Dero Wallet Documentation
Your Complete User & Developer Guide
Welcome to the official Dero Wallet Documentation, the ultimate guide for installing, configuring, and mastering the Dero Wallet.
Whether you’re a casual user managing your digital assets or a developer building private smart contracts, this resource will help you unlock the full potential of the DERO blockchain.
Table of Contents:
Introduction
Welcome to the Dero Wallet Documentation, your official guide to installing, configuring, and mastering the Dero Wallet — the privacy-first wallet built on the DERO blockchain.
This documentation explains how to install the desktop version, manage your funds securely, and understand the technology that powers true blockchain privacy.
The Dero Wallet allows users to send, receive, and store DERO coins with full encryption, while offering developers the tools to build private decentralized applications (dApps) on top of the DERO Virtual Machine.
Getting Started with Dero Wallet
System Requirements
To ensure smooth performance, make sure your system meets these minimum requirements:
Operating Systems: Windows, macOS, or Linux (64-bit recommended)
RAM: 4 GB or higher
Storage: 500 MB free space for the wallet + additional for blockchain cache
Internet: Stable connection for node synchronization
Download and Installation
You can download click on the link below:
🔗 Dero Wallet for Desktop
Installation Steps:
Download the package for your operating system.
Verify the checksum/signature to ensure the file hasn’t been altered.
Run the installer and follow the on-screen instructions.
Launch Dero Wallet — you’ll be prompted to create or restore a wallet.
Creating a Wallet:
Select “Create New Wallet” and securely save your 25-word seed phrase.
Your seed is your only recovery key. Never share it with anyone.
Restoring a Wallet:
Choose “Restore Wallet from Seed” and enter your 25-word phrase.
The wallet will sync automatically with the blockchain and restore your balance.
Wallet Overview and Core Features
The Dero Wallet provides a unified interface for both personal and development use.
Every transaction you send is fully encrypted on-chain, verified by the DERO network, and remains invisible to external observers.
Key Features
| Feature | Description |
|---|---|
| Private Transactions | All transfers use DERO’s homomorphic encryption, guaranteeing confidentiality. |
| Open-Source Security | The codebase is public and reviewed by the global developer community. |
| Fast Confirmations | DERO’s DAG-based consensus ensures near-instant transaction validation. |
| Smart Contract Support | Interact with private dApps via the DERO Virtual Machine (DVM). |
| Local Key Storage | Your keys and data are stored only on your device. |
| Lightweight Design | No full-node requirement — connect easily to trusted remote nodes. |
Understanding Dero Technology
Private Blockchain Architecture
The DERO blockchain is built from the ground up using homomorphic encryption — a cryptographic method that allows computations on encrypted data without exposing it.
This means your transaction details stay private, even as the network verifies them.
Unlike traditional blockchains, DERO uses a Directed Acyclic Graph (DAG) structure, which allows multiple transactions to process in parallel, improving scalability and speed.
Advantages
Zero leakage of user data or wallet balances.
Verifiable integrity without public exposure.
Smart contracts executed confidentially on-chain.
The DERO Virtual Machine (DVM)
The DVM is the execution environment for private smart contracts.
It enables developers to deploy decentralized applications that maintain end-to-end privacy while running directly on the blockchain.
Developers can write, test, and deploy contracts using the Dero CLI Wallet or API endpoints, interacting with encrypted data while preserving complete anonymity.
Homomorphic Encryption Blockchain
The DERO blockchain introduces one of the most advanced privacy mechanisms in cryptocurrency: Homomorphic Encryption. This technology allows mathematical operations to be performed directly on encrypted data, without ever needing to decrypt it.In simple terms — your transaction details remain hidden even as the blockchain verifies and processes them.
Traditional blockchains like Bitcoin or Ethereum make every transaction public, exposing addresses, amounts, and timestamps.
The DERO network, however, encrypts all this information from the moment a transaction is created.
Nodes in the network validate transactions using encrypted proofs rather than raw data, ensuring complete confidentiality without sacrificing transparency or network integrity.
How It Works
Homomorphic encryption enables the DERO blockchain to:
Encrypt every transaction field — sender, receiver, and amount — before it reaches the network.
Validate encrypted values mathematically using deterministic proofs.
Execute smart contracts privately through the DERO Virtual Machine (DVM), maintaining confidentiality even during contract execution.
Maintain full-node consensus while all data remains unreadable to anyone except the wallet owner.
Why It Matters
This approach transforms how privacy is handled in decentralized systems:
There’s no need for mixers or zero-knowledge add-ons — privacy is native to the protocol.
All wallet balances, transaction histories, and contract data are hidden from public view.
It enables enterprise-grade confidentiality, making the blockchain suitable for business applications where security and compliance coexist.
The DERO Advantage
DERO’s homomorphic encryption model is combined with a DAG (Directed Acyclic Graph) structure, giving it high throughput and scalability without compromising privacy.
This fusion makes DERO the first blockchain capable of running fully private smart contracts natively, not as a layer or extension.
In practice, it means you can:
Run decentralized apps without exposing code execution details.
Conduct private, auditable transactions at lightning speed.
Scale securely without data leaks or metadata exposure.
DHEBP – Dero Homomorphic Encryption Blockchain Protocol
The DHEBP — short for Dero Homomorphic Encryption Blockchain Protocol — is the core cryptographic engine that powers the DERO blockchain and the Dero Wallet.
It represents a groundbreaking evolution in blockchain architecture, combining homomorphic encryption with account-based design to deliver both privacy and scalability without compromise.
Unlike traditional blockchain protocols, where transaction data is visible to every node, DHEBP keeps all values mathematically encrypted from end to end.
This means balances, addresses, and smart contract data are never exposed — yet still fully verifiable across the decentralized network.
How DHEBP Works
At its foundation, DHEBP uses homomorphic encryption to allow nodes to:
Validate encrypted transactions without revealing the underlying amounts or participants.
Compute blockchain logic (like contract execution and balance updates) on encrypted data.
Maintain consensus between nodes without needing to decrypt or view any sensitive data.
Provide zero-leak verification, ensuring that no observer — including network peers — can trace ownership or transaction flow.
The result is a fully private, decentralized computation system that can run complex applications while maintaining the confidentiality of every data element.
Key Features of DHEBP
| Feature | Description |
|---|---|
| Homomorphic Encryption Layer | Enables computation on encrypted data, making privacy native to the protocol. |
| Account-Based Architecture | Simplifies wallet management and enhances transaction efficiency compared to traditional UTXO models. |
| Smart Contract Support | Seamlessly integrates with the DERO Virtual Machine (DVM) to execute encrypted smart contracts. |
| Scalability | Optimized for parallel processing through DAG consensus, ensuring consistent performance under heavy load. |
| Native Privacy Enforcement | Unlike add-on privacy layers, DHEBP enforces privacy by design — built into every block and transaction. |
Why DHEBP Matters
DHEBP represents a new paradigm in blockchain design — where privacy, scalability, and decentralization coexist harmoniously.
It eliminates the trade-offs that most blockchains face: users don’t need to choose between security and speed, or between transparency and confidentiality.
For end users, it means total financial privacy.
For developers, it unlocks a platform capable of building decentralized applications that are truly private, auditable, and secure by default.
In essence: DHEBP transforms the blockchain into a private computation network — where encrypted data can still power verifiable, decentralized logic.
Technical Overview
Consensus Type: DAG-based Proof of Work (AstroBWT)
Encryption Scheme: Homomorphic Encryption (DHE)
Account Model: Encrypted Account-Based (non-UTXO)
Smart Contract Engine: DERO Virtual Machine (DVM)
Privacy Level: End-to-end (transaction, balance, contract)
Open Source: github.com/deroproject
Developer Benefits
Write private smart contracts using the DVM framework.
Connect via RPC API for encrypted application logic.
Build custom tools and wallets leveraging DHEBP’s account model.
Contribute to open-source code improving cryptographic performance and auditability.
Security and Verification
Wallet Safety Principles
Security is fundamental to DERO’s philosophy.
When using the Dero Wallet, always follow these best practices:
Download only from verified sources.
Verify release signatures and checksums.
Keep your seed phrase offline in at least two secure locations.
Avoid running the wallet on public or shared computers.
Binary Verification
Each Dero Wallet release includes a cryptographic signature (SHA256/PGP).
To verify:
Download both the wallet file and its
.sigsignature.Use GPG to verify authenticity against the official DERO public key.
Confirm the hash matches before installation.
Warning: Dero Wallet Info cannot recover lost funds or seed phrases.
You are the sole custodian of your assets.
