DERO HE is a free, open-source full node and core wallet for people who want to run their own copy of the DERO blockchain on a Windows PC. It suits developers, privacy-minded users and node operators who prefer to verify the network themselves rather than trust a third-party server.
The project is written in Go and focuses on keeping the blockchain light. Its design aims for small disk usage, low bandwidth needs and fast synchronization, with an account-based model in place of the unspent transaction outputs used by Bitcoin-style chains. Note that the last code update in the repository is dated February 2024, so check the project's GitHub and wiki for the current state before you rely on it in production.
What Is a Full Node and Why Run One?
A full node downloads and checks every block of a blockchain against the network's rules. Instead of trusting a remote server to tell you your balance, your own software verifies each transaction from the genesis block onward.
Running a node strengthens the network because it gives others a copy to sync from. It also means your wallet reads from a source you control, which reduces the risk of being shown false balances or having transactions filtered by a third party.
The trade-off is resource use. Traditional full nodes for some chains grow to hundreds of gigabytes. DERO's design targets much smaller storage by discarding old history while keeping the proofs needed to confirm the current state.
How Account-Based Privacy Works in DERO
Most privacy-focused cryptocurrencies use an approach where each transfer is hidden among decoys or mixed with other transfers. DERO takes a different route: it combines an account model with encryption that allows arithmetic on hidden values.
In practical terms, the network can confirm that the money going out equals the money coming in, even though the amounts are not displayed publicly. This is the core of what homomorphic encryption contributes to the project.
Privacy still depends on how you use the software. Reusing addresses, exposing your IP address to services that log requests, or sharing wallet files can all weaken anonymity regardless of the underlying cryptography.
Who Benefits Most from DERO HE?
Developers who want to study a privacy-oriented blockchain written in Go will find the codebase a useful reference. The modular structure and the wiki make it possible to follow how propagation, state and wallet logic fit together.
Node operators with limited disk space may appreciate the pruning design, since the chain's storage needs are a central part of the project's pitch. Privacy-conscious users who want a wallet connected to their own node, rather than a public web wallet, form another group.
Casual holders who only want to buy and sell may find a full node more involved than necessary. A lighter wallet connected to a trusted node may suit them better.
Understanding Storage and Scaling Claims
The project's documentation includes a worked example of storage for one billion accounts. It estimates about 66 bytes per account and roughly 128 GB of proof data, which together come to around 200 GB. Allowing a safety margin of four times, the estimate rises to about 800 GB.
The key point is that these figures assume history is not kept, while proofs stay in place to show the node is in sync. Anyone planning a deployment should treat these numbers as the developers' model and test against the current release on their own hardware.
The same documentation argues that storage does not grow linearly with transaction count in the way many chains do, because older transactions are pruned. Verify this against the code and the wiki before making infrastructure decisions.
Is DERO HE Still Actively Developed?
The repository's most recent code update is dated February 29, 2024. That does not automatically mean the software is abandoned, but it does mean you should look at open issues, recent commits and community activity before depending on it.
A quieter repository can still be stable, and mature cryptographic software often changes slowly. Still, for any use involving real funds, review the release notes and reach out through the project's official channels to learn what is being maintained.
If you find the project inactive, it is worth comparing it with other full node options in the same category, listed in the alternatives section below.
Key features
Homomorphic account-based model
Instant account balances
Mining decentralization
Erasure-coded block propagation
Lightweight and efficient wallets
Small disk footprint
Anonymous transactions
Fixed transaction size
Homomorphic assets
Blockchain pruning
Fast transaction generation
Hardware wallet support
Supported coins
DERO HE is built around the DERO network and its native currency. Its homomorphic approach also extends to custom assets on the same chain. Check the wiki for the current list of supported assets and any network parameters.
How to install DERO HE on Windows
- 1
Download from the official source
Go to the project's GitHub Releases page or the official site linked from the wiki. Choose the Windows build or installer. The release includes binaries for several operating systems and processor architectures, so pick the Windows x64 package unless you know you need something else. Download only from the official website or the GitHub repository.
- 2
Verify the file
Before running anything, compare the file's SHA-256 checksum with the value published on the release page. In PowerShell you can run Get-FileHash -Algorithm SHA256 on the downloaded file. If the checksum does not match, delete the file and download it again from the official source.
- 3
Extract or install
If you downloaded a ZIP archive, extract it to a folder of your choice such as C:\DERO. If you received an installer, run it and follow the prompts. Keep the binaries in a location you can easily back up, because the wallet and blockchain data will sit alongside them.
- 4
Start the node
Open a command prompt in the folder and launch the daemon executable. The node will begin connecting to peers and syncing the chain. Let it finish synchronizing before relying on its data. The first sync can take a while depending on your connection.
-
Create or open a wallet
Launch the wallet program in a separate window and create a new wallet or restore an existing one. Write down the seed phrase on paper and store it offline. Never enter the seed phrase into a website or chat window.
System requirements
- Windows 10 or later, 64-bit
- Sufficient free disk space for the blockchain; the project's storage model targets a small footprint, but check current release notes for exact figures
- A stable internet connection for initial and ongoing synchronization
- Optional: a Ledger hardware wallet if you want to keep signing keys off the PC
How to use DERO HE
Once the node is synced and your wallet is open, the basic workflow is simple. You can check your balance, receive funds by sharing your address, and send transfers from the command line or the graphical wallet if the release includes one. Keep the node running whenever you want the wallet to reflect the latest state.
Here is a typical sequence for a first session:
- Start the daemon and wait for it to reach the current block height.
- Open the wallet and unlock it with your password.
- Check the balance and the address you plan to share.
- Send a small test transfer to confirm everything works before moving larger amounts.
- Confirm the transaction appears on the network before closing the wallet.
Back up your wallet file and seed phrase after the first successful transfer, and repeat the backup whenever you change settings.
Pros & cons
- Free and open source, so the code can be reviewed by anyone
- Designed for small storage needs through pruning and proof-based state
- Built-in privacy through homomorphic encryption and anonymous transactions
- Ledger hardware wallet support for separating keys from the node
- Written in Go, a language known for readable, maintainable code
- Documentation and a wiki are available for technical readers
- The last code update is dated February 2024, which may signal reduced activity
- Command-line focus may feel unfamiliar to users who expect a polished desktop app
- Privacy depends heavily on user behavior, not only on the protocol
- Smaller community than the major cryptocurrency projects, so fewer third-party guides
- Storage and scaling figures come from the project's own model and need independent testing
Is DERO HE safe?
Because a wallet and node handle your keys and funds, treat the download with care. Get the binaries only from the official GitHub repository or the project website, never from forums, file-sharing sites or unofficial mirrors. After downloading, verify the SHA-256 checksum against the published value, and check any signature the release provides.
Never type your seed phrase into a website, chat or email, and never share it with anyone claiming to offer support. Store the seed phrase offline and consider a hardware wallet for larger balances.
Antivirus software sometimes flags new or unsigned cryptocurrency binaries. If that happens, verify the checksum and keep your protection enabled, rather than disabling it. Given the last update date, also review the project's activity before using it for significant amounts.
- Official source only. Download from github.com/deroproject/derohe. 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
Similar programs cover related ground but differ in design. Monero CLI, which provides a daemon and console wallet, also focuses on privacy, but uses a different cryptographic approach based on ring signatures and stealth addresses. Dogecoin Core, Litecoin Core, Komodo Core, Qtum Core and Syscoin Core are full nodes for transparent networks, where balances and transfers are publicly visible by default. Pi Network's desktop app is aimed at a different audience and uses a far simpler model.
DERO HE stands out for its account model, its encrypted balances and its emphasis on pruning. If your priority is a transparent, widely supported chain with a large ecosystem, one of the Core clients may fit better. If privacy and compact storage are the main goals, DERO HE and Monero CLI are the closest options to compare.
Specifications
- Price
- Free
- Type
- Open source
- License
- —
- Latest version
- —
- Last update
- 29 Feb 2024
- Windows support
- Yes (Windows build or installer)
- Source code
- github.com/deroproject/derohe
Frequently asked questions
Yes. DERO HE is distributed as free, open-source software. You can download the Windows build from the official GitHub repository or the project website at no cost. Avoid paid listings on third-party sites, since they may not match the official release.
Yes, the project provides a Windows build or installer. Choose the 64-bit package from the official releases page for most modern PCs. After downloading, verify the checksum before running the files.
The software itself is open source, which lets others review it. Safety still depends on how you use it: download only from official sources, verify the file, protect your seed phrase and keep your system updated. The last code update was in February 2024, so check recent activity before relying on it for large amounts.
A full node wallet runs a complete copy of a blockchain on your computer and checks every transaction yourself. It does not rely on a remote server to report balances. This gives more independence but requires more disk space and time to synchronize.
Yes, DERO supports Ledger hardware wallets. A hardware wallet stores your signing keys on a separate device, so the private keys are not exposed to the PC even if it is compromised. Check the wiki for the current setup instructions.
The project's own model estimates around 800 GB for one billion accounts with a safety margin, assuming history is pruned while proofs are kept. Actual requirements depend on the current release, so check the release notes and plan for some extra space.
DERO includes anonymous transactions and homomorphic encryption, which are designed to hide amounts and link fewer details on the public ledger. Privacy also depends on your habits, such as address reuse and network exposure, so read the wiki and use good operational security.
The project wiki at wiki.dero.io contains technical documentation and guides. The source code and release downloads are on GitHub at github.com/deroproject/derohe. Use these official sources rather than third-party tutorials when setting up the software.
Verdict
DERO HE suits technically confident users who want a free, open-source full node with built-in privacy features and a compact storage design. It is a good fit for developers, privacy-focused node operators and anyone who prefers to run their own wallet rather than rely on a web service. It is less suitable for beginners who want a simple point-and-click app or for anyone who needs a highly active, large-community project. Before committing, check the latest release and recent repository activity, since the last code update was in February 2024.