Bitnodes estimates the size of the Bitcoin network by finding all reachable nodes. It shows the number of nodes globally and by country, provides charts and maps of node distribution, and offers a tool to check if a Bitcoin node is accepting connections.
Estimates the size of the Bitcoin peer-to-peer network by finding all reachable nodes with real-time statistics.
Provides a geographical map displaying the concentration of Bitcoin nodes found in various countries.
Allows users to check if a Bitcoin client is currently accepting incoming connections from other nodes, requiring a port number to be specified.
Offers a command and guide to start a Bitcoin full node for helping validate and relay Bitcoin blocks and transactions.
Provides a snapshot of reachable Bitcoin nodes, showing data like total nodes, IPv4/IPv6 distribution, and user agent statistics.
Displays top user agents with the respective number of reachable nodes for each, offering insights into Bitcoin client popularity on the network.
Lists detailed information for individual nodes including address, user agent, height, location, and network provider, useful for understanding the distribution and specifications of nodes worldwide.
A tool to check if a Bitcoin node is reachable from the internet. Users can input their port number to verify connectivity.
Provides links and support for downloading and installing a full Bitcoin node on various systems to contribute to the network.
Displays detailed information about Bitcoin nodes, including location, ASN, and performance metrics.
Provides visual graphs representing historical data about node reachability, latency, and changes over time.
Allows users to export node data and statistics in CSV format for further analysis.
Offers explanations of technical terms used on the site to aid user understanding.
Displays a map showing the geographical distribution of Bitcoin nodes worldwide.
Provides details on different Bitcoin client versions used by the nodes.
Displays a live map of reachable nodes in the Bitcoin network.
Shows data visualization of top networks that nodes belong to.
Indicates the current consensus height of the network.
Lists top user agents with their respective percentages.
Displays a visual representation of reachable IPv4 and IPv6 nodes in the Bitcoin network using a 3D mapping of nodes.
Allows truncation of IPv6 addresses for improved visualization clarity with options for /48, /56, /64, and /128.
Provides a snapshot view of the current state or distribution of nodes within the Bitcoin network.
Provides real-time data on the total number of reachable Bitcoin nodes globally. Updated regularly to reflect network changes.
Displays the distribution of Bitcoin nodes across different countries and cities. A pie chart and table format show the top regions.
Lists the Autonomous System Numbers (ASNs) with respective numbers of IPv4/IPv6 Bitcoin nodes. Helps identify major network players.
Provides stats on the number of Bitcoin nodes operated by different service providers, highlighting the most commonly used networks.
Shows the distribution of Bitcoin nodes across different network ports, useful for network and security analysis.
Interactive tool to check if your Bitcoin client is accepting incoming connections from other nodes. Functions like an online test.
Explains what a Bitcoin node is, which is a computer running Bitcoin software that validates transactions and blocks, ensuring no double-spending occurs.
Details how nodes maintain integrity by sharing blockchain data, validating blocks, and using the same up-to-date blockchain copy. Nodes validate each other's work, contributing to overall network security.
Discusses the option to run a Bitcoin node in a pruned mode, which reduces data storage needs significantly compared to a full node.
Explains the distinction between reachable nodes that accept incoming connections to fortify resilience and unreachable ones that don't, thus not enhancing network connectivity.
Provides a map showing concentration of reachable Bitcoin nodes in various countries worldwide.
Offers instructions to join the Bitcoin network by running a full node and provides resources for setup.
Provides a snapshot of reachable Bitcoin nodes, showing the total number of nodes, different IP types, and joining/leaving node statistics.
Lists the top user agents with the respective number of reachable nodes, helping understand distribution and popularity of different node software versions.
Offers detailed information about individual nodes, such as IP address, user agent, height, location, and network.
Shows the current status of this Bitcoin node, including average response time and uptime. Provides details such as current status 'UP', connection time, and last seen time.
Displays the average network speed of the node, which is 21.3175 Mbps.
Identifies the software version running on the node. For this node, it is '/Satoshi:20.1/'.
Indicates the protocol version of this node, which is 70015.
Represents the latest block height that the node is aware of, currently at 873688.
Provides the geographical location of the node, which is Helsinki, Finland.
Identifies the network provider hosting this node as Hetzner Online GmbH.
Provides detailed information about the Bitcoin node's current status, including uptime, connection duration, network speed, and user agent protocol version.
Displays the daily, weekly, and monthly latency of the Bitcoin node, indicating performance consistency over time.
Allows users to take a snapshot of the current network status of the node for analysis.
Details the geographical location, timezone, organization, and network provider associated with the Bitcoin node.
Enables users to set up email alerts for when the node becomes unreachable or remains in a particular status.
Provides detailed information about a Bitcoin node's current status, including uptime, latency, network speed, and the last seen date.
Shows the network speed of the node, in this case, 56.2575 Mbps.
Displays the user agent of the node, which is /Satoshi:0.20.0/ in this instance.
Gives details about the geographic location of the node, including city (Nuremberg), country (Germany), and time zone (Europe/Berlin).
Lists the network provider hosting the node, which is Hetzner Online GmbH (AS24940) in this case.
Allows users to set an alert for node status changes by entering an email address.
Provides a visual representation of the node's service status over 7-day, 30-day, and 90-day periods.
Shows node's uptime, latency, network speed, connected since last date, user agent version, protocol version, network, location and timezone.
Allows users to set up email alerts if the node becomes unreachable with specific email address.
Displays the current status of the Bitcoin node, including latency, uptime, and connection details. It shows the node as 'Up' and last connected six weeks and two days ago.
Shows the network speed for the node, specifically 39.7985 Mbps, indicating how fast data is sent or received over the network.
Indicates the software used by the node, in this case, '/Satoshi:27.1.0/'.
Displays the version of the protocol the node is operating under, here it is '70016'.
Lists the services associated with the node, including NODE_NETWORK, NODE_WITNESS, NODE_NETWORK_LIMITED, etc.
Provides location details including country (Netherlands) and timezone (Europe/Amsterdam).
Displays the current status of the Bitcoin node including its IP address, country, and uptime percentage. It also shows the last time the node was updated.
Visual representation of the node's latency over daily, weekly, and monthly periods, helping users understand the node's performance over time.
Provides information on the node's network speed, measured in Mbps, which indicates how fast the node can process network data.
Displays the user agent and protocol version of the Bitcoin node, which is important for compatibility and network protocol adherence.
Lists the services offered by the node and the proportion of each service's uptime, such as NODE_WITNESS_NODE_NETWORK_LIMITED.
Shows the geographical location of the server hosting the node, including the country and city.
Identifies the network carrier of the node, along with the autonomous system number (ASN).