Bitcoin SV (BSV)

Overview

A blockchain for payments and data

Bitcoin SV (BSV) is a cryptocurrency and public blockchain created in November 2018 after a split from Bitcoin Cash. Bitcoin Cash had itself split from Bitcoin in 2017. “SV” stands for Satoshi Vision, a name that reflects the project’s goal of building a peer-to-peer payment system based on its interpretation of Bitcoin’s early design. BSV runs on its own network and has its own coin, transaction history, and development community. (bsvblockchain.org)

The project focuses on processing many transactions directly on its blockchain. Supporters see this as useful for small payments, digital records, and applications that need to write data to a shared ledger. People can use BSV to transfer value, while developers can build services that use transactions for more than payments. (association.bsvblockchain.org)

History & Team

From a network split to an independent ecosystem

Bitcoin SV began when groups within the Bitcoin Cash community backed different approaches to the network’s rules. The split produced separate blockchains, allowing BSV developers and miners to pursue larger blocks and changes to Bitcoin’s scripting features. Blockchain technology company nChain developed early BSV node software. Craig Wright was a prominent supporter of the split, and entrepreneur Calvin Ayre supported businesses building in the ecosystem. Ayre’s venture interests have funded BSV-related projects. (coingecko.com)

Wright also claimed to be Satoshi Nakamoto, Bitcoin’s creator. In May 2024, the High Court of England and Wales ruled that Wright was not Satoshi Nakamoto and did not create Bitcoin. That ruling is part of BSV’s history, alongside the work of its miners, software developers, and independent application teams. (judiciary.uk)

The Switzerland-based BSV Association supports protocol stewardship, open-source tools, standards, and education. It is an important organization in the ecosystem, while miners and application builders perform different roles in keeping the network and its services operating. (docs.bsvblockchain.org)

Technology & How It Works

Mining, blocks, and transaction rules

BSV uses proof of work. Miners gather transactions into blocks and compete to solve a computing puzzle. Other network participants check a proposed block against the protocol’s rules. Blocks are produced about every ten minutes on average. A successful miner receives newly issued BSV, called the block subsidy, plus fees from the transactions it includes. (docs.bsvblockchain.org)

A transaction spends earlier outputs and creates new ones. Each output can contain a script: a set of conditions that must be met before the coins can be spent. A simple script checks that the spender has the right signature. Developers can use other script conditions to build payment features, token systems, and automated agreements. Tools such as sCrypt let developers write contracts in a more familiar programming style and compile them into Bitcoin Script. (docs.bsvblockchain.org)

Scaling on the base chain

BSV’s approach to scaling is to allow miners to process larger blocks rather than set a single small, protocol-wide block cap. Node operators configure practical limits according to their equipment and policies. The 2020 Genesis upgrade removed many earlier limit-based rules. The Chronicle upgrade, scheduled for activation at block height 943,816 in April 2026, added options for developers using transaction signatures and scripts. (docs.bsvblockchain.org)

The BSV Association has also developed Teranode, node software that separates tasks such as transaction checking and block assembly into components that can run across multiple servers. Its design aims to increase processing capacity as demand grows. Results from a test network describe what the software can do under test conditions, rather than the amount of activity every application experiences on the main network. (docs.bsvblockchain.org)

Tokenomics & Utility

Supply and miner incentives

BSV has a maximum supply of 21 million coins. Its supply schedule follows the Bitcoin model: miners earn new coins through block subsidies, and that subsidy halves roughly every four years. Fees form the other part of a miner’s block reward. As the subsidy falls over time, the project’s economic model places growing importance on fees paid for useful transactions. (coingecko.com)

A BSV coin can be divided into smaller units called satoshis. These units make small payments possible. BSV is also used to pay miners to include transactions that carry application data. Fees commonly depend on how much transaction data a user sends, and miners can set their own fee policies. This connects the coin’s utility to activity on the ledger: payments, contracts, and data records all require transactions. (docs.bsvblockchain.org)

Ecosystem & Use Cases

Payments, digital items, and records

BSV applications use the chain in several ways. A payment app can let someone send a small amount to a creator or pay for an individual digital item. HandCash provides a BSV wallet and developer tools for payments and digital items. Its tools also support items built with the 1Sat Ordinals protocol, which links digital-item information to individual satoshis. (handcash.io)

Businesses can use a blockchain transaction to record when information existed. For example, a document’s digital fingerprint can be placed in a transaction. Someone can later compare the document with that fingerprint to check whether it matches the recorded version. Other proposed uses include tracking steps in a supply chain and recording activity across business systems. The amount of data placed directly on the ledger depends on what an application needs. (association.bsvblockchain.org)

Developers also use scripts and token protocols to represent digital collectibles or other assets. These projects sit alongside ordinary BSV payments: a user may pay a fee in BSV even when an application’s main purpose is to move an item or record information. (hub.bsvblockchain.org)

Advantages & Challenges

The trade-offs behind larger blocks

BSV’s main advantage is its direct approach to on-chain capacity. Larger blocks can hold more transactions and data. When fees are small enough, that design can support payments too small to make sense with higher transaction costs. A public ledger also gives users a shared record that they can check independently. (docs.bsvblockchain.org)

The same design brings technical challenges. Larger blocks require more storage, network capacity, and processing power from systems that handle the full chain. Applications still need wallets, reliable services, and people willing to use them. Miner fee policies can also differ, so application builders must account for how their transactions reach a block. These are practical questions for a network built around high transaction volume, and they shape the work on node software and developer tools. (docs.bsvblockchain.org)

Where to Buy & Wallets

Purchasing and storing BSV

Bitcoin SV can be purchased on RockWallet, which lists BSV among the assets available to buy, store, send, and receive. BSV spot trading is also available on Bitget and Gate. Access to a platform or feature depends on the user’s location and the provider’s supported services. (help.rockwallet.com)

HandCash is a BSV-focused mobile wallet with payment and app features. ElectrumSVP is a desktop wallet designed to give users direct control over their keys and transaction outputs. Wallets differ in how they manage keys and connect to applications, so the choice depends on which features a person needs. BSV transfers use the Bitcoin SV network and a receiving wallet’s BSV address. (handcash.io)

Regulatory & Compliance

Financial rules and Shariah screening

Rules for BSV-related services depend on the country and the activity. In the United States, the IRS treats digital assets as property for federal tax purposes; selling them or using them to pay for goods can create a reportable transaction. FinCEN’s guidance also brings certain virtual-currency exchange and transmission businesses under money-transmitter rules. These requirements concern how people and businesses handle digital assets, not the technical steps that miners use to create blocks. (irs.gov)

In the European Union, the Markets in Crypto-Assets framework sets rules for covered crypto-asset services, including authorization requirements for service providers. In the United Kingdom, businesses providing certain cryptoasset services must meet registration requirements, and promotions to UK consumers fall under financial-promotion rules. BSV applications and service providers must account for the rules that apply to their activities and locations. (esma.europa.eu)

Islamic-finance screening asks a different question: whether an asset’s design and use align with Shariah principles. Sharlife’s published screening classifies Bitcoin SV as Shariah compliant. Its assessment points to BSV’s role as a medium of exchange, its proof-of-work design, and the absence of native staking in the protocol. That classification addresses the coin and its core network features; services built around BSV have their own terms and activities. (sharlife.my)

Future Outlook

Building useful capacity

BSV’s future development centers on making its large-block approach practical for more applications. The association’s Teranode work aims to improve how node infrastructure handles heavy workloads, while script tools and token protocols give developers more ways to build on the chain. Progress will depend on both sides working together: software must process activity reliably, and applications must offer reasons for people and businesses to create transactions. (docs.bsvblockchain.org)

The network’s long-term economic goal is also clear. As block subsidies continue to decline, transaction fees become increasingly important to miners. Payments, digital items, and data services are therefore more than possible uses of BSV; they are central to the project’s plan for sustained network activity. (docs.bsvblockchain.org)

Summary

Bitcoin SV is a proof-of-work blockchain built around large blocks, on-chain transactions, and a coin with a fixed maximum supply. Its ecosystem includes payment wallets, developer tools, digital-item protocols, and data-recording applications. The project’s place in cryptocurrency is defined by a direct question: how much everyday payment and application activity can a public blockchain process on its base chain? (association.bsvblockchain.org)