ISO mDL
Libraries for working with the ISO/IEC 18013-5 Mobile Driving License (mDL) Application
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Libraries for working with the ISO/IEC 18013-5 Mobile Driving License (mDL) Application
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ISO/IEC 18013 establishes a series of guidelines for the design format and data content and relay of an ISO-compliant mobile driver's license.
ISO/IEC 18013 establishes a series of guidelines for the design format and data content and relay of an ISO-compliant mobile driver's license.
is an international standard that defines the framework for mobile driver's licenses (mDLs).
The purpose of the standard is to establish a secure and interoperable format for storing and presenting driver’s license information on mobile devices. This innovation enables the creation of a digital version of a physical driver’s license that can be securely stored on smartphones or other mobile devices, transforming the way individuals manage and present their identity.
The standard incorporates cryptographic protocols to ensure the authenticity and integrity of the digital license data. Furthermore, it provides mechanisms allowing users to share only the necessary information, offering greater privacy compared to physical licenses. This selective sharing approach empowers individuals to better control their information and minimizes unnecessary exposure.
The standard also outlines a secure verification process for entities such as law enforcement and age-restricted venues. These verifiers can request and receive license information from the mobile device securely, ensuring that digital licenses are as trustworthy as their physical counterparts. Aiming for universal recognition, the standard establishes a common framework to enable mobile driver’s licenses (mDLs) to be verified across jurisdictions and systems, fostering interoperability.
Another aspect is flexibility in technology implementation, as the standard defines data structures and protocols without prescribing a specific technology. It supports various transmission methods like NFC, Bluetooth, or QR codes, ensuring compatibility across different platforms and devices. Additionally, the standard considers situations where network connectivity may not be available, providing offline verification capabilities to maintain functionality in a range of environments.
