The DHS is seeking information to upgrade its biometric management systems from IDENT to the cloud-based HART. This involves gathering insights from private sector vendors on advanced biometric technologies, supporting operational planning, and engaging with standard-setting organizations. The cloud transition is expected to improve data processing capabilities for over 262 million individuals, enhancing the management of multiple biometric modalities.
The U.S. Department of Homeland Security (DHS) has initiated a Request for Information (RFI) targeting potential enhancements to its biometric data management systems. This RFI is connected to the Biometric Identity Research and Development (BIRD) program, focusing particularly on transitioning from the existing Automated Biometric Identification System (IDENT) to the next-generation Homeland Advanced Recognition Technology (HART) managed by the Office of Biometric Identity Management (OBIM). In this context, OBIM is actively seeking information from the private sector regarding their capabilities in various biometric technologies. They specifically want to engage with vendors who possess experience in the areas of biometrics research and evaluation, automated latent fingerprint matching, video analytics, and contactless biometrics such as fingerprint, palmprint, and plantar capture. OBIM’s requirements also encompass advanced fields, including 3D biometrics, biometric fusion technologies, digital identity solutions, and anomaly detection regarding liveness and spoofing challenges. Furthermore, the request extends to engineering services for hardware and prototype development, alongside the creation of user manuals and alternative technology recommendations. They call for standards development participants, inviting vendors to partake in meetings of significant organizations—the National Information Exchange Model (NIEM), INCITS, ISO, IEC, and ICAO—and help formulate recommendations for voting and positions. Tasks also include operational planning support, expertise on HART, and understanding NIEM’s application in biometrics. The transition to a cloud-based microservice architecture is pivotal in this strategy. It will enable OBIM to manage and process biometric data for over 262 million individuals more effectively. By leveraging cloud technology, the department anticipates improvements in data processing speed and flexibility, along with enhanced scalability for accommodating additional biometric modalities including facial recognition and iris scans. The HART system will operate in alignment with the IDENT Identity eXchange Messaging (IXM) application profile, facilitating data communication through XML formatting with partners. This development ultimately aims to create a robust cloud-integrated platform that meets evolving demands in biometric identity management.
Biometric data management is critical for national security, and the DHS is exploring moving its data systems to a more advanced cloud architecture. The BIRD program represents a significant investment in upgrading current systems to enhance both functionality and security. The shift from hardware-based solutions to cloud technologies reflects a growing trend in data management favoring efficiency and scalability. This transition is essential for accommodating the increase in diverse biometric modalities and ensuring secure communication across various government entities. By confirming industry standards through engagements with bodies like NIEM and INCITS, the DHS emphasizes the importance of establishing robust frameworks that support innovative biometric technologies.
The DHS is poised to revolutionize its biometric data management through an RFI aimed at soliciting expertise and solutions from the private sector. By transitioning from IDENT to HART and adopting a cloud-based architecture, the department expects to enhance its operational capabilities in managing extensive biometric data while ensuring compliance with industry standards. This initiative reflects a strategic approach to modernize national security systems and meet the dynamic needs of biometric identity management.
Original Source: www.biometricupdate.com
