Trezor.io/Start® — Starting Up Your Device | Trezor®

Welcome to Your Hardware Wallet Setup

Initializing a hardware wallet is a critical first step in securing your digital assets. Hardware wallets are purpose-built devices designed to store private cryptographic keys in an isolated environment, keeping them protected from online threats such as malware, phishing attacks, and unauthorized remote access.

This sample “Start” page demonstrates how an onboarding experience may be structured. It explains core concepts, outlines general steps, and highlights important security practices that are relevant to anyone using a hardware wallet for long-term cryptocurrency storage.

While the exact interface and instructions depend on the specific device model and firmware version, the fundamental principles of secure initialization remain the same across most hardware wallets.

What You Need Before You Begin

Proper preparation ensures a smooth setup process and minimizes the risk of mistakes. Before initializing your device, take a moment to gather the necessary items and choose an appropriate environment.

• A new or factory-reset hardware wallet device
• A compatible USB cable or connection method
• A computer or mobile device with internet access
• A quiet and private space with no cameras or observers
• Pen and paper for writing down recovery information

Avoid public locations and shared computers when setting up a wallet. Privacy during this stage is essential, as sensitive information will be displayed directly on the device screen.

Step 1: Connect and Verify Your Device

Begin by connecting your hardware wallet to your computer or supported mobile device. When the device powers on, it may prompt you to install or confirm firmware. Firmware is the internal software that controls how the device operates.

Verifying firmware authenticity ensures that the device has not been altered or compromised. Trusted devices require user confirmation on the physical screen, adding an extra layer of security beyond what software alone can provide.

Never proceed if the device shows unexpected warnings or behaves inconsistently. In real-world usage, official documentation should always be consulted if concerns arise.

Step 2: Create a New Wallet

Creating a new wallet generates private keys securely within the hardware device itself. These keys never leave the device and are never exposed to the internet, which is the core security advantage of hardware wallets.

During this step, the device will display a recovery seed phrase. This phrase usually consists of 12, 18, or 24 words generated randomly according to industry standards. The words must be written down exactly as shown and in the correct order.

The recovery seed is the ultimate backup. It can restore access to funds if the device is lost, damaged, or replaced, but it also grants full control to anyone who possesses it.

Step 3: Secure Your Recovery Seed

Writing down the recovery seed is one of the most important security actions you will take. The words should be recorded offline using pen and paper. Storing them digitally, such as in cloud storage, photos, or text files, significantly increases the risk of theft.

After writing the seed, store it in a safe location protected from fire, water, and unauthorized access. Some users create multiple backups and keep them in separate secure locations to reduce the risk of total loss.

Never share your recovery seed with anyone. No legitimate service, support agent, or website will ever ask for it.

Step 4: Set a PIN Code

A PIN code protects the physical device from unauthorized use. Each time the wallet is connected, the correct PIN must be entered directly on the device. Multiple incorrect attempts usually result in delays or a complete device reset.

Choose a PIN that is difficult to guess but easy for you to remember. Avoid simple sequences or commonly used numbers. The PIN works together with the recovery seed to provide layered security.

Understanding Transaction Security

Hardware wallets require physical confirmation of transactions. Even if a connected computer is compromised, transactions cannot be approved without user interaction on the device itself. This design prevents many common attack vectors used to steal digital assets.

Always verify recipient addresses and transaction amounts on the device screen. This habit protects against malware that attempts to modify transaction data before it is broadcast to the network.

Best Practices for Ongoing Safety

• Keep your device in a secure physical location
• Never disclose your recovery seed or PIN
• Be cautious of unsolicited emails or messages
• Only use trusted software and official resources
• Regularly review transactions for accuracy

Long-term security is an ongoing process. Staying informed and cautious significantly reduces the likelihood of loss due to scams or user error.

Final Thoughts

Initializing a hardware wallet correctly lays the foundation for secure digital asset management. While the technology provides strong protection, responsible user behavior is equally important.

This page serves as an example of how a “Start” or “Initialize Your Device” experience might be presented in HTML using a clean, light yellow two-color design. For real devices, always rely on official documentation and trusted sources.