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MOSIP Compliant Biometric Scanners
* - MOSIP Compliance in Progress
Our biometric enrollment scanner passed self-testing and were integrated with the Modular Open-Source Identification Platform (MOSIP) security standard. The BioEnable team's quick understanding of the security model and API specifications, our biometric scanners achieved MOSIP compliance.
MOSIP is an open-source platform designed to help governments and international organisations build a foundational identification system at a low cost. A functioning identity system allows individuals to obtain a unique identity from the government in order to access various services such as financial and social security. Nations can use the platform to create their own identification system. It provides a vendor-neutral and interoperable approach that allows governments to precisely configure their systems. Aside from that, the platform provides approaches to addressing various challenges when constructing a national functional system that assists in meeting essential needs. Nations are free to use MOSIP to create their own identity systems.
The platform can be used for various use cases such as national ID systems, voter ID systems, and welfare schemes. The platform is designed to be scalable and can handle millions of identities. The platform is also designed to be secure, to protect the privacy of individuals and to prevent data breaches.
SBI (Service-based Interface) in MOSIP (Modular Open Source Identity Platform) refers to a set of APIs (Application Programming Interfaces) that provide a standard way for interacting with different components of the MOSIP platform.
The SBI is designed to support a modular architecture, which means that different components of the platform can be easily replaced or upgraded without disrupting the overall system. The SBI provides a standard way for components to interact with each other, making it easier to integrate new components and services into the platform.
The SBI also makes it easier for third-party applications and systems to integrate with MOSIP, as they can use the SBI to interact with the platform. This can help to increase the functionality and utility of the platform, and make it more useful for a wider range of use cases. In summary, the SBI in MOSIP is a key component that helps to ensure the modularity, scalability, and interoperability of the platform, and makes it easier for third-party applications and systems to integrate with MOSIP.
Device Discovery
The applications would use device discovery to identify MOSIP compliant devices in a system. The protocol is intended to be a simple plug-and-play solution, with all necessary abstraction to the specifics.
Device Info
The device information API would be used by applications to identify MOSIP compliant devices and their status.
The MOSIP Management Server hosted in a datacenter and accessible only via port 443 is equipped with a FIPS 140-2 Level 3 compliant HSM for secure key storage and device certificate issuance. It manages device registration and de-registration, key rotation and ensures end-to-end encryption over SSL for securely provisioned and whitelisted devices. The server validates devices, synchronizes time, collects device information and can push updates to client devices. The MOSIP Management Client connects devices to the server, auto-registering and validating them while ensuring all communication is digitally signed, encrypted with public key cryptography and includes ISO-format timestamps and a signed digital ID. Key rotation is server-triggered via telemetry, and the client verifies server authenticity. It does not expose any biometric capture API or log biometric data.
The DactyScan84C Fingerprint Slap Scanner is a portable slap fingerprint scanner that captures all ten fingerprints, including four finger-slaps and thumbs in a wide scanning area. It is designed for rapid, precise and reliable performance especially for 4-4-2 fingerprint enrollment applications. The scanner is STQC certified for Aadhaar enrollment and built to meet the demands of commercial, civil and government sectors providing robust biometric capabilities.
The BMT20 Dual Iris Scanner and Iriuniverse Two Dual Iris Scanner are advanced biometric devices that use iris recognition technology for secure identification and authentication. These compact and lightweight scanners capture high quality iris images from both eyes simultaneously ensuring fast and accurate recognition even in challenging lighting conditions.
The IriUniverse-One Camera is a single iris scanner designed for high-performance biometric authentication. It features advanced iris recognition technology ensuring accurate and reliable identification. The device is compact and easy to integrate making it suitable for various applications including access control, time and attendance and secure transactions.
The BioEnable C600 is a high-performance face registration webcam designed for secure access control and attendance tracking applications. It features a 2MP CMOS sensor supports 1080p video capture and has a wide 90-degree field of view. The camera's compact and robust design makes it suitable for a variety of deployment scenarios.
The BS20 Fingerprint Scanner is a compact and reliable device designed for secure authentication. It features a high-resolution sensor that captures detailed fingerprint images ensuring accurate and fast identification. The scanner is easy to integrate into various systems making it suitable for a wide range of applications.
Objective: Establish technical and compliance standards for biometric devices in MOSIP solutions.
Target Audience: Biometric device manufacturers, developers and designers.
MOSIP Devices: Devices collecting biometric data must operate within this specification.
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