#mining

Litecoin's fee market, difficulty cycle and mining-pool distribution, live from the public Litecoin Space API (a mempool.space instance) — no key, nothing cached. The existing Litecoin reader covers addresses, transactions and blocks; this opens the network-economics layer it does not. Read the recommended fee rates in litoshi per virtual byte — from next-block down to economy and the relay minimum — together with the live mempool backlog. Read the difficulty adjustment: how far through the current 2016-block retarget window the chain is, the projected difficulty change, the estimated retarget date and the blocks remaining. And read the mining-pool distribution over the last week — which pools are finding Litecoin blocks, how many, their share and the network's estimated hashrate (Litecoin is mined with Scrypt, often merge-mined with Dogecoin). The fee-and-mining layer for Litecoin wallets, miners, fee estimators and analytics. Live from litecoinspace.org.

api.oanor.com/litecoinfees-api

Kaspa's network economics and BlockDAG state, live from the public Kaspa REST API — no key, nothing cached. Kaspa is the fastest proof-of-work BlockDAG (GHOSTDAG): it confirms many blocks per second in parallel and emits coins on a unique smooth, monthly "chromatic" halving schedule. The existing Kaspa reader covers addresses, UTXOs and transactions; this opens the mining-and-emission layer it does not. Read the live network hashrate (in TH/s) and BlockDAG state — the block and header counts, the number of current DAG tips and the difficulty. Read the coin supply with the circulating and maximum KAS (Kaspa caps near 28.7 billion), the percent of the supply already mined and the current per-block reward. And read the next halving — its timestamp, date and the reward it drops to. The mining-and-economics layer for Kaspa miners, wallets, explorers and analytics. Live from api.kaspa.org.

api.oanor.com/kaspametrics-api

The Bitcoin hashprice — the single number every Bitcoin miner watches: how many US dollars a unit of hashing power earns in a day. It is the mining industry's revenue benchmark (the "Hashprice Index"), and it falls every time the difficulty rises, the block subsidy halves, fees dry up or the price drops. This computes it live and keyless from on-chain data and the BTC price: the daily Bitcoin the whole network mines (block subsidy plus transaction fees), the network hashrate, and the dollar price of Bitcoin. The hashprice endpoint returns the current hashprice in dollars per PH/s per day and per TH/s per day, with the inputs behind it — the network hashrate, the daily Bitcoin mined, the share of that which is fees, and the BTC price. The breakeven endpoint turns it into a profitability check: give it your electricity cost (USD per kWh) and your rig's efficiency (J/TH) and it returns the daily revenue, power cost and profit per TH/s, the margin, and the breakeven hashprice at which you would mine at a loss. The asic endpoint runs the same maths over today's popular ASIC miners (Antminer S21, S19 XP, Whatsminer M60 and more) at your electricity cost — daily revenue, power cost and profit for each machine, ranked. This is the hashprice / mining-profitability cut — distinct from the network-security feed (difficulty, hashrate, halving), the multi-coin mining-economics feed (which ranks coins by a relative profitability index, not the dollar hashprice) and the mining-pool-distribution feed. Hashprice is in USD per PH/s and per TH/s per day; costs in USD. No key, nothing stored beyond a short cache.

api.oanor.com/hashprice-api

Bitcoin's network-security and mining-economics layer, live and keyless, powered by mempool.space — hashrate, mining difficulty, the difficulty-adjustment countdown, the halving countdown and per-window block-reward economics. These are the numbers that describe how hard Bitcoin is to mine and how secure the chain is, not a price and not a block explorer. The difficulty endpoint is the flagship: the current mining difficulty plus the live adjustment countdown — how far through the current 2016-block epoch we are, the projected size of the next adjustment (Bitcoin retargets every two weeks so blocks stay ~10 minutes apart), the blocks remaining to the retarget, the estimated retarget date and the realised average block time. The hashrate endpoint returns the current network hashrate in EH/s plus a historical hashrate-and-difficulty timeseries over a chosen window (1m to all). The halving endpoint is the countdown to the next block-subsidy halving — the current block height, the current subsidy in BTC, the next halving block and how many blocks and days remain. The rewards endpoint returns block-reward economics over a recent window: the total miner reward, the fee share, and the per-block averages, all in BTC. This is the Bitcoin difficulty / hashrate / halving cut — distinct from the Bitcoin block-explorer feed (mempool, fees, blocks, addresses, transactions), the mining-pool-distribution feed (who finds the blocks and how centralised), and the multi-coin mining-profitability feed. Hashrate in EH/s, difficulty raw and in trillions, rewards in BTC, times in UTC. No key, nothing stored.

api.oanor.com/hashrate-api

Who actually mines Bitcoin's blocks, served from the public blockchain.com pools feed. The distribution endpoint ranks the mining pools by the blocks they found over a window (24 hours to 10 days), with each pool's share of blocks and its estimated share of the network hash rate (in EH/s). The centralization endpoint turns that into mining-decentralisation metrics — the top pool's share, the top-3 and top-5 share, the Nakamoto coefficient (the fewest pools that together control more than half of the attributed blocks, a headline measure of how centralised mining is), the Herfindahl concentration index, and the share of blocks not attributed to a known pool. The pool endpoint looks up a single pool's blocks, share, rank and estimated hash rate. This is the mining-pool and hash-rate-distribution / centralisation data-cut — distinct from the mempool-snapshot, the aggregate on-chain-metrics and the price-feed APIs in the catalogue. Estimated per-pool hash rate = block share times network hash rate. Live, no key on the upstream, nothing stored.

api.oanor.com/miningpools-api

Live multi-coin crypto mining economics — no key needed. For every mineable coin: its algorithm, current network difficulty and hashrate, block reward and block time, the coin's exchange rate in BTC, market cap, a relative profitability index and the estimated 24h BTC revenue. List all coins ranked by how profitable they are to mine right now, look one coin up by ticker or name, or pull the coins for a specific mining algorithm (KawPow, Ethash, RandomX, Scrypt, Autolykos…) — or the full algorithm list with coin counts. Data comes live from the public WhatToMine feed — nothing stored. This is mining-economics data across the whole GPU/ASIC coin complex, distinct from the Bitcoin-only mining API and from the exchange-ticker and on-chain APIs in the catalogue. Built for mining dashboards, profitability switchers, rig tooling and analytics.

api.oanor.com/whattomine-api

Live Bitcoin mining and hashrate analytics, built on the open mempool.space dataset — the mining layer, not address or mempool data: the mining-pool dominance ranking by share of blocks mined over a period, the current network hashrate and difficulty plus their history, the history of difficulty adjustments with each retarget's percentage change, and block-reward economics over the last N blocks (total and average reward, fees and transactions).

api.oanor.com/mining-api