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Download Bitcoin Blockchain Data and Explore the History of Transactions and Blocks


We provide a wide array of historical cryptocurrency data for FREE. Our time series data sets use three main time intervals: Daily, Hourly, and Minute! Each time series includes Opening price, High price, Low price, and Closing price (OHLC format) data, plus volume data and is organized by cryptocurrency exchange. Some exchanges will also include historical transactional data (trade prints or also known as Tick Data), bid/ask spreads, and orderbook snapshots. All data sets are FREE and available in easy to download CSV format. We are confident that you will not find a greater resource of free cryptocurrency data in one place!




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You can download the blockchain nightlies handled by tcatm (one of the Bitcoin core developers and the operator of bitcoincharts.com). Unpack and copy&replace blkindex.dat, blk0001.dat files into C:\Users\"username"\AppData\Roaming\Bitcoin for Windows 7, and run bitcoind with the -rescan option. Then it will take only a couple minutes to download up to latest block. Be aware that manually copied blocks won't get verified.


"Bitcoin-Qt/bitcoind version 0.7.1 and later supports a special import feature: If the file "bootstrap.dat" is found in the bitcoin data directory, it will validate and import all blockchain data found in that file."


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is a good way to download the full blockchains of bitcoin and litecoin. The site is new so i expect more improvements in the future.They offer free torrent downloads uploaded 24/7 by 3 servers so bandwith is pretty good and the last upload at the time of writing this was a nicely compressed rar file!


Bitcoin Core requires a one-time download of about 500GB of data plus a further 5-10GB per month. By default, you will need to store all of that data, but if you enable pruning, you can store as little as 6GB total without sacrificing any security. For more information about setting up Bitcoin Core, please read the full node guide.


Bitcoin releases are signed by a number of individuals, each with a unique public key. In order to recognize the validity of signatures, you must use GPG to load these public keys locally. You can find many developer keys listed in the bitcoin-core/guix.sigs repository, which you can then load into your GPG key database.


In the output produced by the above command, you can safely ignore any warnings and failures, but you must ensure the output lists "OK" after the name of the release file you downloaded. For example: bitcoin-25.0-x86_64-apple-darwin.dmg: OK


In the output produced by the above command, you can safely ignore any warnings and failures, but you must ensure the output lists "OK" after the name of the release file you downloaded. For example: bitcoin-25.0-x86_64-linux-gnu.tar.gz: OK


In this post, we share an open-source solution for running cross-chain analytics on public blockchain data along with public datasets for Bitcoin and Ethereum available through AWS Open Data. These datasets are still experimental and are not recommended for production workloads. You can find the open-source project on GitHub here and the public blockchain datasets here.


Today, AWS launches accessible Bitcoin and Ethereum blockchain datasets for public use. With the increase of Web3 activity around the world, more and more data is hosted on public blockchains. Although these blockchains are public, accessing and analyzing data across multiple chains continues to be a challenge for Web3 builders. TBs of data sit on these blockchains as users transact tokens, share information, and deploy smart contracts. However, querying these distributed ledgers directly is time consuming, inefficient, and unsuited for analytics.


Each distributed ledger is designed in a unique way and uses different technology stacks and consensus algorithms. The public blockchain datasets allow you to have immediate access to this data without operating dedicated full nodes for the different blockchains and without building complicated ingestion pipelines. In addition, these datasets normalize data into tabular data structures and you can instantly access years worth of data across chains in a format that can be easily analyzed and queried by data scientists and other analytics professionals.


The following architecture diagram shows which AWS services are used to extract the data from the public blockchains and how it is delivered to Amazon Simple Storage Service (Amazon S3). You can also see which AWS services can be utilized to access this data from the public Amazon S3 bucket.


After taking an initial download of the full blockchain from the first block in 2009 for Bitcoin and in 2015 for Ethereum, an on-chain listener continuously delivers new data to the public Amazon S3 bucket that provides the open datasets. The blockchain data is then transformed into multiple tables as compressed Parquet files partitioned by date to allow efficient access for most common analytics queries.


On AWS, you can take advantage of multiple tools to access and analyze these datasets. Parquet files in Amazon S3 can be directly queried in Amazon Athena or Amazon Redshift. In addition, we provide Jupyter notebooks here for Amazon SageMaker Studio that demonstrate how to perform cross-chain analytics and how to combine blockchain data with market trends for fundamental on-chain analytics.


To calculate the transaction volume in USD, we also need historical price data for public blockchains. In our GitHub project, we provide a sample Jupyter notebook that pulls prices from a public crypto exchange. Once the market data is loaded, we can combine this data with the public blockchain data and visualize it in a chart. This analysis can help to better understand network adoption changes over time.


If you are looking for a real-time ingestion pipeline from these networks, you can deploy the open-source solution in your own AWS account. This allows you also to create your own data repositories with finer controls for your data access requirements as your application scales and more users use your platform. For customers interested in production grade reliability, real-time access to Blockchain data or other advanced Blockchain data query needs, please contact us at aws-public-blockchain@amazon.com to connect and discuss your use case.


As other blockchains become more widely used, the open-source architecture can be adapted to other blockchains in the ecosystem. Any protocols developed using ERC-20 or ERC-721 can be easily supported because they use the same Ethereum protocol that has already been established in the open datasets. The same extensibility exists for tokens that are forks or variants of Bitcoin.


Start Bitcoin.Make sure it downloaded the blocks that you need by executing $ bitcoin-cli getblockchaininfo in the terminal.You can export blocks below blocks, there is no need to wait until the full sync


You can use BlockchainSpider to collect the data in the blockchain without a full node.In particular, Blockchainspider also supports collecting the data on BSC.Run this command for collecting the metadata, external transactions, and internal transactions of all blocks in BSC:


My goal:To download the entire blockchain to the external SSD including creation of all available indices for development purposes (you don't need them to just run a full node).


Of course, the command and the resulting performance only refers to my setup. You'll definitely need to adjust the -dbcache parameter if you don't have 32GB of RAM available. The -dbcache parameter is set in MB and can be between 4 and 16384.After downloading the blockchain, you can set the parameter back to the default value by simply removing the parameter.Furthermore, you will definitely get even better performance if you remove the index parameters - if you don't need them for any development purposes, feel free to remove the parameters from the command.


Finally, an explanation of my used parameters for completeness:-datadir=Specify data directory. This specifies the whole ".bitcoin" data directory, so if you e.g just want to have the "blocks" subdir on a different location, you have to use -blocksdir. There are a few more dirs to set if you want, just look in the --help of bitcoind.


I tried this out and it actually can be set to 24GB without bitcoind complaining about it being above the limit mentioned in the man page. I can't tell the performance difference in terms of downloading time because my blockchain was already synced at this time. But eventually someone has to setup a full node and has enough RAM available to try this out and post the experience in the comments.