So, Apple unveiled its Apple Vision Pro VR headset with its new visionOS which brought up a new recognition system called Optic ID. While Apple has previously implemented Touch ID and Face ID on iPhones, this marks the company’s first use of iris recognition.
What is Optic ID? Know Everything
Apple has expanded its biometric authentication lineup with the introduction of Optic ID, a new iris-scanning technology featured in the Vision Pro headset.
This new recognition system serves as the primary security authentication method for unlocking Apple’s Vision Pro mixed reality headset, which was unveiled at the WWDC 2023 event. Apple explains that the system analyzes a user’s iris by utilizing LED light exposure and compares it to an enrolled Optic ID stored securely on the device’s Secure Enclave. During the keynote, Mike Rockwell, Apple’s VP of the technology development group, mentioned that Optic ID can distinguish iris differences even among identical twins.
Apple currently offers two biometric authentication systems on iPhones, namely Touch ID and Face ID. However, a new biometric system called Optic ID has been introduced exclusively for the Vision Pro headset. Optic ID utilizes infrared dots and a depth sensor for authentication purposes.
Apple emphasises that the optical recognition system remains exclusively on the user’s device, ensuring data privacy and security through complete encryption. To determine the accuracy and speed of optical ID compared to face ID, a comprehensive hands-on experience with Vision Pro will be necessary.
The Samsung Galaxy S8, released in 2017, was one of the last widely available consumer tech devices to feature an eye scanner. It is hoped that Apple has made advancements in iris scanning technology since then, ensuring robust protection against potential hacking vulnerabilities.
via TheVerge
<strong>What is Optic ID?</strong>
The Optic ID technology considers several parts of the eyes like iris (the coloured part), eyelids and even eyebrows. Combining all these data, the Optic ID system can identify a person and authenticate them to use the device.
<strong>What is the future outlook for Optic ID?</strong>
The future of Optic ID looks promising, with ongoing advancements in sensor technology, algorithm development, and integration with other systems expected to further enhance its accuracy, usability, and applicability in various industries.
<strong>Is Optic ID widely adopted in security systems and applications?</strong>
While Optic ID is gaining popularity in various sectors, including government, healthcare, and banking, its adoption may vary depending on factors such as cost, implementation complexity, and regulatory compliance.
<strong>Where can I learn more about Optic ID?</strong>
To learn more about Optic ID and its capabilities, you can visit the Vision Pro website, review technical documentation, watch demo videos, or contact the company directly for additional information and inquiries.
<strong>What are the advantages of implementing Optic ID in businesses or organizations?</strong>
Implementing Optic ID can offer businesses and organizations enhanced security, streamlined operations, improved customer experiences, and opportunities for innovation and differentiation in the market.
<strong>Is Optic ID available for all Vision Pro users?</strong>
Availability may vary depending on licensing, subscription plans, or software versions. Users should check with the provider or consult the software documentation for specific details on accessing Optic ID.
<strong>What are the hardware requirements for implementing Optic ID?</strong>
Hardware requirements for implementing Optic ID may vary depending on specific use cases and deployment scenarios but typically involve high-resolution cameras or sensors capable of capturing detailed optical images for analysis.
<strong>What technologies are used in Optic ID?</strong>
The system might employ technologies such as computer vision, artificial intelligence, neural networks, and pattern recognition algorithms to analyze and interpret the visual data captured by the device.
