Animetrics - Short Review

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Animetrics Overview

Headquartered in Conway, New Hampshire, Animetrics is a leading developer of advanced face recognition applications and face identity management solutions. Here is an overview of their products and key features:



Product Overview

Animetrics specializes in facial biometrics, providing innovative solutions primarily for government, homeland security, law enforcement, and enterprise sectors. Their technology is designed to address critical challenges in facial recognition, such as variations in pose and lighting conditions.



Key Technology: FACEngine®

At the heart of Animetrics’ solutions is the patented FACEngine®, an advanced facial recognition engine. This technology dynamically renders accurate and useful 3D avatars from 2D images and video, even when the facial images are not static or straight on. The FACEngine converts 2D images into 3D models using computational anatomy mathematical algorithms, enhancing the precision of facial biometric templates.



ForensicaGPS™

ForensicaGPS is a powerful investigative facial recognition tool designed for law enforcement. It enables professionals to quickly and accurately compare, analyze, and verify digital facial images from various sources, including grainy surveillance photos or videos. This tool can handle low-resolution images, convert video frames into ID-ready images, and analyze up to five images of a suspect using features like scars, moles, tattoos, and distance measurements between facial features.



FaceR™ Identity Management Solution (FIMS)

The FaceR Identity Management Solution (FIMS) is a comprehensive facial identity management system. It allows organizations to deploy advanced mobile security and video surveillance facial-biometrics applications in real-time. FIMS can be deployed via a web server or in a cloud-based architecture, providing centralized and scalable management for “one-to-many” identity searches. This solution leverages the FACEngine technology to convert 2D images to 3D geometries, enhancing biometric templates and enabling fast and accurate identity resolution across various devices with internet connectivity.



FaceR API

Animetrics offers the FaceR API for commercial licensing, allowing developers to integrate advanced facial recognition capabilities into their applications. The API provides functions for face detection, facial features detection, and 2D to 3D pose correction. It operates in the Animetrics cloud and is available as a service, with tiered pricing levels after the first 1,000 free transactions per month. This API extends the reach of Animetrics’ facial recognition technology beyond its core markets, enabling the development of innovative products across commercial and enterprise sectors.



Key Features and Functionality

  • Advanced 2D to 3D Conversion: Animetrics’ patented technology converts 2D images into 3D models, enhancing the accuracy of facial recognition even in challenging conditions.
  • Real-Time Identity Resolution: FIMS and ForensicaGPS enable real-time identity resolution, making them highly effective for law enforcement and security applications.
  • Multi-Image Analysis: ForensicaGPS can analyze and compare up to five images of a suspect, using detailed facial features for precise comparative analysis.
  • Cloud and Web Deployment: Solutions like FIMS Cloud and the FaceR API offer flexibility in deployment, allowing centralized management and scalability.
  • Integration with Various Devices: Animetrics’ solutions can be accessed via mobile or fixed digital devices with internet connectivity, making them versatile for different operational environments.
  • Partnerships and Global Reach: Animetrics partners with various companies to deliver its solutions to police and sheriff’s departments in the U.S. and internationally, including Europe and the Middle East.

In summary, Animetrics’ products are designed to provide advanced facial recognition and identity management solutions, leveraging patented 2D to 3D conversion technology to enhance accuracy and efficiency in various operational contexts.

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