Digital Hardware Wallet-GigaDevice.com

Solution Overview

Digital hardware wallet solution based on Gigadevice's GSL6157 fingerprint sensor

Digital hardware wallets, as the core platform of offline storage of encrypted assets, have formed a diversified technological ecosystem, supporting mainstream digital currencies such as Bitcoin, Ethereum, and stable coins.

Digital hardware wallets achieve independent storage and offline management of private keys through built-in security chips, and authorize transactions through physical operations (such as pressing buttons and entering PIN codes). They help users achieve offline storage of assets and secure management of private keys.

The GSL6157 capacitive fingerprint sensor provided by Gigadevice Technology detects the 3D texture features of fingerprints through microcurrent, enabling it to capture more detailed biological feature information (such as the distribution of fingerprint ridges and valleys). Its live detection function can effectively resist fake fingerprint attacks. It is specifically designed for secure and convenient identity authentication needs. Its security and scene adaptability have become the key competitive points in the market, and it is also the current development trend of biometric technology in the market. It ensures that private keys never touch the network, effectively defending against network attacks, and provides users with the top-level security solution.

Advantages

Compliant with the IoT industry standards of the PSA/SESIP LVL3 high security level, achieves high-precision recognition rates of 2% FRR and rejection rates of 1/50K

Exceptional user experience: Instant access, fast unlocking, high recognition rate, providing users with the ultimate password-free login experience.

Excellent adaptability to environmental scenarios (such as temperature and humidity fluctuations) as well as finger conditions (dry, moist or slightly worn), and can stably handle various complex scenarios.

Advanced one-stop self-learning algorithm engine with independent intellectual property rights, enabling the construction and adaptation of secure and reliable application scenarios.