OmniFlix node is the daemon, omniflixhubd, that lets you run a full node on the OmniFlix Hub, the root chain of the OmniFlix Network. It suits developers, infrastructure operators and technically confident Windows users who want to take part in a Cosmos-ecosystem chain directly rather than relying on someone else's server.
The project is open source, free to use and written in Go. Its code is published on GitHub, the latest release is v6.1, and the last code update is dated January 23, 2026. Linux is the platform the project emphasizes, but a Windows build or installer is also available, so Windows users should look for that file on the Releases page.
What Is the OmniFlix Hub and Why Run a Node?
The OmniFlix Hub is the root chain of the OmniFlix Network. Other sovereign chains and DAOs can build on top of it or connect to it in order to manage media operations, both web2 and web3. In practice, that means creating, managing, distributing and monetizing NFTs with community interactions built in.
A node is the most direct way to read that network. Instead of asking a public endpoint for the latest state, you keep your own copy and verify it locally. For a DAO or media team planning a launch, a node lets engineers check transactions and state before they rely on them.
Think of a creator community that wants to run its own NFT releases with voting on what gets published. Its developers could use a local node to test minting flows and confirm results without depending on a third-party service during development.
Who Should Consider Running an OmniFlix Node
The most natural audience is developers building applications for the OmniFlix Network. A local node gives them a stable endpoint for testing, and it shows them the real behavior of the chain rather than a simplified mock. Teams that maintain infrastructure for several Cosmos-based networks may also want an OmniFlix node in their toolkit.
Hobbyists can benefit too, but the commitment is larger than installing a typical desktop app. The node needs a capable processor, fast solid-state storage and time for the first sync. Someone who only wants to view NFTs or occasionally send a transaction will usually be better served by a wallet or a public interface.
If you are new to node operation, start with a test environment. Learn how the configuration files work, how the daemon logs its activity and how to restart it cleanly before you depend on it for anything important.
How Cosmos-Based Chains and Their Nodes Work
Cosmos-based chains are blockchains built with a shared design philosophy: separate, sovereign networks that can communicate with one another. Each chain runs its own validators and governance, and its node software keeps track of blocks, transactions and application state. The Cosmos Hub, which uses the ATOM token, is the best-known member of that ecosystem, and documentation for related chains often refers back to it.
A full node stores the complete chain data and validates every block it receives. A lighter client may only verify headers or query results from others. Full nodes take more disk space and bandwidth, but they do not have to take anyone's word for the state of the chain.
Nodes communicate with peers over the network and expose local interfaces, such as RPC endpoints, that other tools can query. When you configure a node, you are deciding how much of that network it talks to, how much it stores and how it presents itself to the outside world. Keeping those choices deliberate is part of running a node responsibly.
Key features
Full node for the OmniFlix Hub
Written in Go
Windows build or installer
Supported coins
The project documentation references Cosmos (ATOM) as part of the wider network context, and OmniFlix Hub sits within the Cosmos ecosystem. The daemon is a node for the OmniFlix chain itself rather than a multi-network tool, so do not expect it to sync other networks out of the box.
How to install OmniFlix node on Windows
- 1
Get the Windows build
Only download from the official website or the OmniFlix GitHub Releases page. Open the latest release, v6.1, and choose the Windows build or installer. Avoid third-party mirrors and file-sharing sites, even if they appear to offer the same version.
- 2
Verify the file
Compare the SHA-256 checksum of your download with the value published alongside the release. If the project provides a signature, verify it as well. Do not run a file whose hash does not match.
- 3
Install or extract
Run the installer and follow its prompts, or extract the build to a folder you control. Choose a location on the 1 TB SSD you plan to use for chain data, so the node does not run out of space later.
- 4
Set the minimum gas price
Open app.toml in the node's configuration folder and set minimum-gas-price to 0.001uflix. This tells your node the minimum fee it will accept for transactions it relays. Save the file before starting the daemon.
-
Start the daemon
Run omniflixhubd from a terminal and let it begin syncing. The first synchronization can take a long time, so keep the machine powered and watch the logs for errors or repeated restarts.
System requirements
- 6 or more CPU cores, with AMD x86-64 recommended
- 1 TB SSD storage
How to use OmniFlix node
Once the daemon is installed and configured, the workflow is mostly about patience and monitoring. Work from a terminal so you can see the logs and stop the process cleanly when needed.
- Open Windows Terminal, PowerShell or Command Prompt and move to the folder that contains omniflixhubd.
- Confirm that app.toml still contains minimum-gas-price set to 0.001uflix before you start.
- Run omniflixhubd and leave the window open while the node begins syncing with its peers.
- Watch the log output for connection messages and confirm that block height increases over time.
- Check free space on the SSD regularly, since chain data grows as the node keeps up with the network.
- Stop the daemon from the terminal before shutting down Windows, so the node can close its data files cleanly.
- If you want the node to run in the background, use a Windows service wrapper or task scheduler of your choice, and test the setup before relying on it.
- Keep a record of the version you installed, so you know exactly what to compare against when you read release notes.
Pros & cons
- Open source, with the code publicly available on GitHub
- Free to use
- Latest release v6.1 with a code update dated January 23, 2026
- Windows build or installer available
- Written in Go, a widely used language for networking software
- Gives developers a direct, verifiable view of the OmniFlix Hub
- Linux is the platform the project emphasizes, so Windows is a secondary path
- Requires a powerful machine with 6 or more cores and 1 TB of SSD storage
- Running a node needs ongoing attention to updates, disk space and logs
- Configuration through files such as app.toml may be unfamiliar to beginners
- Not a casual app for simply viewing or trading NFTs
Is OmniFlix node safe?
Node software deserves the same care as any program that touches a blockchain. Get the file only from the official website or the OmniFlix GitHub Releases page, and check its SHA-256 checksum or signature before running it. Because the source code is public, you can also review it or rely on community scrutiny, but that does not replace verifying the download itself.
A node does not need your seed phrase to run. If you later connect a wallet to the network, never type your seed phrase into a website, chat or app you did not install from a trusted source. Keep your operating system and antivirus up to date, and avoid disabling protection to get the daemon running. The latest code update is recent, but check the latest version on the official website before you install.
- Official source only. Download from github.com/OmniFlix/omniflixhub. 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
Among the similar programs in this catalog, Cosmos Hub's gaiad is the closest relative, since both belong to the Cosmos ecosystem. The difference is the chain: gaiad runs the Cosmos Hub, while omniflixhubd runs the OmniFlix Hub. Choose based on the network you want to join, not on how similar the software looks.
Evmos is also a Cosmos-based node, but it is aimed at an EVM-compatible environment. Celestia App focuses on consensus for a data availability network, and Geth is the Go implementation of the Ethereum protocol. Bitcoin Core and Aptos are built for other networks entirely. For OmniFlix-specific work, omniflixhubd is the only one of these that connects directly to the OmniFlix Hub.
Specifications
- Price
- Free
- Type
- Open source
- License
- —
- Latest version
- v6.1
- Last update
- 23 Jan 2026
- Windows support
- Yes (Windows build or installer)
- Source code
- github.com/OmniFlix/omniflixhub
Frequently asked questions
Yes, provided you get it from the official website or GitHub Releases and verify the SHA-256 checksum or signature before running it. The code is open source, which makes it easier to review. Keep your system updated and never enter a seed phrase on a third-party website.
Omniflixhubd is the daemon, or background program, that runs an OmniFlix node. It connects your computer to the OmniFlix Hub, the root chain of the OmniFlix Network, and keeps a local copy of the chain data. Developers usually start and monitor it from a terminal.
Yes. The project provides a Windows build or installer, so you can run the daemon natively on Windows. Linux remains the platform the project emphasizes, so check the release notes if you encounter platform-specific issues.
The listed requirement is 1 TB of SSD storage. Chain data grows over time as the node keeps up with the network, so it is wise to monitor free space regularly. Fast SSD storage also helps the initial sync finish in a reasonable time.
The minimum-gas-price setting in app.toml defines the lowest fee your node will accept for transactions it relays. For OmniFlix, the recommended value in the setup notes is 0.001uflix. Change it only if you understand how fees on the network work.
No. OmniFlix node is a blockchain client that stores and verifies chain data. It is not a mining program, and running it does not involve hashing for rewards. Mining software is a separate category of tools.
Verdict
OmniFlix node is a sensible choice for developers, infrastructure operators and technically experienced Windows users who want a direct connection to the OmniFlix Hub. It is free, open source and written in Go, and it offers a Windows build or installer. The hardware requirements are significant, and the setup rewards careful attention to configuration and monitoring. If you only want to browse NFTs or send occasional transactions, a wallet or public interface will serve you better.