Go>Sign Mobile vs BS Digit Access

Go>Sign Mobile for iOS gives users the ability to securely authorise and approve the signing of documents or transactions. Business applications can trigger the signing process and users can authorise this remotely from their mobile device using two-factor authentication. Key Features • Assist in achieving EU eIDAS Qualified Remote Signing (TS 419 241 level 2 Sole Control) for server side signing • Automatically load authorisation requests to notify users • Cryptographically protected authorisation file that holds the signature activation data • Authenticate using Touch ID or device PIN to access authorisation key • Works with any server-side signing process Simplicity • Intuitive and easy to use for non-technical users • Allow users to approve pending authorisation requests quickly and remotely • Allow organisations to connect with their own hosted servers Advanced Security • Generation of authorisation key using Elliptic Curve algorithm • Keys stored in secure enclave of mobile device and locked with Touch ID or device PIN • AES 256-bit encryption over TLS/SSL • Touch ID or device PIN for unlocking access to the secure enclave Traceability • Signing evidence embedded inside the digitally signed authorisation response

Use BS Digit Access to access Web sites and networks or to digitally sign transactions in a highly secure and user-friendly way. BS Digit provides a time based 2-factor authentication solution for any remote access, protecting from hacking and theft. The OTP is unique for each transaction and can’t be re-used. After downloading and installing BS Digit Access on your iPhone, you will need to register it in order to activate it and make it unique for you. Your service provider will provide you with appropriate registration instructions. FEATURES: Fast authentication using notifications Asymmetric key protection Secure authentication using device mechanism Secure registration and activation. TOTP support Protection against wide range of attacks including: Phishing Man in the middle Brute Force attack on PIN. PIN or secrets attack by application reverse engineering or memory analysis. PIN prediction by Differential Power Analysis. Memory cloning. One iPhone application for all authentication needs. Intuitive interface.