What does BEAT mean in UNCLASSIFIED

BEAT is a form of testing done to ensure biometric equipment, technology, and algorithms are performing accurately. This includes fingerprint scanners, face recognition systems, iris scans, and other physical traits. The goal is to make sure the technology can correctly identify the person or thing being scanned or monitored in the correct way.

Biometrics Evaluation and Testing helps determine if the biometric technology being used is reliable enough for the purpose it was designed for. It ensures products are accurate, secure, and usable in the intended scenarios, such as airports or government agencies.

Our evaluations include data collection, evaluation of accuracy metrics such as False Positive Rate (FPR) and False Negative Rate (FNR), as well as usability assessments. We also look into security aspects like authentication strength or tampering prevention capabilities.

Yes. Data security is one of our top priorities during testing so your information remains confidential throughout the process. We use encryption protocols where appropriate and delete any records when we're finished with them.

That depends on the type of system you have installed and its application scenario. Typically, large organizations that use biometric verification systems need to have them tested every three years or so; smaller installations may only require testing every five years.

We evaluate all types of biometric technologies including fingerprint scanners, facial recognition systems, iris scans, voice recognition systems and more. We work with both proprietary solutions as well as open-source versions depending on what you require for your setting.

Yes! In addition to accuracy tests we offerTamper Prevention Assessments which evaluates how difficult it would be for unauthorized personnel to bypass security protocols implemented by a given product; Usability Assessments which quantify how user-friendly a given piece of software might be; Security Protocol Auditing which examines encryption protocols used by a given product; Interoperability Checks which verify whether different pieces of hardware are compatible with each other or not; Stress Tests which measure how effectively a given product/system withstands heavy loads in terms of memory consumption & speed among others.

That depends on the nature and complexity of the project at hand but usually varies between two weeks up to a month plus depending on resources allocated towards it.