Namada is a proof-of-stake Layer 1 blockchain built for node operators, developers and privacy-minded crypto users who want shielded transfers across many asset types. It is open source, free to use and released under the GPLv3 license. The project is actively maintained, and its latest release is v201.0.12, so this page focuses on what the program does and how to set it up on a Windows PC.
Namada uses CometBFT consensus and supports multi-asset shielded transfers for any native or non-native asset, along with full IBC protocol support for moving assets between chains. Because the ledger needs CometBFT v0.37.17 available on your system path, setup is more involved than installing a typical desktop app. This guide covers the main features, install steps, safe download checks, a comparison with similar node software and answers to common questions.
What Is a Multichain, Asset-Agnostic Blockchain?
Most blockchains were built around one native token and one set of rules. Multichain networks take a different approach: they are designed to connect with other chains so tokens and messages can move between them. Asset-agnostic means the network does not favor one token over another. A shielded pool that accepts any native or non-native asset is the practical result of that design.
For a Windows user, the practical meaning is simple. A transfer of one asset does not require a separate privacy system for each token type. Node operators also benefit, because one network can handle many assets instead of needing a dedicated setup for every token.
This matters for data protection too. When assets from different chains share a common shielded pool, the privacy of that pool depends on how many people use it. Larger shared sets generally make individual transfers harder to trace, which is why the protocol rewards users who add to them.
How Shielded Pools Keep Transfers Private
A shielded pool hides details of a transfer from public view. Instead of showing the sender, receiver and amount in plain form, the network records encrypted data and a cryptographic proof that the transfer followed the rules. Anyone watching the chain can confirm that a transaction happened without seeing every detail.
Here is a simple example. You move a token into the shielded pool, wait for some time and then move part of it out to another address. An outside observer sees deposits and withdrawals, but linking the two is harder because the pool mixes many users' activity together.
Privacy is not automatic in every case. Timing, round-number amounts and reusing the same addresses can make patterns easier to spot. Careful habits, such as varying when and how you transfer, help the shielded pool do its job.
Who Should Use Namada on a Windows PC?
Namada suits several kinds of users. Developers who build applications for multichain or interoperable networks can use it to study IBC transfers and shielded flows firsthand. Node operators who want to take part in consensus and staking will find the proof-of-stake design a practical starting point.
Privacy-minded holders are another group. If you want to hold and transfer several token types inside one shielded system, the multi-asset design is the main draw. Hobbyists who are curious about how proof-of-stake networks work can also learn a lot from running a local node.
The program is less suited to people who want a simple, one-click app with no terminal. Setup requires a command-line workflow and an extra dependency, so plan some time for the first run. Reading release notes before each update helps avoid surprises.
Key features
Multi-asset shielded transfers
Full IBC protocol support
Proof-of-stake consensus with cubic slashing
Stake-weighted on-chain governance
Rewards for shielded set contributions
Built-in shielded transfer wallet
Supported coins
Namada's shielded transfers accept any native or non-native asset, so the protocol is not limited to a single token. Ledger is listed as a supported hardware wallet, which lets you keep signing keys on the device rather than on your computer. Docker is also listed as a platform for running the software.
How to install Namada on Windows
- 1
Get the official build
Download only from the official website or the Namada project's GitHub Releases page at github.com/anoma/namada. Look for a Windows build in the latest release. If no Windows file is listed, check the release notes before you continue, since Windows builds may vary between releases.
- 2
Verify the download
Compare the file's SHA-256 checksum with the value published alongside the release, or check the signature if one is provided. Do not run an installer whose checksum does not match the published value.
- 3
Install CometBFT v0.37.17
The ledger currently requires CometBFT v0.37.17. Install that version and make sure its executable is available on your system PATH. Open a new terminal window and confirm that the command runs before you start Namada.
-
Install and launch Namada
Run the installer or extract the build to a folder of your choice, then launch Namada from a terminal so you can read startup messages and errors. If you prefer containers, the project also lists Docker as a platform, which can simplify the setup.
System requirements
- CometBFT v0.37.17 installed and available on the system PATH, as the ledger currently requires
- Docker, if you choose to run Namada through a container
How to use Namada
Namada is driven mostly from the command line, so your first session is about setting up keys and confirming that the local services are working. Work through these steps in order:
- Launch Namada from a terminal so you can see output and error messages as they appear.
- Create or import a wallet. Write the seed phrase on paper and store it offline, never in a text file or a photo on your phone.
- If you hold assets on a Ledger, connect the device, unlock it and be ready to approve prompts on its screen.
- Check that the CometBFT process is running and that your node is syncing before you send anything.
- Make a small test shielded transfer to confirm the flow works as you expect, then review the result in your node logs.
- Check the releases page regularly and read the notes before updating, since version changes can affect how commands behave.
Pros & cons
- Shielded transfers for any native or non-native asset
- Full IBC protocol support for multichain transfers
- Open source under GPLv3 and free to use
- Ledger hardware wallet support
- Proof-of-stake consensus with cubic slashing and on-chain governance
- Requires CometBFT v0.37.17 to be installed separately
- Windows support is described as likely rather than confirmed, so check the current release
- Setup is technical and better suited to people comfortable with a terminal
- Active development means frequent changes to track against the current release
Is Namada safe?
Namada handles keys and tokens, so treat it like a wallet. Download only from the official website or the GitHub Releases page at github.com/anoma/namada. Verify the SHA-256 checksum or the signature before running any file. Never enter your seed phrase on third-party websites, in chat messages or in any form that asks for it. If you use a Ledger, keep your recovery seed on the device and confirm each transaction on its screen. The latest release is v201.0.12, and recent code updates suggest active maintenance, but that does not replace your own verification steps.
- Official source only. Download from github.com/anoma/namada. 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
Namada belongs to the same node-software category as Geth, Bitcoin Core, Agave and Nethermind, but its focus is different. Geth and Nethermind are Ethereum clients, Bitcoin Core runs the Bitcoin network, and Agave is a validator for Solana, so each serves a specific chain. Elements / Liquid is closer in spirit because it is built around sidechains and interchain assets. Namada's distinctive parts are shielded multi-asset transfers and native IBC support. If you need an Ethereum execution client, choose Geth or Nethermind. If privacy and cross-chain transfers are your priority, Namada is the better fit.
Specifications
- Price
- Free
- Type
- Open source
- License
- GPLv3
- Latest version
- v201.0.12
- Last update
- 7 Oct 2026
- Windows support
- Likely (builds for Windows; check releases)
- Source code
- github.com/anoma/namada
Frequently asked questions
Yes. Namada is listed as free and open source under the GPLv3 license, so you do not pay to download or run the software. Your real costs are your own computer, internet connection and any tokens you choose to stake or transfer on the network.
It can be, as long as you get the file from the official website or the GitHub Releases page and verify its SHA-256 checksum or signature. Namada handles keys and tokens, so never enter a seed phrase on third-party sites, and never share it with anyone who asks for it in a message.
Yes. The ledger currently requires CometBFT v0.37.17 installed and available on your system path. Install that exact version before starting Namada. Then open a new terminal window and confirm the command runs, because Namada will not start correctly without it.
Ledger is listed as a supported hardware wallet, so you can keep signing keys on the device instead of on your computer. Connect the device, unlock it and approve each transaction on its screen. Keep your recovery seed stored offline, separate from the device.
MASP stands for Multi-Asset Shielded Pool. It is a single shielded pool that can hold many native and non-native assets, so transfers of different tokens can remain private within one system. Users who add to the shielded set receive native protocol tokens as a reward.
Geth is the official Go implementation of the Ethereum protocol, while Namada is a proof-of-stake Layer 1 built around shielded multi-asset transfers and IBC. If you want an Ethereum node, Geth is the right tool. If you want privacy-focused, multichain transfers, Namada is more relevant.
Namada is described as likely to build for Windows, so check the releases page for a current Windows build. Even with a build, you still need CometBFT v0.37.17 available on your path. Docker is also a listed platform if you prefer running the software in containers.
Verdict
Namada is a good fit for node operators, developers and privacy-minded crypto users who are comfortable with a terminal and want shielded, multi-asset transfers with IBC support. It is free, open source and actively maintained. Beginners looking for a one-click wallet may find it demanding, and Windows users should confirm a current Windows build before installing. Check the latest version on the official website before you start.