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Introduction to Nexus Smart ID Mobile App
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The mobile device is key to adopting accessibility and mobility in the world of evolving digital services. It offers an appealing option to provide convenient and secure access to applications and services for users in the workforce domain as well as citizens in the government domain. The solution provides an intuitive and friction-less experience to the end user, while keeping security measures on the highest level to keep private information protected from cyber attacks and hackers both today and tomorrow. Nexus' Smart ID Mobile App provides a vast set of use cases such as client authentication, digital signing and email encryption on the mobile device. All use cases have one thing in common; they are all based on strong uncompromising PKI security. The Smart ID Mobile App is supported on both iOS and Android and available in Apple App Store and Google Play. Nexus also offers the possibility to license the Smart ID Mobile SDK, which the App is built on, so that it can be embedded into third-party mobile apps for customers who want to further customize the Mobile App. |
Smart ID Mobile App - a part of Nexus Smart ID
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Integration with web applications, authentication and digital signing services can be achieved using industry standard protocols, published APIs, and SDKs.
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The Smart ID Mobile App includes the following standard components:
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Nexus Smart ID Mobile App implements a layered security model using various technologies and security measures where the combination of these provide a resilient design, with no single point of exposure and failure. The target is to protect the user credential and private key from exposure at all times and keep the app safe from cyber attacks and hackers.
Security blocks
The layered security model of the Smart ID Mobile App is constituted by a set of security blocks, listed below.
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The mobile device and server work together using an advanced cryptographical protocol known as SPHINX, which is similar to Diffie-Hellman key establishment. See httphttps://webeeeprint.technioniacr.ac.ilorg/~hugo2018/sphinx695.pdf.