BioAffix Gate Vision Mobile, Co-Developed with Intel, Is Redefining Industry Standards

Advanced sensors generate a precise 3D map of the face while simultaneously performing liveness detection — preventing spoofing attempts with photos, videos, or masks.

Today’s handheld readers play a pivotal role wherever fixed devices—such as door- or turnstile-mounted units—are impractical or fall short of enterprise security needs. Found in military bases, hospitals, airports, manufacturing and construction sites, mines, concert halls, trade-show complexes, and more, these portable tools make identity verification mobile, delivering rapid and flexible access control. However, traditional biometrics (2D face recognition, fingerprints, etc.) and card/QR-based systems are increasingly inadequate against sophisticated cyber threats. What organizations need now is an AI-driven biometric solution that is truly spoof-proof.

The Limitations of Legacy Biometric Technologies

Most handheld readers today rely on one of two methods. The first is credential-based scanning, which authenticates ID data stored on technologies such as HID SEOS (only when used with Mul-Sec), LEGIC, MIFARE DESFire, CIPURSE, QR codes, and barcodes. The second is basic biometrics, typically limited to 2D facial recognition or fingerprint matching.

Data Storage and Security

In most legacy setups, biometric data is stored either in the device’s internal memory or on central servers. Both approaches create significant compliance risks under strict regulations such as the GDPR in Europe and KVKK in Türkiye.

Easily Spoofed Methods

2D facial recognition carries the risk of being spoofed with photos or masks, while fingerprint authentication can suffer from accuracy issues caused by everyday factors such as dirt, wear, or surface damage.

Limited Mobility

Although handheld readers are considered “mobile,” they still depend heavily on a network connection for data synchronization. When connectivity fails, authentication either stops entirely or drops to a much lower security tier — undermining both reliability and trust.

Such limitations can no longer keep pace with the surging demand for secure biometric verification. What the market now requires is an advanced solution: one that works fully offline, is virtually impossible to spoof, and never stores personal biometric data.

Spoof-Proof Solutions in Biometric Authentication

In recent years, breakthroughs in AI and deepfake technology have made spoofing attempts far more sophisticated. With 2-D face recognition, impostors can now fool systems using fake images, masks, or replayed videos. That’s why 3-D depth sensing—combined with on-device processing—is emerging as the cornerstone of next-generation biometric authentication.

With advanced sensors, liveness checks are performed in real time, capturing a precise 3D geometric map of the face. This makes it virtually impossible to spoof the system with photos, videos, or masks. Importantly, all biometric data is processed instantly on the device itself — never stored locally and never transmitted to external servers. This architecture eliminates data breach risks entirely, ensuring compliance that goes beyond GDPR and KVKK requirements.

Ones Technology®’s Choice Intel RealSense®

All these needs are addressed by the next-generation solution co-developed by Intel RealSense® and Ones Technology®. By joining forces with Intel, Ones Technology has introduced BioAffix® Gate Vision Mobile, a handheld reader powered by 3-D facial recognition. Thanks to Intel RealSense’s AI-driven depth sensing and liveness detection, the device pushes traditional products out of the category, setting a new benchmark for mobile biometric authentication.

Intel RealSense® uses AI to spot spoofing attempts. With built-in 3-D and infrared cameras, it instantly flags 2-D tricks—whether a photo, video replay, or mask. The system works in any lighting, delivering high accuracy even under challenging illumination.

Key Features of BioAffix® Gate Vision Mobile

Versatile Authentication Methods

BioAffix® Gate Vision Mobile provides multi-factor authentication, enabling secure identity verification across a wide range of access scenarios:

On-Card Biometric Template

High-frequency card technologies such as HID SEOS (only in Mul-Sec protocol), Legic, Mifare Desfire, and Cipurse are supported.
Biometric data is stored directly on the user’s card for decentralized, privacy-first authentication.

Template Stored in a Mobile App or Digital Wallet

Users keep their biometric template in the digital wallet on their own smartphones.
The device reads that template over the phone and completes authentication just in seconds.

Biometric Template on Bio-QR

The template is converted into an encrypted Bio-QR code that only BioAffix-enabled devices can read, allowing secure, server-free authentication anywhere, without exposing sensitive data.

Authentication via ICAO 9303 Document

Pulling biometric data from official credentials—such as a passport or national ID—adds an extra layer of anti-spoof protection by matching the document photo to a live 3-D face scan for lightning-fast passage.

What Problems Does BioAffix Gate Vision Mobile Solve?

Biometric data is never stored on third-party servers, so authentication works even when the device is completely offline—ideal for preventing operational downtime. Beyond support for 50 + smart-card technologies, the reader also captures MRZ and PDF417 barcode formats. Its IP68-rated housing shields the unit from dust and water, while a Corning Gorilla Glass touchscreen shrugs off drops and scratches. Coupled with a wide operating range (-20 °C to 55 °C in use, -40 °C to 70 °C in storage), BioAffix Gate Vision Mobile ensures rock-solid performance and flexible deployment in virtually any scenario.

• Data Breach & Privacy: Biometric data remains under user control; because nothing is stored on the device or any server, it offers advanced protection against potential leaks.
• Spoof Resistance: 3-D face recognition blocks photo, mask, or video-replay attacks.
• Mobility & Flexibility: Security staff can verify identities effortlessly in widely varied settings—from hospitals to mine sites. Offline capability guarantees uninterrupted security even where no network is available.
• Regulatory Compliance and Beyond: Because personal data is never kept in the cloud or a central database, the solution fully meets—and effectively exceeds—GDPR and KVKK privacy requirements.

Why Is the Intel–Ones Technology Partnership Important?

BioAffix® Gate Vision Mobile, co-developed by Ones Technology and Intel, stands out as an R&D-focused innovation project. While Intel’s RealSense® technology excels with its anti-spoofing capabilities and high accuracy, the innovations Ones Technology brings to BioAffix® Gate Vision Mobile—supported by its own ecosystem—ensure seamless compatibility with organizations’ existing access-control infrastructures through powerful software-and-hardware integration. This synergy broadens the limits of handheld readers, transforming real-time, reliable identity-verification scenarios in the field into a practical solution.

By surpassing traditional handheld readers, BioAffix® Gate Vision Mobile establishes a new standard in mobile access control with its 3D facial recognition, data-privacy protection, and multi-factor authentication capabilities. Developed with Intel RealSense® support, the solution unites many innovations—from spoof-proof biometric security to offline operation—alongside groundbreaking verification methods that are reshaping access control standards worldwide.

For everyone seeking high precision, data privacy, and a user-friendly experience in corporate security as well as public- and private-sector projects, BioAffix® Gate Vision Mobile emerges as one of the strongest contenders among next-generation handheld biometric verification systems.

This partnership, which heralds a new era in access-control solutions, also adds a new dimension to the very concept of technology collaboration.