

Mainnet

Gnosis Chain is an EVM-compatible proof-of-stake network that evolved from the xDai stablecoin chain. It offers low-fee transactions for payments and dapps while staying connected to Ethereum through bridges. GNO secures the chain; holders delegate to validators for consensus rewards.

ICP

Mainnet

The Internet Computer runs canister smart contracts on subnet-based infrastructure designed for web-scale applications. Canisters are WebAssembly modules that can serve HTTP and hold state. Users interact through browsers without paying gas in the traditional sense. Upgrades and economics are governed through the Network Nervous System (NNS).

Mina

Mainnet

Mina is a proof-of-stake network that keeps a succinct blockchain by using recursive zero-knowledge proofs instead of storing full history on every node. Nodes verify the latest proof rather than replaying the entire chain. Smart contracts are written in TypeScript via o1js. MINA is used for staking and block production.

Obol

Mainnet

Obol enables Distributed Validators (DVs) on Ethereum: one validator key run collaboratively by a cluster of node operators. Clusters coordinate duties so one offline machine does not halt the entire validator. Obol tooling covers cluster formation, monitoring, and charter-based operator sets.

Passage

Mainnet

Passage is a chain built for immersive worlds, 3D assets, and creator-owned virtual content. PASG secures the network. On-chain state can represent worlds and assets so creators retain ownership across apps. The chain targets interactive media and spatial experiences rather than general DeFi.

Shentu

Mainnet

Shentu (formerly CertiK Chain) is an L1 focused on security scores, oracle data, and trust metadata for smart contracts. Protocols can publish and consume security-related signals on-chain. CTK is used for staking, governance, and fees.

SKALE

Mainnet

SKALE is a network of Ethereum-compatible elastic chains that give applications dedicated blockspace and configurable performance. Each SKALE chain can tune storage and throughput for its use case while staying EVM compatible. Many SKALE chains sponsor gas for end users. Security ties back to Ethereum through SKALE staking models.

SSV

Mainnet

SSV (Secret Shared Validators) splits an Ethereum validator key into encrypted shares operated by independent node operators. No single operator holds the full key, reducing single-host failure and certain slashing scenarios. Stakers select operators inside the SSV network when forming or joining a validator.

Celestia Testnet

Testnet

The Celestia public testnet mirrors mainnet data availability features for rollups, light nodes, and DA integration tests. Use it to exercise blob submission, light-client verification, and tooling before mainnet. Tokens and state are for testing only; they have no mainnet value.