Bitcoin Live Dashboard — Real-time BTC price, hashrate, halving countdown, Lightning Network and on-chain data

How many transactions are waiting for a block — the mempool queue. A large backlog means blocks are full and senders are bidding fees up against each other; a near-empty one means the next block has room and you can transact at the floor rate. This is the number that decides whether it is a good moment to move coins.

The same net-flow number as the headline card, drawn day by day for three months. The shape matters more than any single bar: a run of green through a falling price means institutions bought the drawdown, which is a different market than one where flows follow price.

Every daily net flow added together since the spot ETFs began trading in January 2024. It answers the only question that compounds — how much money has actually come in and stayed — rather than what moved yesterday.

Leveraged positions force-closed by exchanges in the last day, split long against short. A large one-sided figure marks where leverage was concentrated and got flushed; it is usually the mechanical explanation for a candle that looked inexplicable.

A month of the same, so a violent day can be read against its own context. Sustained high liquidations mean the market is repeatedly rebuilding leverage at levels that will not hold.

Days since the genesis block on 3 January 2009, and the fact that the network has kept producing blocks roughly every ten minutes ever since. There is no company behind it to schedule a maintenance window and no market close, so the counter has no reason to stop.

Three facts about the chain itself: how many gigabytes a full node must store to verify every rule for itself, how many transactions have ever been confirmed, and what share of them use SegWit. Chain size is the real cost of running a node, which is why block size is the argument it is.

A composite of the sentiment readings on this page rather than a single survey — it moves when several independent measures of crowd emotion agree, which is a slower and more reliable signal than any one of them alone.

How fast the money Bitcoin is priced in is being created, from World Bank money-supply data. It is the denominator of every Bitcoin price chart: a rising Bitcoin price and a falling currency are not the same claim, and this is the card that separates them.

The share of all accounts across the major exchanges that are positioned long. Unlike the long/short ratio, this counts accounts rather than size, so it reads retail conviction rather than capital. Extremes on this measure have historically been contrarian.

What a given amount of hashrate earns at today’s difficulty, block reward and fee levels, minus the electricity it consumes. The output is hash price — revenue per terahash per day — which is the number miners actually plan around.

Wilder’s Relative Strength Index on a 14-month window rather than the usual 14 days. At that timescale it stops reacting to weekly noise and has historically only reached its upper band near cycle tops and its lower band in deep bear markets.

A straight-line fit of price against time on a log-log scale, anchored at the genesis block. It is not a forecast — it is the observation that Bitcoin’s price has spent its entire history oscillating around one long-run regression, and it shows where price sits against that line today.

The same log regression drawn as coloured bands instead of a single line, so the question becomes which band price is in rather than what a model says it should be. Deliberately unscientific — the bands are a mood ring for the cycle, not a valuation.

Publicly listening Bitcoin nodes counted by a crawler. The true total is higher and unknowable: a node behind Tor or a home firewall answers nobody, and most home nodes are exactly that. Read it as a floor on decentralisation, not a census.

What miners earned in the last day — block subsidies plus fees. This is the security budget in dollars.

Last 30 days of price with a 20-day moving average — momentum vs its own recent baseline.

Every subsidy era from genesis to the final satoshi around 2140 — dates, block heights, and each epoch's shrinking reward. The first epoch paid 50 BTC per block; 33 halvings cut it to a single satoshi by ~2140.

Looks up the bitcoin price on any past date (daily close, UTC) and shows what a given amount of sats was worth then, what it's worth now, and the change since — useful for checking the fiat value of an old transaction or gift.

Unique addresses active on-chain per day — a raw usage pulse.

How far price is below its all-time high. Deep drawdowns have historically marked accumulation zones; near-zero means price discovery.

Average time between recent blocks. The 10-minute target drifts with hashrate changes until the next difficulty adjustment.

Median confirmed-block fee for each weekday × hour (your local time) over the last month. Fees follow human activity — weekend nights are consistently the cheapest time to consolidate UTXOs or move coins.

Daily views of the Bitcoin Wikipedia article — a proxy for mainstream curiosity. Spikes tend to accompany price spikes and tops.

How closely mined blocks match what the public mempool expected. Sustained gaps can indicate transaction filtering or out-of-band inclusion.

Total miner rewards per block over a year. The subsidy halves every 4 years — fees must eventually carry security.

Average block size across the year. Consistently full blocks mean sustained demand for block space.

Current block height plus the live economics of recent blocks.

Per-block match rate vs the expected template for the last 15 blocks — under 100% may mean censored or privately-submitted transactions.

How fast blocks are being found relative to target — ahead of schedule means difficulty will rise at the retarget.

Bitcoin's share of the total crypto market cap. Rising dominance = capital rotating into BTC; falling = alt season.

Total return over standard lookback windows (24h to 1 year) — the same number everyone quotes, all in one place.

Bitcoin priced against gold and silver — is it gaining on the incumbents of hard money?

How much bitcoin public companies hold on their balance sheets — the institutional adoption scoreboard.

A composite of Mayer, Pi Cycle, F&G and hash ribbons condensed to one 0–100 cycle reading.

Simulates buying a fixed dollar amount weekly. DCA smooths volatility — this shows what it would have returned.

How much harder or easier mining got at the last retarget, and the estimate for the next one. Difficulty follows hashrate follows miner conviction.

Every difficulty retarget for a year — green bars = mining got harder (hashrate grew), red = miners left the network.

Net Unrealized Profit/Loss — the share of total network value sitting in unrealized profit (derived here from MVRV). High positive readings (euphoria) have historically marked cycle tops; negative readings (capitulation) have marked bottoms.

Crowd-sentiment index (0 = extreme fear, 100 = extreme greed). Contrarians buy fear, trim greed.

A month of the sentiment index. Sustained extreme fear has historically been an accumulation signal; extreme greed, a caution flag.

Fine-grained fee estimates beyond the standard fast/medium/slow tiers.

Median fee of each block currently being assembled from the mempool — what you'd pay to land in block 1, 2, 3…

Average fees per block across a year — the market price of block space over time.

What a transaction costs right now, by urgency tier. Low fees are the cheapest time to consolidate UTXOs.

Fees as a share of total miner income. This ratio must grow across future halvings for Bitcoin's security model to hold long-term.

The 10th/50th/90th percentile fee rates over a year — how expensive block space has been, cheap floor to bidding-war ceiling.

Transactions replaced via Replace-By-Fee — people bumping fees to jump the queue. High counts = fee-market stress.

What perp longs pay shorts every 8h (or vice versa). Persistently positive = crowded longs; negative = crowded shorts.

The last 10 funding settlements (every 8h). A long streak of positive funding = longs persistently paying — an overheated market.

Blocks and estimated days until the next subsidy halving — the supply-side event Bitcoin's 4-year cycle is built around.

Each line is a halving epoch, indexed to 100 on halving day. Compare this cycle's path against history.

30-day vs 60-day hashrate averages. When the fast average crosses back above the slow one after a dip, miner capitulation is over — historically a strong buy signal.

Total computing power securing the network. Rising hashrate = miners investing; it follows price with a lag.

A year of network computing power. Consistently rising hashrate means miners keep investing regardless of price.

Public Lightning capacity, channels and nodes — the size of Bitcoin's instant-payments layer (public channels only).

The most recent blocks as they're found: height, miner, transactions, fees. Bitcoin's heartbeat, ~every 10 minutes.

A year of Lightning Network capacity — is the payments layer growing?

Ratio of long vs short accounts on Binance Futures. Extremes are contrarian signals.

How the ratio of long vs short accounts has shifted through the day. Extremes are contrarian: crowded sides get liquidated.

Detects whether you pasted a transaction ID, an address, or a block height, and opens it on mempool.space. Nothing is logged or stored.

Price × circulating supply — Bitcoin's total market value, comparable against gold or equities.

Price ÷ 200-day average. Historically, above ~2.4 has signalled overheating; below ~0.8, deep value.

Transactions waiting for confirmation and their total size. A deep backlog = congestion = rising fees, and vice versa.

Share of total hashrate controlled by the three largest pools. Above ~50% is worth watching — pool concentration is Bitcoin's most debated centralization vector.

Open/high/low ranges for the last 14 days. Green = closed above open, red = below — a compact candlestick read.

Total open futures exposure. Rapid OI growth with flat price often precedes violent moves.

Total open futures exposure over the last day. Fast OI build-ups mean leverage piling in — fuel for liquidation cascades in either direction.

Perpetual futures price vs spot index. A rich premium means leveraged demand is paying up.

The 111-day MA crossing 2× the 350-day MA has historically flagged cycle tops within days.

Which mining pools found the last week's blocks — the decentralization health-check of block production.

A full year of daily closes with 90/200/365-day moving averages. Price above a rising 200d SMA is the classic definition of a bull trend. LOG scale makes % moves comparable.

Daily closing prices over the last week — the short-term trend at a glance. The header price is live; this shows where it came from.

Live price vs key moving averages — which long-term trend lines are acting as support or resistance.

How the current mempool would fill the next blocks, with each one's expected fee range.

Miner revenue today vs its yearly average. High = miners printing money (late cycle); low = capitulation.

The network's aggregate cost basis — the average price at which every coin last moved on-chain (realized cap ÷ supply). Derived here as market price ÷ MVRV from CoinMetrics. Market price above it means the network holds net unrealized profit; falling below it has historically marked deep-value bottoms.

Live conversion between fiat, sats and BTC at the same rate shown in the header. Everything runs in your browser.

Existing supply divided by new annual issuance — Bitcoin's scarcity ratio. Each halving doubles it; it already exceeds gold's.

19.9M of 21M already mined. The remaining ~1M trickle out over the next century.

Positioning of Binance's largest traders — "smart money" vs the crowd.

The live US federal debt from Treasury data — the macro backdrop for a fixed-supply asset. It only moves one way.

Daily spot volume on Binance. Rising volume confirms a move; falling volume on a rally suggests exhaustion.

sat/vB is abstract — this is the real dollar cost of common transaction shapes at current fee tiers. Sizes are standard vByte estimates.

Pure arithmetic: what market cap each price implies, and how it compares to gold and US debt.

Your holding × live price. Stored only in this browser — no account, nothing sent anywhere.

Net dollars into US spot Bitcoin ETFs on a trading day: creations (funds buying BTC) minus redemptions (funds selling). The cleanest single read on institutional demand.

A spot ETF holds actual bitcoin in custody; a futures ETF holds CME contracts that roll monthly and bleed roll costs. Spot AUM is the number that matters for supply.

The total market value of everything a fund holds. For spot Bitcoin ETFs, effectively the fund's BTC stack × price.

Coinbase price minus Binance price. Positive = US institutions (who custody at Coinbase) paying up; negative = offshore or retail selling pressure leading.

BTC held in exchange wallets. Falling reserves = coins withdrawn to cold storage (long-term conviction, tighter supply). Rising reserves = coins staged to sell.

Total value of dollar-pegged tokens. It's the sideline cash of crypto — growth means fresh buying power parked one click away from bitcoin.

A forced close of a leveraged position when margin runs out. Cascading long liquidations crater price briefly (washouts); short liquidations rocket it (squeezes). Extreme days often mark local turning points.

Market cap minus realized cap, divided by the standard deviation of market cap. One of the most reliable cycle oscillators: historically, readings below 0 have marked major bottoms and above ~7 have marked cycle tops. Computed from Coin Metrics on-chain data.

The total value of open BTC options contracts across venues (Deribit holds most). Growing OI signals more institutional hedging and directional positioning through options rather than spot or perps.

Open interest in put options divided by call options. Above 1 means traders are buying more downside protection (defensive); below ~0.7 means call-heavy positioning, a bullish tilt.

The option strike price at which the greatest dollar value of contracts expires worthless — the level most painful to option buyers. Spot price often drifts toward max pain as an expiry date approaches.

The premium of the futures (here, perpetual) price over spot. A positive basis is bullish carry — traders paying to be long; a negative basis (backwardation) signals fear. On perpetuals it moves closely with the funding rate.

The real net amount of BTC moving onto or off exchanges, from tracked exchange reserves. Net outflows mean coins are leaving for cold storage (accumulation, tighter supply); net inflows mean coins are being staged to sell.

Aggressive market-buy volume vs market-sell volume — the traders who cross the spread to get filled immediately. Net buying is demand-side pressure; net selling is supply-side. A cleaner read of intent than resting orders.

How the largest futures traders are positioned long vs short. The position ratio weights by capital committed (whale money) rather than number of accounts, making it the sharper "smart money" signal — especially when it diverges from the retail crowd.

A basket of roughly 30 historical Bitcoin cycle-top indicators. The share that have triggered is a composite gauge of how close the market is to a peak — a "how frothy are we" score rather than any single call.

An accumulation-timing indicator popular with long-term stackers. Below 0.45 flags deep-value bottom-fishing, 0.45–1.2 is the healthy dollar-cost-average band, and above 1.2 means Bitcoin is getting expensive relative to its trend.

The average weekly closing price over the last 200 weeks (~4 years). Bitcoin has almost never closed a week below it, so it behaves as a long-cycle price floor. Price divided by the 200w MA shows how stretched the market is above that floor.