#staking

Live on-chain data for Sifchain (chain id sifchain-1) — the Cosmos-SDK Layer-1 omni-chain decentralised exchange, whose native token is ROWAN — served directly from public LCD/REST nodes with multi-node failover. The status endpoint returns the latest block height and time, chain id, the staking bond denom and the current minting inflation rate. The validators endpoint lists the active bonded validator set ranked by stake, each with its moniker, operator address, self-plus-delegated ROWAN, commission rate and jailed flag. The supply endpoint returns the total ROWAN supply, the amount bonded in staking and the resulting bonded ratio. The governance endpoint returns the most recent on-chain proposals with their id, title, status and voting window. ROWAN uses an 18-decimal base denomination which is converted to whole ROWAN with exact big-integer scaling, and every figure is read live from the chain — nothing bundled or modelled — behind a short server-side cache with keep-warm so the feed stays fast and fresh. Ideal for staking dashboards, validator and delegator tooling, explorers, governance trackers and portfolio or analytics apps across the Cosmos and cross-chain DEX ecosystem. Live keyless upstream. 5 endpoints.

api.oanor.com/sifchain-api

Live on-chain data for Desmos (chain id desmos-mainnet) — the Cosmos-SDK Layer-1 purpose-built for decentralised social networking, whose native token is DSM — served directly from public LCD/REST nodes with multi-node failover. The status endpoint returns the latest block height and time, chain id, the staking bond denom and the current minting inflation rate. The validators endpoint lists the active bonded validator set ranked by stake, each with its moniker, operator address, self-plus-delegated DSM, commission rate and jailed flag. The supply endpoint returns the total DSM supply, the amount bonded in staking and the resulting bonded ratio. The governance endpoint returns the most recent on-chain proposals with their id, title, status and voting window. Token amounts are converted from base micro-DSM (6 decimals) into whole DSM, and every figure is read live from the chain — nothing bundled or modelled — behind a short server-side cache with keep-warm so the feed stays fast and fresh. Ideal for staking dashboards, validator and delegator tooling, explorers, governance trackers and portfolio or analytics apps across the Cosmos and decentralised-social ecosystem. Live keyless upstream. 5 endpoints.

api.oanor.com/desmos-api

Live on-chain data for Shentu (chain id shentu-2.2) — the security-focused Cosmos-SDK Layer-1 of the CertiK ecosystem, whose native token is CTK — served directly from public LCD/REST nodes with multi-node failover. The status endpoint returns the latest block height and time, chain id, the staking bond denom and the current minting inflation rate. The validators endpoint lists the active bonded validator set ranked by stake, each with its moniker, operator address, self-plus-delegated CTK, commission rate and jailed flag. The supply endpoint returns the total CTK supply, the amount bonded in staking and the resulting bonded ratio. The governance endpoint returns the most recent on-chain proposals with their id, title, status and voting window. Token amounts are converted from base micro-CTK (6 decimals) into whole CTK, and every figure is read live from the chain — nothing bundled or modelled — behind a short server-side cache with keep-warm so the feed stays fast and fresh. Ideal for staking dashboards, validator and delegator tooling, explorers, governance trackers and portfolio or analytics apps across the Cosmos and security-infrastructure ecosystem. Live keyless upstream. 5 endpoints.

api.oanor.com/shentu-api

Live on-chain data for Carbon (chain id carbon-1) — the Switcheo-built Cosmos-SDK Layer-1 for decentralised derivatives and spot trading, whose native token is SWTH — served directly from public LCD/REST nodes with multi-node failover. The status endpoint returns the latest block height and time, chain id, the staking bond denom and the current minting inflation rate. The validators endpoint lists the active bonded validator set ranked by stake, each with its moniker, operator address, self-plus-delegated SWTH, commission rate and jailed flag. The supply endpoint returns the total SWTH supply, the amount bonded in staking and the resulting bonded ratio. The governance endpoint returns the most recent on-chain proposals with their id, title, status and voting window. SWTH uses an 8-decimal base denomination which is converted to whole SWTH with exact big-integer scaling, and every figure is read live from the chain — nothing bundled or modelled — behind a short server-side cache with keep-warm so the feed stays fast and fresh. Ideal for staking dashboards, validator and delegator tooling, explorers, governance trackers and portfolio or analytics apps across the Cosmos and DeFi ecosystem. Live keyless upstream. 5 endpoints.

api.oanor.com/carbon-api

Live on-chain data for Fetch.ai (chain id fetchhub-4) — the Cosmos-SDK Layer-1 behind the Artificial Superintelligence Alliance, whose native token is FET — served directly from public LCD/REST nodes with multi-node failover. The status endpoint returns the latest block height and time, chain id, the staking bond denom and the current minting inflation rate. The validators endpoint lists the active bonded validator set ranked by stake, each with its moniker, operator address, self-plus-delegated FET, commission rate and jailed flag. The supply endpoint returns the total FET supply, the amount bonded in staking and the resulting bonded ratio. The governance endpoint returns the most recent on-chain proposals with their id, title, status and voting window. FET uses an 18-decimal base denomination (afet) which is converted to whole FET with exact big-integer scaling, and every figure is read live from the chain — nothing bundled or modelled — behind a short server-side cache with keep-warm so the feed stays fast and fresh. Ideal for staking dashboards, validator and delegator tooling, explorers, governance trackers and portfolio or analytics apps across the Cosmos and AI-blockchain ecosystem. Live keyless upstream. 5 endpoints.

api.oanor.com/fetchai-api

Live on-chain data for Oraichain — the AI-oracle Layer-1 built on the Cosmos SDK, whose native token is ORAI — served directly from public LCD/REST nodes with multi-node failover. The status endpoint returns the latest block height and time, chain id, the staking bond denom and the current minting inflation rate. The validators endpoint lists the active bonded validator set ranked by stake, each with its moniker, operator address, self-plus-delegated ORAI tokens, commission rate and jailed flag. The supply endpoint returns the total ORAI supply, the amount bonded in staking and the resulting bonded ratio. The governance endpoint returns the most recent on-chain proposals with their id, title, status and voting window. Token amounts are converted from base micro-ORAI (6 decimals) into whole ORAI, and all figures are read live from the chain — nothing is bundled or modelled — with a short server-side cache and keep-warm so the feed stays fast and fresh. Ideal for staking dashboards, validator and delegator tooling, explorers, governance trackers and portfolio or analytics apps covering the Cosmos and AI-blockchain ecosystem. Live keyless upstream. 5 endpoints.

api.oanor.com/oraichain-api

Real-time on-chain data for Passage (chain-id passage-2), a Cosmos-SDK Layer-1 for gaming, the metaverse and NFTs, with PASG as its native coin, secured by delegated proof-of-stake. The status endpoint returns the chain id, latest block height and time, proposer and node application version so you can confirm the chain is live and producing blocks. The validators endpoint returns the full bonded validator set — each moniker, operator address, stake in PASG, commission rate and jailed flag — sorted by stake, plus the total bonded and not-bonded PASG. The supply endpoint returns the total PASG supply (in PASG and base upasg), the bonded amount and the bonded ratio. The governance endpoint returns the most recent on-chain governance proposals with title, status and voting window. The meta endpoint documents the chain, denom and decimals. Reads a live Passage Cosmos-SDK LCD node directly (with mirror fallback), so values are current to the latest block. Live, nothing stored. 5 endpoints. This serves chain-level staking, supply and governance data; for individual NFTs or game assets use a dedicated indexer API.

api.oanor.com/passage-api

Real-time on-chain data for BitSong (chain-id bitsong-2b), a Cosmos-SDK Layer-1 built for the music industry — music NFTs, artist fan tokens and streaming — with BTSG as its native coin, secured by delegated proof-of-stake. The status endpoint returns the chain id, latest block height and time, proposer and node application version so you can confirm the chain is live and producing blocks. The validators endpoint returns the full bonded validator set — each moniker, operator address, stake in BTSG, commission rate and jailed flag — sorted by stake, plus the total bonded and not-bonded BTSG. The supply endpoint returns the total BTSG supply (in BTSG and base ubtsg), the bonded amount and the bonded ratio. The governance endpoint returns the most recent on-chain governance proposals with title, status and voting window. The meta endpoint documents the chain, denom and decimals. Reads a live BitSong Cosmos-SDK LCD node directly (with mirror fallback), so values are current to the latest block. Live, nothing stored. 5 endpoints. This serves chain-level staking, supply and governance data; for individual fan tokens or music NFTs use a dedicated indexer API.

api.oanor.com/bitsong-api

Real-time on-chain data for cheqd (chain-id cheqd-mainnet-1), a Cosmos-SDK Layer-1 purpose-built for decentralised identity, verifiable credentials and trust registries, with CHEQ as its native coin (base denom ncheq, 9 decimals), secured by delegated proof-of-stake. The status endpoint returns the chain id, latest block height and time, proposer and node application version so you can confirm the chain is live and producing blocks. The validators endpoint returns the full bonded validator set — each moniker, operator address, stake in CHEQ, commission rate and jailed flag — sorted by stake, plus the total bonded and not-bonded CHEQ. The supply endpoint returns the total CHEQ supply (in CHEQ and base ncheq), the bonded amount and the bonded ratio. The governance endpoint returns the most recent on-chain governance proposals with title, status and voting window. The meta endpoint documents the chain, denom and decimals. Reads a live cheqd Cosmos-SDK LCD node directly (with mirror fallback), so values are current to the latest block. Live, nothing stored. 5 endpoints. This serves chain-level staking, supply and governance data; for DID documents or credential resolution use a dedicated cheqd resolver API.

api.oanor.com/cheqd-api

Real-time on-chain data for Agoric (chain-id agoric-3), a Cosmos-SDK Layer-1 purpose-built for JavaScript smart contracts, with BLD as its native staking coin (and IST as its stablecoin), secured by delegated proof-of-stake. The status endpoint returns the chain id, latest block height and time, proposer and node application version so you can confirm the chain is live and producing blocks. The validators endpoint returns the full bonded validator set — each moniker, operator address, stake in BLD, commission rate and jailed flag — sorted by stake, plus the total bonded and not-bonded BLD. The supply endpoint returns the total BLD supply (in BLD and base ubld), the bonded amount and the bonded ratio. The governance endpoint returns the most recent on-chain governance proposals with title, status and voting window. The meta endpoint documents the chain, denom and decimals. Reads a live Agoric Cosmos-SDK LCD node directly (with mirror fallback), so values are current to the latest block. Live, nothing stored. 5 endpoints. This serves chain-level staking, supply and governance data; for IST stablecoin or contract state use a dedicated app/contract API.

api.oanor.com/agoric-api

Real-time on-chain data for Teritori (chain-id teritori-1), a multi-chain Cosmos-SDK community hub for social, NFTs and dApps, secured by delegated proof-of-stake with TORI as its native coin. The status endpoint returns the chain id, latest block height and time, proposer and node application version so you can confirm the chain is live and producing blocks. The validators endpoint returns the full bonded validator set — each moniker, operator address, stake in TORI, commission rate and jailed flag — sorted by stake, plus the total bonded and not-bonded TORI. The supply endpoint returns the total TORI supply (in TORI and base utori), the bonded amount and the bonded ratio. The governance endpoint returns the most recent on-chain governance proposals with title, status and voting window. The meta endpoint documents the chain, denom and decimals. Reads a live Teritori Cosmos-SDK LCD node directly (with mirror fallback), so values are current to the latest block. Live, nothing stored. 5 endpoints. This serves chain-level staking, supply and governance data; for NFT collections or token prices use a dedicated indexer/market API.

api.oanor.com/teritori-api

Real-time on-chain data for Chihuahua (chain-id chihuahua-1), a community-driven Cosmos-SDK Layer-1 secured by delegated proof-of-stake with HUAHUA as its native coin. The status endpoint returns the chain id, latest block height and time, proposer and node application version so you can confirm the chain is live and producing blocks. The validators endpoint returns the full bonded validator set — each moniker, operator address, stake in HUAHUA, commission rate and jailed flag — sorted by stake, plus the total bonded and not-bonded HUAHUA. The supply endpoint returns the total HUAHUA supply (in HUAHUA and base uhuahua), the bonded amount and the bonded ratio. The governance endpoint returns the most recent on-chain governance proposals with title, status and voting window. The meta endpoint documents the chain, denom and decimals. Reads a live Chihuahua Cosmos-SDK LCD node directly (with mirror fallback), so values are current to the latest block. Live, nothing stored. 5 endpoints. This serves chain-level staking, supply and governance data; for token prices or NFTs use a dedicated market/indexer API.

api.oanor.com/chihuahua-api

Real-time on-chain data for Nolus (chain-id pirin-1), a Cosmos-SDK Layer-1 running a DeFi-lease / money-market protocol, secured by delegated proof-of-stake with NLS as its native coin. The status endpoint returns the chain id, latest block height and time, proposer and node application version so you can confirm the chain is live and producing blocks. The validators endpoint returns the full bonded validator set — each moniker, operator address, stake in NLS, commission rate and jailed flag — sorted by stake, plus the total bonded and not-bonded NLS. The supply endpoint returns the total NLS supply (in NLS and base unls), the bonded amount and the bonded ratio. The governance endpoint returns the most recent on-chain governance proposals with title, status and voting window. The meta endpoint documents the chain, denom and decimals. Reads a live Nolus Cosmos-SDK LCD node directly (with mirror fallback), so values are current to the latest block. Live, nothing stored. 5 endpoints. This serves chain-level staking, supply and governance data; for individual lease positions or token prices use a dedicated protocol/market API.

api.oanor.com/nolus-api

Real-time on-chain data for Nibiru (chain-id cataclysm-1), a Cosmos-SDK Layer-1 for DeFi with a native EVM, secured by delegated proof-of-stake with NIBI as its native coin. The status endpoint returns the chain id, latest block height and time, proposer and node application version so you can confirm the chain is live and producing blocks. The validators endpoint returns the full bonded validator set — each moniker, operator address, stake in NIBI, commission rate and jailed flag — sorted by stake, plus the total bonded and not-bonded NIBI. The supply endpoint returns the total NIBI supply (in NIBI and base unibi), the bonded amount and the bonded ratio. The governance endpoint returns the most recent on-chain governance proposals with title, status and voting window. The meta endpoint documents the chain, denom and decimals. Reads a live Nibiru Cosmos-SDK LCD node directly (with mirror fallback), so values are current to the latest block. Live, nothing stored. 5 endpoints. This serves chain-level staking, supply and governance data; for token prices or smart-contract reads use a dedicated market/contract API.

api.oanor.com/nibiru-api

Real-time on-chain data for Stargaze (chain-id stargaze-1), the Cosmos NFT marketplace Layer-1 secured by delegated proof-of-stake, with STARS as its native coin. The status endpoint returns the chain id, latest block height and time, proposer and node application version so you can confirm the chain is live and producing blocks. The validators endpoint returns the full bonded validator set — each moniker, operator address, self+delegated stake in STARS, commission rate and jailed flag — sorted by stake, plus the total bonded and not-bonded STARS. The supply endpoint returns the total STARS supply (in STARS and base ustars), the bonded amount and the bonded ratio. The governance endpoint returns the most recent on-chain governance proposals with title, status and voting window. The meta endpoint documents the chain, denom and decimals. Reads a live Stargaze Cosmos-SDK LCD node directly (with mirror fallback), so values are current to the latest block. Live, nothing stored. 5 endpoints. This serves chain-level staking, supply and governance data; for individual NFT collections or wallet holdings use a dedicated NFT/indexer API.

api.oanor.com/stargaze-api

Live on-chain data for Elys Network (chain-id elys-1), a Cosmos-SDK DeFi Layer 1 built around an on-chain AMM, perpetual futures and leveraged liquidity provision, with the ELYS token. Read the current chain status — latest block height, block time and chain id — list the active validator set with each validator moniker, staked ELYS, commission and jailed status, inspect the staking pool with bonded and not-bonded amounts and the bonded ratio, read the total ELYS supply, and explore the full multi-asset on-chain supply — the bank module holds ELYS alongside dozens of bridged IBC assets and AMM liquidity-pool shares — plus the latest on-chain governance proposals with their status and voting windows. All ELYS amounts are returned both in base units (uelys) and as whole ELYS. Distinct from other Cosmos-chain APIs on the marketplace: this surfaces the Elys Network DeFi chain specifically.

api.oanor.com/elys-api

Live on-chain data for Warden Protocol (chain-id warden_8765-1), an EVM-compatible Cosmos-SDK Layer 1 focused on intelligent on-chain applications and chain abstraction, with the WARD token. Read the current chain status — latest block height, block time and chain id — list the active validator set with each validator moniker, staked WARD, commission and jailed status, inspect the staking pool with bonded and not-bonded amounts and the bonded ratio, read the total WARD supply, and browse the latest on-chain governance proposals with their status and voting windows. WARD uses 18 decimals (EVM-style); all amounts are returned both in base units (award) and as whole WARD. Distinct from other Cosmos-chain APIs on the marketplace: this surfaces the Warden Protocol mainnet specifically.

api.oanor.com/warden-api

Live on-chain data for XION (chain-id xion-mainnet-1), a Cosmos-SDK Layer 1 built around a generalized abstraction layer with native account abstraction and stablecoin-denominated gas. Read the current chain status — latest block height, block time and chain id — list the active validator set with each validator moniker, staked XION, commission, delegator shares and jailed status, inspect the staking pool with bonded and not-bonded amounts and the bonded ratio, read the total XION supply, and browse the latest on-chain governance proposals with their status and voting windows. All XION amounts are returned both in base units (uxion) and as whole XION. Distinct from other Cosmos-chain APIs on the marketplace: this surfaces the XION mainnet specifically.

api.oanor.com/xion-api

Live on-chain data for Initia, a Cosmos-SDK Layer 1 (chain-id interwoven-1) built around interwoven rollups and a MoveVM execution layer, with the INIT token. Read the current chain status — latest block height, block time and chain id — list the active validator set with each validator moniker, voting power, staked INIT, commission and jailed status, inspect the staking pool with bonded and not-bonded token amounts, read the total INIT supply, and browse the latest on-chain governance proposals with their status and voting windows. Initia uses its own multi-token staking module (initia.mstaking) rather than the standard Cosmos staking module, so the validator and pool data reflect Initia-native staking. All INIT amounts are returned both in base units (uinit) and as whole INIT. Distinct from other Cosmos-chain APIs: this surfaces the Initia interwoven-1 network specifically.

api.oanor.com/initia-api

Live on-chain data from Archway (archway-1), the Cosmos-SDK layer-1 whose x/rewards module pays smart-contract developers a share of inflation and transaction fees. Read the dApp rewards pool (undistributed and treasury funds in ARCH); the current block's inflation and transaction rewards tracking; the rewards parameters (inflation-rewards ratio, tx-fee rebate ratio, minimum gas price); plus the staking pool with bonded ratio and validator set, the total ARCH supply and the latest block. The Archway / contract-rewards / developer-economy layer for explorers, dApp dashboards and reward trackers.

api.oanor.com/archway-api

Live on-chain data from Lava (lava-mainnet-1), the Cosmos-SDK layer-1 running the decentralized RPC / data-provider marketplace. Read every blockchain "spec" supported by the marketplace (chain id, name, enabled API interfaces, api count); the RPC providers staked to serve a given chain (moniker, address, stake, delegations, commission, geolocation, endpoint count, jail status); the current pairing epoch; plus the staking pool with bonded ratio and validator set, the total LAVA supply and the latest block. The Lava / DePIN / RPC-provider-marketplace layer for explorers, provider dashboards and infrastructure tooling.

api.oanor.com/lava-api

Live on-chain data from Babylon (bbn-1), the Cosmos-SDK layer-1 running the leading trustless Bitcoin-staking protocol. Read the registered BTC-staking finality providers (moniker, commission, jailed/slashed status, highest voted height); the active BTC delegations (staker, finality-provider set, staked sats / BTC amount, status, start height); the Bitcoin-staking protocol parameters (covenant quorum, min/max staking, max finality providers, BTC confirmation depth); the current epoch; plus the staking pool with bonded ratio and validator set, the total BBN supply and the latest block. The Babylon / Bitcoin-staking / BTC-restaking layer for explorers, staking dashboards and yield trackers.

api.oanor.com/babylon-api

Live on-chain data from Umee (umee-1), the Cosmos-SDK layer-1 running the x/leverage cross-chain money market. Read every registered lending market with its oracle price, supply and borrow APY, supplied/borrowed/liquidity and uToken exchange rate; the full summary of a single market by denom; the leverage module risk parameters (liquidation thresholds and fees); the addresses currently flagged with bad debt; plus the staking pool with bonded ratio and validator set, the total UMEE supply and the latest block. The Umee / cross-chain-lending / money-market layer for DeFi dashboards, risk tools and yield trackers.

api.oanor.com/umee-api

Live on-chain data from Provenance (pio-mainnet-1), the Cosmos-SDK layer-1 built by Figure for real-world-asset finance. Read the marker module — Provenance's tokenized-asset primitive: the registry of on-chain markers (tokenized assets and restricted security tokens) with each marker's denom, status, type (COIN vs RESTRICTED), on-chain supply and transfer/governance flags; the full detail of any marker including its access-control grants and required holder attributes; the address-level holders of a marker; plus the staking pool with bonded ratio and validator set, the total HASH supply and the latest block. The Provenance / RWA / tokenized-securities layer for explorers, asset dashboards and compliance tooling.

api.oanor.com/provenance-api

Live on-chain data from Coreum (coreum-mainnet-1), a Cosmos-SDK layer-1 whose native asset-ft module gives every fungible token programmable on-chain features. Read the registry of issued smart fungible tokens (denom, issuer, on-chain supply), the full detail of any token including its programmable features (minting, burning, freezing, whitelisting), burn rate, send-commission rate and admin, the tokens issued by a given address, the staking pool with bonded ratio and validator set, the total CORE supply and the latest block. The Coreum / smart-token / programmable-asset layer for explorers, token dashboards and DeFi tooling.

api.oanor.com/coreum-api

Live on-chain data from the Sentinel Hub (sentinelhub-2), the Cosmos-SDK chain behind the decentralized VPN (dVPN) marketplace. Read the dVPN node registry (each hosting node's address, per-gigabyte and per-hour bandwidth prices, advertised remote address and active/inactive status), the registered dVPN providers, the staking pool with bonded ratio and validator set, the total DVPN supply and the latest block. The Sentinel / dVPN / bandwidth-marketplace layer for explorers, node dashboards and staking tools.

api.oanor.com/sentinel-api

Live on-chain data for Persistence (the liquid-staking & RWA Cosmos L1 behind pSTAKE, chain core-1) with no key: staking economics (bonded vs unbonded XPRT, bonded ratio, staking parameters), the active validator set (moniker, voting power, commission, status), the total XPRT supply, monetary inflation (annual rate, annual provisions, mint parameters), the latest governance proposals, and the latest block.

api.oanor.com/persistence-api

Live on-chain data for MANTRA Chain (the real-world-asset (RWA) tokenization L1, chain mantra-1) with no key: staking economics (bonded vs unbonded OM, bonded ratio, staking parameters), the active validator set (moniker, voting power, commission, status), the total OM supply, monetary inflation (annual rate, annual provisions, mint parameters), the latest governance proposals, and the latest block.

api.oanor.com/mantra-api

Live on-chain data for Saga (the chainlet-launchpad L1 that lets projects spin up app-specific chains, chain ssc-1) with no key: staking economics (bonded vs unbonded SAGA, bonded ratio, staking parameters), the active validator set (moniker, voting power, commission, status), the total SAGA supply, monetary inflation (annual rate, annual provisions, mint parameters), the latest governance proposals, and the latest block.

api.oanor.com/saga-api

Live on-chain data for Dymension (the modular RollApp settlement layer L1, chain dymension_1100-1) with no key: the RollApp registry (every RollApp on the hub, with id, owner, description and website), the Dymension hub staking economics (bonded vs unbonded DYM, bonded ratio, parameters), the active validator set, the total DYM supply, and the latest block.

api.oanor.com/dymension-api

Live on-chain data for Kujira (the zero-inflation, fee-funded Cosmos DeFi L1, chain kaiyo-1) with no key: the on-chain price oracle (validator-fed USD exchange rates for dozens of assets), the Kujira chain staking economics (no inflation; fee-funded), the active validator set, the total KUJI supply, and the latest block.

api.oanor.com/kujira-api

Live on-chain data for Stride (the Cosmos liquid-staking hub L1, chain stride-1) with no key: the liquid-staking host zones (every chain Stride liquid-stakes, with its stToken, redemption rate and total staked), the Stride chain own staking economics, the active validator set, the total STRD supply, and the latest block.

api.oanor.com/stride-api

Live on-chain data for Juno Network (the CosmWasm smart-contract hub L1, chain juno-1) with no key: staking economics (bonded vs unbonded JUNO, bonded ratio, staking parameters), the active validator set (moniker, voting power, commission, status), the total JUNO supply, monetary inflation (annual rate, annual provisions, mint parameters), the latest governance proposals, and the latest block.

api.oanor.com/juno-api

Live on-chain data for Akash Network (the decentralized cloud-compute marketplace L1, chain akashnet-2) with no key: staking economics (bonded vs unbonded AKT, bonded ratio, staking parameters), the active validator set (moniker, voting power, commission, status), the total AKT supply, monetary inflation (annual rate, annual provisions, mint parameters), the latest governance proposals, and the latest block.

api.oanor.com/akash-api

Live on-chain data for Neutron (the Cosmos integrated DeFi L1, chain neutron-1) with no key: staking economics (bonded vs unbonded NTRN, bonded ratio, staking parameters), the active validator set (moniker, voting power, commission, status), the total NTRN supply, the on-chain community pool (treasury) holdings, and the latest block.

api.oanor.com/neutron-api

Live on-chain data for Sei Network (the parallelized EVM + Cosmos L1, chain pacific-1) with no key: staking economics (bonded vs unbonded SEI, bonded ratio, staking parameters), the active validator set (moniker, voting power, commission, status), the total SEI supply, the latest governance proposals, and the latest block.

api.oanor.com/sei-api

Read NEAR's validator set and network economics live from a public NEAR RPC endpoint — no key. NEAR is sharded proof-of-stake: validators stake NEAR, produce blocks and chunks across shards, and earn rewards. The NEAR on-chain reader resolves a single account's state and the view reader runs contract view methods, but neither surfaces the validator set, the next-epoch staking proposals, or the live network economics. This opens that. List the current epoch's validators ranked by stake — each with its account id, stake in NEAR, the blocks and chunks it produced versus expected (its uptime) and slash status; read the next-epoch staking proposals (the validators entering, leaving or re-staking for the upcoming epoch); and read the live network economics — the gas price (in yoctoNEAR), the epoch length in blocks, the protocol version and the block/chunk producer kickout thresholds. The validator / staking / network layer for NEAR explorers, staking dashboards, delegators and analytics. Distinct from the NEAR on-chain account reader and the NEAR view-function reader. Live from RPC; short cache only.

api.oanor.com/nearvalidators-api

Read Hedera's network layer live from the public Hedera Mirror Node — no key. Hedera runs on a permissioned set of council-operated consensus nodes; the Hedera on-chain reader resolves account, token and HBAR-supply state, but it does not surface the node set, the live HBAR/USD exchange rate the network itself uses, or the current network fee schedule. This opens that. List the consensus nodes with their node id, account, operator description (e.g. "Hosted by Google | US"), current and min/max stake in HBAR, rewarded vs not-rewarded stake and whether they decline rewards; read the live HBAR↔USD rate the network pins for fee calculation — current and next period, with a derived USD-per-HBAR price — the protocol's own oracle rate, not a market ticker; and read the current network gas fee schedule per transaction type. Stake is reported in HBAR (1 HBAR = 100,000,000 tinybars). The network / validator / economics layer for Hedera explorers, staking dashboards, wallets and analytics. Distinct from the Hedera on-chain reader (account / token / supply), the HCS topic reader and the HTS token browser. Live from the mirror node; short cache only.

api.oanor.com/hederanetwork-api

Cardano's stake-pool operators (SPOs) — live from the public Koios indexer, no key. Cardano is delegated proof-of-stake: ADA holders delegate to stake pools run by independent operators, who mint blocks and earn rewards. The Cardano account reader resolves which pool a single stake account delegates to, but there is no registry of the pools themselves. This opens it. List every pool the chain knows with its operator margin, fixed cost and pledge; look up one pool in full — its registered identity (ticker, name, homepage, description) from off-chain metadata plus its on-chain economics: live delegated stake, saturation, delegator count, lifetime blocks and status; and read a pool's Mark / Set / Go stake snapshots, the three-epoch pipeline Cardano uses to compute rewards. The operator layer for Cardano wallets, staking dashboards, pool explorers and analytics. Distinct from the Cardano account reader (per-account delegation), the chain-economics reader, the native-token registry and the DRep governance reader. Live from the indexer; short cache only.

api.oanor.com/cardanopools-api

The Radix Network validator set and ledger status — Radix's proof-of-stake — live from the official public Radix Gateway API, no key, nothing cached. Radix is a layer-1 built for DeFi with its own asset-oriented ledger; its network is secured by validators who stake XRD and accept delegations. This is the first Radix reader in the marketplace. Rank the validators by staked XRD, each with its name, total stake, share of network stake, fee factor and whether it is in the current active set. Look up a single validator by its component address for its stake, rank, share and fee. And read the live ledger status — the current epoch and round, the ledger state version, the validator count and the total XRD staked across the network. The validator-and-staking layer for Radix wallets, staking dashboards, delegators and analytics. Live from mainnet.radixdlt.com.

api.oanor.com/radixvalidators-api

The Avalanche Primary Network validator set — Avalanche's proof-of-stake — live from the official public Avalanche API, no key, nothing cached. Avalanche secures its Primary Network with hundreds of permissionless validators who stake AVAX (and accept delegations) on the P-Chain; this is the first Avalanche reader in the marketplace. Rank the current validators by stake weight, each with its node id, total stake (own plus delegated, in AVAX), share of network stake, uptime, delegation fee, delegator count and the validation reward pending at the end of its term. Look up a single validator by node id for its stake, rank, delegators and uptime. And read a live staking overview — the validator count, how many are connected, the total AVAX staked on the Primary Network, the current circulating AVAX supply and the average uptime of the set. The validator-and-staking layer for Avalanche wallets, staking dashboards, delegators and analytics. Live from api.avax.network.

api.oanor.com/avaxvalidators-api

The Algorand Foundation governance program, live from its official public API — no key, nothing cached. Algorand governance is a quarterly, on-chain-committed vote: ALGO holders commit stake, keep their voting commitments and earn rewards from a per-period pool. Where the on-chain reader covers ALGO balances and the app reader covers smart contracts, this surfaces the governance layer they miss. List every governance period with its total committed ALGO, governor count, reward pool and key dates. Read a single period in full — its committed ALGO (direct and LP), its reward-pool breakdown between DeFi and non-DeFi participants, its sign-up address and the voting sessions held in the period with their topics and dates. And rank a period's governors by committed ALGO, each with their eligibility, xGov status and how many voting sessions they voted in. Omit the period to default to the active (or most recent) one. The governance-and-voting layer for Algorand wallets, governor dashboards and analytics. Live from governance.algorand.foundation.

api.oanor.com/algorandgov-api

The Aptos proof-of-stake validator set and staking economics, live from the official public Aptos fullnode — no key, nothing cached. Where the Aptos account and resource readers cover balances and the view reader runs Move calls, this curates the consensus layer they miss. Rank the active validators by voting power — each with its share of total network stake, its operator and its pool address. Read the network-wide staking config: minimum and maximum stake (in APT), the recurring lockup period, the per-epoch reward rate, the voting-power increase limit and the current epoch. And inspect any single stake pool for its active, inactive and pending stake (in APT), the operator that runs the validator, the account delegated to vote, and the unlock timestamp. The staking-and-validator layer for Aptos wallets, staking dashboards, delegators and on-chain analytics. Live from fullnode.mainnet.aptoslabs.com.

api.oanor.com/aptosvalidators-api

Read the live Sui validator set and staking economics from a public Sui fullnode JSON-RPC — no key. Sui is delegated proof-of-stake; this surfaces what account- and coin-readers miss: the active validators ranked by stake, each with its commission rate, live APY, voting power and staking-pool balance; any single validator's full profile (rewards pool, gas price, metadata); and the current epoch's system state — total stake, validator count, reference gas price, storage fund and epoch timing. The staking-and-validator layer every Sui wallet, staking dashboard, delegator and analytics tool needs to decide where to stake and how the network is secured. Live from the chain; short cache only.

api.oanor.com/suivalidators-api

Read live Tezos staking and delegation data from the public TzKT indexer — no key. Tezos secures itself through "bakers" (its validators) that stake XTZ and accept delegations; this surfaces the layer that account- and operation-level APIs miss. Rank the active bakers by stake with their delegated balance, number of stakers and commission fee; look up any single baker for its full profile (balances in XTZ, stakers, delegation, activity); and read the current protocol cycle — its index, rights-snapshot level, total baking power and the number of bakers and delegators — so stakers can judge yield and decentralization before they delegate. The staking-and-baker layer every Tezos wallet, delegation dashboard, staker and analytics tool needs. Live from the indexer; short cache only.

api.oanor.com/tezosbakers-api

Read the live economic state of any Cosmos SDK chain from public LCD/REST endpoints — no key — across the Cosmos Hub, Osmosis, Celestia, Injective, Juno and dozens more via one chain parameter. The staking endpoint returns the network's bonded and unbonded tokens, the bonded ratio (how much of the supply is securing the chain) and its current inflation; the governance endpoint returns the latest on-chain proposals with their status and voting timeline; and the supply endpoint returns the total supply of the chain's staking token plus its community pool. Distinct from validator- and account-level APIs: this is the chain-economics and governance layer for Cosmos wallets, stakers, dashboards, validators and analytics. Live; short cache only.

api.oanor.com/cosmoschain-api

Live protocol metrics for EigenLayer (EigenCloud), the protocol that pioneered restaking on Ethereum, keyless. Get the total value restaked, the breakdown of which assets are restaked into EigenLayer (native ETH and liquid-staking tokens like stETH, ETHx, swETH, rETH), per-chain TVL and protocol fees. One combined overview endpoint snapshots it all. Live, nothing stored. The restaking-metrics layer for DeFi dashboards, staking, LRT and risk apps — distinct from DEX, lending and generic DeFi/TVL browsers, this is EigenLayer restaking specifically, including the restaked-asset composition.

api.oanor.com/eigenlayer-api

The major Ethereum liquid-staking tokens (LSTs) compared side by side, read keyless directly from the Ethereum blockchain via a public RPC node. When you stake ETH through Lido, Rocket Pool, Coinbase, Binance or Frax you receive a liquid-staking token — wstETH, rETH, cbETH, wBETH or sfrxETH — whose on-chain exchange rate against ETH climbs as staking rewards accrue. Those rates, and the yields implied by how fast they climb, differ between providers, and that spread is exactly what someone choosing where to stake (or arbitraging between LSTs) needs in one place. The rates endpoint is the comparison table: every tracked LST with its live ETH exchange rate, its net staking APR over the last week (derived from the on-chain rate growth), its token supply and its issuer, ranked by yield. The token endpoint drills into one LST by symbol — its rate, supply, ETH backing (TVL) and the APR over the last day, week and month. The convert endpoint converts any amount between any LST and ETH, or between two LSTs, at the current on-chain rates. This is the cross-LST comparison cut — distinct from the single-protocol feeds (lido, Rocket Pool, ether.fi) and the DeFi-TVL feeds: it is about the exchange rates and on-chain-derived yields of the staking tokens themselves. Every number is read live from each token contract; APR is derived from real historical on-chain state, not a marketing figure. Rates are ETH per token. Keyless, nothing stored beyond a short cache.

api.oanor.com/lstcompare-api

Live data for Lido, the largest liquid-staking protocol in crypto, read keyless directly from the Ethereum blockchain via a public RPC node. Stake ETH with Lido and you get stETH, a rebasing token worth one ETH that earns Ethereum staking rewards; wstETH is the wrapped, non-rebasing version whose exchange rate against stETH grinds upward as rewards accrue — the form most of DeFi actually holds. Lido is by far the biggest staker of ETH, so its size and yield are a benchmark the whole staking market is measured against. The overview endpoint is the headline: how much ETH is staked through Lido (its TVL in ETH, equal to the stETH supply), the wstETH supply, the current wstETH-to-stETH exchange rate and the net staking APR. The apr endpoint computes the real, net-of-fees staking yield directly from the on-chain wstETH exchange rate — how much that rate has grown over the last day, week and month, annualised with actual block timestamps — the honest yield a wstETH holder has earned, not a marketing figure. The wsteth endpoint is the wstETH conversion reference: how much stETH one wstETH is worth and vice-versa, the wstETH supply and the share of stETH that is wrapped. The convert endpoint converts any amount between ETH, stETH and wstETH at the current on-chain rate. This is the Lido cut — distinct from ether.fi (liquid restaking), Rocket Pool (rETH) and the Ethereum staking-queue and consensus feeds. Everything is read live from the stETH and wstETH contracts; no USD value is fabricated. Keyless, nothing stored beyond a short cache.

api.oanor.com/lido-api

The live Ethereum validator entry and exit queues, read keyless straight from a public consensus-layer (Beacon) node. To stake on Ethereum you join a queue to activate a validator, and to unstake you join a separate queue to exit — both rate-limited by the protocol churn limit. The size of these queues is the cleanest real-time signal of staking demand and exit pressure: a long entry queue means capital is rushing in to stake, a long exit queue means validators are leaving. Liquid-staking protocols, exchanges, stakers and ETH analysts watch the queue to time deposits and withdrawals. The queue endpoint is the headline dashboard — how much ETH is waiting to activate (entry) versus exit, the validator counts behind each, the net flow, and an estimate of how long each queue takes to clear at the current activation/exit churn limit (256 ETH per epoch, ~6.4 min). The entry endpoint breaks down the activation side (validators already eligible and churning in, plus freshly-deposited validators not yet eligible). The exit endpoint breaks down the exit side (voluntary exits plus validators forced out by slashing). The validator endpoint looks up any single validator by index or public key: status, balance, effective balance, slashed flag and activation/exit epochs with wall-clock times. ETH amounts are the meaningful queue metric — a single post-Pectra validator can hold up to 2048 ETH — with counts given alongside. Distinct from beaconchain-api (consensus finality), the Solana validator feeds and the liquid-staking protocol feeds. Live, keyless, nothing stored beyond a short cache.

api.oanor.com/ethstakingqueue-api

The live consensus state of Ethereum's Beacon Chain — the proof-of-stake layer that secures Ethereum — read keyless straight from a public consensus-layer node. The single thing that matters for the health of proof-of-stake Ethereum is whether it is finalizing: every epoch (about every six and a half minutes) the validators are supposed to justify and then finalize the chain, and on the rare occasions that finality stalls — as it briefly did in 2023 — staking services, exchanges and bridges need to know immediately. The status endpoint returns the current head slot and epoch, how far through the current epoch the chain is and how long until the next one, the finalized and justified epochs, the finality lag (how many epochs behind finality the head is — a lag of two is healthy, a growing lag is trouble) and whether the node is fully synced and finalizing. The finality endpoint returns the finalized, current-justified and previous-justified checkpoints in detail, with how far behind the head each is in epochs and minutes. The genesis endpoint returns the chain's genesis time, how long Ethereum proof-of-stake has been running and the slot/epoch timing constants (a slot every 12 seconds, 32 slots per epoch). This is the Ethereum consensus / finality cut — distinct from the execution-layer feeds (gas, blocks, transactions), the staking-token and restaking feeds and the price feeds: it is the beacon chain's own heartbeat. Note it reports consensus state (slots, epochs, finality), not per-validator economics, which a public consensus node does not serve in one call. Times are UTC; epochs and slots are integers. No key, nothing stored beyond a short cache.

api.oanor.com/beaconchain-api

Who actually builds Ethereum's blocks and which relays deliver them — live from the public MEV-Boost relay APIs, no key. Since the Merge most Ethereum validators outsource block construction through MEV-Boost: specialised block builders compete to assemble the most valuable block (capturing MEV — arbitrage, liquidations, sandwiches — plus priority fees), relays act as trusted middlemen between builders and validators, and the validator simply signs the highest-paying block. This builder-and-relay market is one of the most important and most centralised pieces of Ethereum's infrastructure — a handful of builders win the large majority of blocks — so tracking who is winning and how much they pay is core to Ethereum decentralisation and MEV analytics. The builders endpoint ranks block builders by how many of the recent blocks they won, with each builder's block share, the total and average value (in ETH) they paid validators, and a name where the builder's public key is known. The relays endpoint shows each MEV-Boost relay's reach across the major relays (Flashbots, Ultrasound, bloXroute, Agnostic, Aestus, Titan). The blocks endpoint lists the most recent blocks delivered through MEV-Boost, each with its builder, the value paid to the proposer, gas used, transaction count and which relays delivered it. This is the block-building / MEV-Boost cut, the supply side of Ethereum block production — distinct from the blob-space fee market, the execution-gas oracle, the ETH supply/burn feed and the on-chain and DeFi feeds. Values are in ETH; everything is live. Built for Ethereum infrastructure, MEV research, staking and analytics tools.

api.oanor.com/mevboost-api

The best liquidity-pool, staking and vault yields across DeFi, with the risk profile that decides whether a headline APY is actually worth farming — live from DeFiLlama, no key. A pool can advertise 40% APY, but if it is a volatile two-token liquidity position the impermanent loss can eat the yield, and if the rate spiked yesterday it may be gone tomorrow. This API is the yield-farming screener: for every non-lending pool (DEX liquidity, staking, vaults, farms) it returns the current APY split into base and reward, the 30-day average APY, a sustained APY (the lower of the two, so a pool only scores high if it yields well both now and on average), the impermanent-loss risk and exposure (single-asset or multi-token), whether it is a stablecoin pool, the TVL and daily trading volume, and DeFiLlama's own forward prediction of whether the APY will hold, rise or fall. The pools endpoint is the full screener, filterable by project, chain, asset, stablecoin-only, exposure, IL-risk and minimum size, sorted by current or 30-day or sustained APY, TVL or volume. The best endpoint answers the question directly — the highest-yielding farms ranked by the sustained APY so the answer is real and farmable, not a one-day spike; add stablecoin=true or exposure=single for lower-risk yield. The project endpoint summarises one protocol's pools (Uniswap, Curve, Pendle, Convex). The LP / staking / vault yield-farming cut — distinct from the on-chain money-market lending-rate API (supply and borrow rates, which this one excludes entirely), from the TVL analytics APIs, and from price feeds. Ranking surfaces exclude DeFiLlama-flagged outlier pools so the best yield is one you could actually farm.

api.oanor.com/yieldfarming-api

Who secures Solana and how decentralised it is, read straight from a public Solana RPC node. Solana is proof-of-stake: validators vote with the SOL delegated to them, and the distribution of that stake decides both rewards and security. The validators endpoint ranks validators by activated stake, with each one's stake in SOL, its share of total stake, its commission and whether it is delinquent (currently failing to vote). The staking endpoint returns the staking economics — total active stake, the circulating and total SOL supply, the percentage of supply that is staked, the current inflation rate broken into its total, validator and foundation components, and the current epoch with its progress. The centralization endpoint computes the stake-centralisation metrics — the Nakamoto coefficient (the fewest validators that together control more than one third of the stake, the amount that could halt the chain under Byzantine-fault-tolerant consensus), the top-10 and top-20 stake share, and the Herfindahl concentration index. This is the Solana validator, staking and decentralisation data-cut, distinct from the Solana on-chain account/transaction API and the other staking and exchange APIs in the catalogue. Live from a public RPC, no key on the upstream, nothing stored.

api.oanor.com/solanavalidators-api

Live data from Marinade, Solana's largest liquid-staking protocol, where users stake SOL and hold mSOL (a reward-accruing token) or use Marinade Native. The overview endpoint returns the headline state — the mSOL/SOL price, the 30d and 7d staking APY, and the total value locked. The tvl endpoint returns the full TVL breakdown (staked SOL/USD, liquidity, directed, native, self and select stake). The apy endpoint returns the mSOL staking APY over 30d and 7d with the underlying price evolution. The validators endpoint returns Marinade's delegation validator set ranked by stake — each with its name, vote account, data-centre location, commission, activated stake, average APY and uptime. Read live from Marinade, nothing stored. This is Marinade's own Solana liquid-staking, mSOL-yield, TVL and validator layer — distinct from Ethereum staking feeds, on-chain explorers and DEX/price APIs.

api.oanor.com/marinade-api

Live data from Rocket Pool — the leading decentralised Ethereum liquid-staking protocol, where a permissionless network of node operators run validators and users hold rETH, a token that accrues staking rewards (its ETH value rises, no rebase). Served from Rocket Pool's public API as clean JSON, no cache. Read the protocol staking state (ETH staked through Rocket Pool, staking minipools, deposit-pool balance and rETH collateral, plus the Ethereum-wide total staked and validator count); the rETH yield (staking APR, the underlying beacon-chain APR and the ETH price); the RPL token (price in USD and ETH, total staked and supply); and the node-operator counts and commission. Read live from Rocket Pool, nothing cached. This is Rocket Pool's own liquid-staking, rETH-yield, RPL and node-operator layer — distinct from on-chain explorers, DEX/lending/perps feeds and generic price APIs.

api.oanor.com/rocketpool-api

Live on-chain data from the Decred (DCR) blockchain via the public dcrdata explorer — clean JSON, no cache. Decred is a hybrid proof-of-work / proof-of-stake cryptocurrency with on-chain governance: blocks are mined by PoW but validated by PoS tickets bought from a ticket pool, so stakeholders directly control the chain. Read the network head (best block, PoW difficulty, stake difficulty, live ticket pool); the staking layer (ticket-pool size and value, the current and next ticket price and next-price estimates); the coin supply (mined vs the 21M ultimate cap and percent issued); any block by height or hash; and any address's received, sent and unspent DCR. Read live from Decred, nothing stored. This is Decred's own hybrid PoW/PoS, ticket-staking and on-chain-governance layer — distinct from the Bitcoin, EOS, Internet Computer and other on-chain APIs and from price feeds.

api.oanor.com/decred-api

Live on-chain data from the Celestia network (TIA), the first modular data-availability blockchain, a proof-of-stake chain secured by delegated staking: an address's liquid TIA balance, total delegated (staked) TIA and pending staking rewards; the active validator set ranked by voting power with each validator's staked TIA, commission and status; a block's height, time, proposer and transaction count; and the live network economy — tip height, total TIA supply, bonded TIA and staking ratio.

api.oanor.com/celestia-api

Live on-chain data from the MultiversX network (EGLD), a high-throughput Layer 1 built on adaptive state sharding, via its public REST API. MultiversX has three execution shards plus a metachain and a native fungible-token standard, ESDT. Resolve an address's EGLD balance, its nonce, the shard it lives on, its human-readable herotag username if it has one, and the contract that owns it. Read the ESDT tokens an account holds, each decimal-adjusted with its identifier, ticker and name. Get EGLD's live monetary picture — total and circulating supply, the amount staked and the staking ratio, the price and market cap, and the staking APR. Read the live chain state — the shard count, total blocks, accounts and transactions, the current epoch and the round refresh rate. Live, no key, nothing stored. Distinct from the XRP Ledger, Stellar, TRON, Aptos, Algorand, Tezos, Cardano, Hedera, Kaspa, Cosmos, Sui, NEAR, Solana and EVM on-chain APIs and from price feeds — this is MultiversX account state, ESDT holdings, EGLD economics and sharded chain stats. Perfect for wallets, explorers and analytics apps.

api.oanor.com/multiversx-api

Live on-chain data from the NEAR Protocol (NEAR), a sharded proof-of-stake Layer 1 known for its human-readable named accounts and its access-key permission model, via a public NEAR RPC endpoint. On NEAR an account is a name like "aurora" or "example.near", not a hash, and each account authorises actions through access keys that are either full-access or function-call-scoped. Resolve an account's NEAR balance, the portion locked for staking, its storage usage and whether it holds a deployed contract. Read the account's access keys with each key's permission — full access, or a function-call key with its allowance, the contract it may call and the methods it is limited to. Get the current validator set ranked by stake, with each validator's blocks produced versus expected. Read the live chain state — the chain id, protocol version, latest block height, gas price, validator count and total stake. Live, no key, nothing stored. Distinct from the XRP Ledger, Stellar, TRON, Aptos, Algorand, Tezos, Cardano, Hedera, Kaspa, Cosmos, Sui, Solana and EVM on-chain APIs and from price feeds — this is NEAR's named-account state, access keys, staking validators and chain economics. Perfect for wallets, explorers and analytics apps.

api.oanor.com/near-api

Live on-chain data from the Cosmos Hub (ATOM), the flagship Cosmos-SDK / Tendermint chain and the hub of the inter-blockchain-communication ecosystem. The Cosmos Hub is a proof-of-stake chain built around validators and delegation. Resolve an address's liquid ATOM balance together with everything it has delegated, the validators it stakes to and its total staked amount. Read a validator's full state — its moniker and website, its voting power in ATOM, its commission rate and cap, whether it is bonded or jailed, and its self-described identity. Get the active validator set ranked by voting power. Read the live chain economics — the bonded and unbonded ATOM, the bonded ratio, the total ATOM supply, the current annual staking inflation, the community-pool balance and the active validator count. Live, no key, nothing stored. Distinct from the XRP Ledger, Stellar, TRON, Aptos, Algorand, Tezos, Cardano, Hedera, Kaspa, Solana and EVM on-chain APIs and from price feeds — this is Cosmos Hub account state, delegation, validators and staking economics. Perfect for wallets, explorers, staking dashboards and analytics apps.

api.oanor.com/cosmos-api

Live on-chain data from the Cardano blockchain (ADA) via the public Koios indexer. Resolve a stake account's whole state — total ADA controlled, UTxO balance, the stake pool it delegates to, its DRep governance vote, lifetime and withdrawable staking rewards, and registration status. Fetch the native tokens and NFTs a stake account holds, with policy id, decoded asset name, fingerprint and decimal-adjusted quantity. Read a stake pool's live economics — ticker, active and live stake, live saturation, margin, fixed cost, pledge, blocks minted and delegator count. Get the live chain tip and current-epoch active stake, transaction count and fees. Live, no key, nothing stored. Distinct from the XRP Ledger, Stellar, TRON, Aptos, Algorand, Tezos, EVM and Solana on-chain APIs and from price feeds — this is Cardano stake-account state, delegation, native-asset holdings, stake-pool economics and epoch health. Perfect for wallets, explorers, staking dashboards, delegation tools, NFT and analytics apps.

api.oanor.com/cardano-api

Live GOAT Network on-chain data via Blockscout. GOAT Network is a Bitcoin-staking Layer 2; gas and balances are in BTC. Network stats, gas prices, latest blocks, a block by height or hash, address detail with BTC balance, a transaction by hash, ERC-20 token metadata and a universal search across addresses, tokens, blocks and transactions. Real data, no key.

api.oanor.com/goat-api