Aaizel Contactless Identity
Identity verification. Without the scanner.
A camera-based biometric platform designed to enable guided contactless fingerprint capture using compatible Android smartphones—without requiring a separate fingerprint dongle.
Real-time guidance, on-device quality assessment, basic liveness evaluation, contact-equivalent processing, and FIR/FMR biometric records.
Four stages.
One complete identity journey.
Guide the capture
The application detects the selected finger position and provides real-time guidance for framing, focus, distance, lighting and stability.
Check capture trust
Quality controls reject unsuitable captures before processing. Basic liveness and duplicate/replay controls help distinguish an acceptable live capture from an unusable or suspicious presentation.
Create biometric records
The captured image is segmented and processed toward a contact-equivalent fingerprint representation. The controlled PoC pipeline creates FIR and FMR record profiles with image, finger-position and integrity bindings.
Match and decide
The controlled evaluation profile supports 1:1 verification, bounded 1:N identification, matching scores and thresholds, registration and authentication journeys, as well as retry, no-match and error handling.
Everything required to move from a visible finger to a biometric decision.
Guided Camera Capture
Real-time positioning, lighting, focus, distance and capture-quality guidance.
Multiple-Finger Journeys
Support for individual finger positions and guided sequential multi-finger enrolment.
Quality Assessment
Evaluate brightness, contrast, sharpness, framing and other capture-quality conditions before accepting the image.
Basic Liveness Evaluation
Use dual-frame and duplicate/replay checks to assess the capture within the controlled PoC journey.
Contact-Equivalent Processing
Process camera-captured finger imagery toward a representation suitable for downstream biometric record creation and evaluation.
FIR and FMR Record Pipeline
Create finger-image and minutiae-oriented records with finger-position and integrity bindings.
Verification and Identification
Support 1:1 verification and bounded 1:N identification within the controlled evaluation profile.
Secure Integration
Connect mobile capture, APIs, matching services and approved external identity infrastructure through controlled interfaces.
Not another camera application.
A complete biometric engineering platform.
On-device-first
Capture guidance, quality evaluation and core processing are designed to occur near the user instead of depending entirely on a constant high-quality network.
Multi-finger by design
The product is structured around individual and guided multi-finger journeys rather than treating additional fingers as a later feature.
Interoperability over lock-in
The architecture is designed to create biometric records that can connect with established matching and identity environments instead of forcing every customer to replace their existing backend.
Regulatory boundaries built into the architecture
Controlled camera-based evaluation and authorised production authentication are separated rather than misleadingly treated as the same operating profile.
Privacy-conscious processing
The architecture separates controlled PoC data handling from production identity processing and supports encrypted transport, limited retention and metadata-only production auditing where applicable.
Evidence before adjectives
Implementation, verification, pending evidence and external regulatory dependencies are distinctly labelled instead of being collapsed into one marketing claim.
On-device-first
Capture guidance, quality evaluation and core processing are designed to occur near the user instead of depending entirely on a constant high-quality network.
Multi-finger by design
The product is structured around individual and guided multi-finger journeys rather than treating additional fingers as a later feature.
Interoperability over lock-in
The architecture is designed to create biometric records that can connect with established matching and identity environments instead of forcing every customer to replace their existing backend.
Regulatory boundaries built into the architecture
Controlled camera-based evaluation and authorised production authentication are separated rather than misleadingly treated as the same operating profile.
Privacy-conscious processing
The architecture separates controlled PoC data handling from production identity processing and supports encrypted transport, limited retention and metadata-only production auditing where applicable.
Evidence before adjectives
Implementation, verification, pending evidence and external regulatory dependencies are distinctly labelled instead of being collapsed into one marketing claim.
On-device-first
Capture guidance, quality evaluation and core processing are designed to occur near the user instead of depending entirely on a constant high-quality network.
Multi-finger by design
The product is structured around individual and guided multi-finger journeys rather than treating additional fingers as a later feature.
Interoperability over lock-in
The architecture is designed to create biometric records that can connect with established matching and identity environments instead of forcing every customer to replace their existing backend.
Regulatory boundaries built into the architecture
Controlled camera-based evaluation and authorised production authentication are separated rather than misleadingly treated as the same operating profile.
Privacy-conscious processing
The architecture separates controlled PoC data handling from production identity processing and supports encrypted transport, limited retention and metadata-only production auditing where applicable.
Evidence before adjectives
Implementation, verification, pending evidence and external regulatory dependencies are distinctly labelled instead of being collapsed into one marketing claim.
On-device-first
Capture guidance, quality evaluation and core processing are designed to occur near the user instead of depending entirely on a constant high-quality network.
Multi-finger by design
The product is structured around individual and guided multi-finger journeys rather than treating additional fingers as a later feature.
Interoperability over lock-in
The architecture is designed to create biometric records that can connect with established matching and identity environments instead of forcing every customer to replace their existing backend.
Regulatory boundaries built into the architecture
Controlled camera-based evaluation and authorised production authentication are separated rather than misleadingly treated as the same operating profile.
Privacy-conscious processing
The architecture separates controlled PoC data handling from production identity processing and supports encrypted transport, limited retention and metadata-only production auditing where applicable.
Evidence before adjectives
Implementation, verification, pending evidence and external regulatory dependencies are distinctly labelled instead of being collapsed into one marketing claim.