Here’s a breakdown for noobs like moi:
🔶 Market Data
• #BITCOIN price is at $107,692.00
→ Current price of 1 Bitcoin in USD.
• Sats/$: 929
→ You get 929 satoshis (smallest BTC unit) per US dollar.
• ATH: $111,771.00 (Hourly Close)
→ The highest price BTC has reached (based on hourly closing price).
• Time since ATH: 2 days, 7 hours, 11 mins.
→ How long ago that highest price occurred.
• #BTC is -3.65% down from #ATH
→ Bitcoin is currently 3.65% below its all-time high.
• #BTC has 3.79% left to reach #ATH
→ Bitcoin needs to rise 3.79% to hit the ATH again.
• Market-Cap: $2,139,757,655,620
→ Total value of all Bitcoins in circulation.
• BTC/M3 Money Supply: 2.58%
→ Bitcoin’s market cap is 2.58% of the total broad money (M3) in the world.
• BTC/Total Global Wealth: 0.43%
→ Bitcoin represents 0.43% of all wealth globally.
• 24h Total-Trading-Vol.: $24,276,564,146
→ Total amount of Bitcoin traded in the last 24 hours in USD.
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🪙 BTC Supply Data
• Circulating Supply: 19,869,235
→ Number of Bitcoins currently in existence.
• Coins left to mine: 1,130,765
→ Number of Bitcoins still to be mined (until the 21 million cap).
• Total-Supply-Progress: 94.615%
→ Percentage of total possible Bitcoin supply already mined.
• Halving-Date: ~2028-03-21 05:27
→ Estimated date of the next Bitcoin halving (when mining rewards are cut in half).
• Days until next #BTC -Halving: ~ 1031
→ Number of days left until the next halving.
• Blocks until next #BTC -Halving: 151,775
→ Number of new blocks to be mined before the next halving occurs.
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🕸️ BTC Network Data
• No. of Full-Nodes: ~9,246
→ Approximate number of Bitcoin full nodes currently running (nodes that store the entire blockchain).
• Chain-Size: 616.1 GB
→ Size of the full Bitcoin blockchain.
• Overall Transactions: 1,194,967,707
→ Total number of Bitcoin transactions ever processed.
• Transactions 24h: 389,605
→ Number of transactions processed in the past 24 hours.
• Avg. 24h TX Fee: ⚡1,296 | $1.40
→ Average fee paid per transaction in the last 24 hours (in sats and USD).
• Median 24h TX Fee: ⚡465 | $0.50
→ The middle value fee paid — 50% of transactions were below this.
• No. of Addresses: 55,236,092
→ Total number of unique Bitcoin addresses used.
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⛏️ BTC Mining Data
• Avg. Blocktime: 9:46 min.
→ Average time it takes to mine one block (target is ~10 mins).
• 1-Day Net-Hashrate in EH/s: 869.249
→ Total computing power used to mine Bitcoin over the last 24 hours (in exahashes per second).
• 7-Day Net-Hashrate in EH/s: 895.01
→ Average hashrate over the last 7 days.
• 30-Day Net-Hashrate in EH/s: 876.302
→ Average hashrate over the past 30 days.
• 90-Day Net-Hashrate in EH/s: 853.681
→ Average hashrate over 90 days.
• 365-Day Net-Hashrate in EH/s: 732.704
→ Average hashrate over a year (shows longer-term growth).
• Net-Difficulty: 121,658,450,774,825
→ Current difficulty level of mining a block (adjusted every ~2 weeks).
• Dif. Progress: 54.8%
→ How far along we are in the current difficulty adjustment cycle.
• Dif. Change: 2.32
→ Expected percentage change in difficulty at the next adjustment.
• Next Dif. Adjustment: 2025-05-31 08:43
→ Estimated time of next difficulty adjustment.
• Blocks until next Dif. Adjustment: 911
→ Number of blocks left before the difficulty changes again.
• Mining-Reward per Block in BTC: 3.12
→ Number of Bitcoins currently rewarded per mined block.
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⚡ Lightning Network Stats
• #Nodes: 16,823
→ Total nodes running on the Lightning Network.
• #Channels: 42,687
→ Number of payment channels currently open.
• Tor-Nodes: 10,530
→ Number of nodes running anonymously via the Tor network.
• Clearnet-Nodes: 2,811
→ Nodes running on the public internet (not via Tor).
• Total Capacity in BTC: 4,688.88
→ Total amount of BTC locked in Lightning channels.
• Avg. Capacity in Sats: 10,984,321
→ Average BTC per channel (in satoshis).
• Avg. Base Fee in mSats: 915
→ Average base fee charged per transaction (in milli-satoshis).
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AND TO GO EVEN DEEPER IF YOUR LIKE ME & STILL LEARNING THE BASICS:
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⚡ Lightning Network Stats (Explained in Detail)
• #Nodes: 16,823
Meaning:
This is the number of individual computers (or devices) participating in the Lightning Network by running Lightning-compatible software (like LND, Core Lightning, or Eclair).
Why it matters:
The more nodes there are, the more decentralized, robust, and censorship-resistant the network becomes. It also increases the likelihood of routing payments efficiently through multiple paths.
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• #Channels: 42,687
Meaning:
These are the active payment channels between two nodes, allowing Bitcoin to be sent instantly and off-chain.
Why it matters:
Channels are the “highways” of the Lightning Network. A higher number means more liquidity paths, better payment routing, and fewer failures due to insufficient channel balances.
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• Tor-Nodes: 10,530
Meaning:
This is the number of Lightning nodes operating over the Tor network for privacy and anonymity.
Why it matters:
Tor nodes hide IP addresses, enhancing privacy and helping resist surveillance or geographical censorship. A high percentage of Tor nodes shows a strong privacy-focused user base.
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• Clearnet-Nodes: 2,811
Meaning:
These are nodes running over the regular, publicly visible internet.
Why it matters:
Clearnet nodes are easier to connect to for general users, services, and businesses. They’re important for public infrastructure (e.g. merchants or wallets), but also more exposed to surveillance.
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• Total Capacity in BTC: 4,688.88 BTC
Meaning:
This is the total amount of Bitcoin that’s currently locked up in Lightning channels, which is available for fast transactions.
Why it matters:
The more BTC in the network, the more liquidity and payment throughput is possible. It’s a sign of adoption and trust in the Lightning Network’s reliability and utility.
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• Avg. Capacity in Sats: 10,984,321 sats
Meaning:
This is the average amount of Bitcoin (in satoshis) per open channel.
Why it matters:
Higher average channel capacity allows for larger payments without needing to reroute through multiple smaller channels, improving user experience and reliability.
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• Avg. Base Fee in mSats: 915 mSats
Meaning:
This is the average base fee charged by nodes for forwarding a payment through their channel. It’s measured in milli-satoshis (1/1,000 of a satoshi).
Why it matters:
This fee is fixed per transaction regardless of the amount. While most fees are extremely low (fractions of a cent), setting competitive fees encourages routing traffic through a node and impacts overall network cost-efficiency.
#bitcoin
#marketbreakdown
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