Solana is an open source node client for the Solana blockchain, aimed at developers and infrastructure operators who want to read, study or build on the code behind a Solana node. Solana for Windows is available through the Scoop package manager, and the software is written in Rust and released under the Apache-2.0 license. Before you install anything, know that this repository is no longer maintained: it exists in archived form, and its development has moved to Agave, the validator that now carries the work forward.
The latest version recorded for this program is 1.18.26, and the last code update was on January 22, 2025. Because the repo is archived, it will not receive new fixes and may not keep pace with the live network. Treat it as a reference and learning resource rather than a production tool. The sections below explain what the code contains, how to install it carefully, and which active alternatives are worth a look.
What Is Solana and Why Developers Study It
Solana is a blockchain network whose nodes validate transactions and keep a shared record of account balances and program state. Its native token, SOL, is used to pay transaction fees and take part in network operation. Developers look at the Solana codebase because it shows one approach to building a fast, public ledger with a Rust-based software stack.
Studying a live blockchain project is different from reading a textbook. The source code reveals design choices, tradeoffs and the practical engineering needed to keep many machines in agreement. Even an archived repository can answer questions such as how blocks are produced, how nodes communicate and how a client is structured into modules.
It is also worth remembering that a blockchain client is a snapshot of a moving system. Protocol rules change, network parameters are tuned and security issues are fixed over time. Reading old code is therefore best combined with the current documentation and the active project that succeeded it.
Who Should Use an Archived Solana Client
This kind of program suits a few specific groups. Computer science students can use it to see how a production-grade node is built. Security researchers can read the code to understand past design decisions, and developers exploring blockchain internals can compare the reference implementation against their own prototypes.
A typical scenario looks like this: a developer wants to understand how transactions move through a node. Instead of guessing from documentation, they open the Rust source, follow the function calls and test ideas in a local sandbox. The archived code gives a stable starting point because it does not change under them while they study.
The program is less suitable for anyone who needs to participate in the live network today. Running an active validator or relying on the client for real transactions requires current software with ongoing maintenance, so most operators should look at the successor projects instead.
How Blockchain Clients, Nodes and Validators Differ
Many people use the words node, client and validator interchangeably, but they describe slightly different things. A node is any computer that connects to a blockchain network and holds a copy of its data. A client is the software that makes this possible, handling networking, storage and rules for accepting blocks. A validator is a node that takes part in producing or confirming blocks according to the network's consensus rules.
This distinction matters when you read an archived repository. A client repository may contain code for a full node, a validator or both, and the documentation may focus on only one role. Knowing which role a component plays helps you find the right files and avoid confusing behavior that belongs to a different layer.
For a Windows user, these roles also determine what the software can actually do. A reference client is useful for reading and testing, while an operator running a validator needs a maintained release with current security updates.
Key features
Open Source Rust Codebase
Installation Through Scoop on Windows
Reference Implementations
Free to Use
Supported coins
The software is tied to the Solana network and its native token, SOL. Its documentation focuses on that ecosystem, so this page does not cover other blockchains.
How to install Solana on Windows
PS> scoop install solana- 1
Check that Scoop Is Installed
Open PowerShell and run scoop --version. If Scoop is missing, install it first by following the instructions on the official Scoop website. Download only from the official website or the GitHub Releases page, and avoid copies from unknown mirrors or download sites.
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Install the Solana Package
Run scoop install solana in PowerShell. Scoop downloads the package, places the files in its own directory and makes the command available in your terminal. Read any messages Scoop prints during installation, especially those about dependencies or conflicts with other tools.
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Verify the Installation
Confirm the command responds, for example by running solana --version. Compare the reported version with the latest release listed on the official website or on the GitHub Releases page. Since the repository is archived, do not expect newer builds to appear there.
How to use Solana
Solana for Windows is best used as a reference and learning tool. Once the command is installed, a sensible workflow starts with the code and the documentation rather than with the network itself.
- Open PowerShell and confirm the installed version with solana --version.
- Clone the archived repository from GitHub so you can browse the source locally.
- Read the README and the directory layout to find the main client components.
- Pick one module, such as transaction handling or networking, and trace how its functions call each other.
- Build a small test in a separate folder to confirm your reading matches the code's behavior.
- Compare the archived code with Agave or another current project to see which parts have changed.
Keep your experiments isolated from any real wallet or production server. Use a dedicated test environment so that a mistake in a script cannot affect valuable keys or live infrastructure.
Pros & cons
- Free to download and use under the Apache-2.0 license
- Open source Rust code that can be read, modified and forked
- Installable on Windows with one Scoop command
- Useful reference for studying blockchain node architecture
- The repository is archived and no longer receives active development
- The latest recorded version is 1.18.26, last updated on January 22, 2025
- Not suitable for running a current validator on the live network
- The catalog lists Linux as the main platform, so Windows behavior may differ
Is Solana safe?
Solana for Windows should be downloaded only from the official website, solana.com, or from the source repository on GitHub. Avoid mirrors and bundled installers from unknown sites, because they may contain modified code. When a release provides a SHA-256 checksum or a digital signature, verify it before running the file. Scoop packages come from community-maintained manifests, so check that the package points to the expected source. Never enter a seed phrase or private key on third-party websites or in tools you have not verified. Because the repository is archived, it will not receive security patches, so use it only in isolated environments and check the latest version on the official website before relying on it for anything important.
- Official source only. Download from solana.com. Ignore ads and lookalike domains.
- Check the SHA-256. Compare the installer hash with the value the developer publishes before running it.
- Never share your seed phrase. No developer, support agent or website — including CryptApps — will ever ask for it.
Alternatives
Agave is the successor validator maintained by the Anza team, and it is the project most readers should consider first. It is designed for running a current validator, so it fits operators who need active maintenance. Surfpool takes a different path: it is a local development environment that works as a drop-in replacement for solana-test-validator, which makes it useful for testing programs before deployment. Geth and Bitcoin Core are also blockchain clients, but they serve other networks. Compared with them, this Solana repository is most useful as a reference for understanding Solana's own design, not as a general client for several chains.
Specifications
- Price
- Free
- Type
- Open source
- License
- Apache-2.0
- Latest version
- 1.18.26
- Last update
- 22 Jan 2025
- Windows support
- Yes (available via Scoop)
- Official site
- solana.com
- Source code
- github.com/solana-labs/solana
- Install command
- scoop install solana
Frequently asked questions
No, the repository is archived and its last code update was on January 22, 2025. Development has moved to Agave, the validator maintained by the Anza team. The archived code remains readable and forkable, but it will not receive new fixes or features from the original project.
It can be safe if you download it only from the official website or the GitHub repository and verify the SHA-256 checksum or signature when one is provided. Install it through Scoop only after checking the package source. Because the code is archived, use it in a test environment rather than alongside sensitive keys.
Open PowerShell and run scoop install solana after Scoop is installed on your computer. Then confirm the command works with solana --version. Compare the version against the latest release on the official site or the GitHub Releases page, keeping in mind that the repository itself is archived.
Yes, the program is free and released under the Apache-2.0 license. You can download, read, modify and fork it without paying a license fee. Free use does not mean the code is actively maintained, so check its status before building anything that depends on it.
SOL is the native token of the Solana network. It is used for transaction fees and for participation in network operation. Understanding the token helps when you read the client code, because many functions relate to fees, accounts and balances.
No, the ready-made program installed through Scoop does not require Rust on your machine. Rust is needed only if you want to build the project from source. Building from source is a separate task that involves installing the toolchain and resolving dependencies.
For running a current validator, Agave is the most direct successor and should be your first option. For local development and testing, Surfpool offers a drop-in replacement for solana-test-validator. Choose based on whether you need to operate a live node or build and test software.
Verdict
Solana for Windows is a useful archive for students, researchers and developers who want to study how a Solana node is built. It is free, open source and easy to install through Scoop. Its archived status, however, means it is no longer the right choice for running a live validator or handling real assets. Use it as a reference, and move to Agave or another maintained project for anything that touches the active network.