Presence-Verified Biometrics. Zero-Touch Identity.
We fuse electrocardiography (ECG) heart resonance with advanced vocal analytics to guarantee absolute human presence in high-security, regulated environments.
FAR < 0.001%
Verified Pilot Evidence
Latency < 150msality
PIPEDA-Ready Data
NGB Multi-Modality Architecture
Presence-verified authentication that excels where traditional biometrics fail
PBA: Proximity Biometric
On-site authentication for cleanrooms and high-security zones.
EBAP: Enterprise Platform
Scalable cloud authentication with API integration and SSO support.
Decision Engine
Real-time fusion matching of ECG and voice signals for absolute verification.
Where Privacy Meets Performance Excellence
Designed to provide privacy, reliability, and security for modern businesses everywhere.
NGB-specific performance
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Authentication Latency
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False Acceptance Rate
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Zero-Touch
Target Stream Specialization
Traditional single-modality biometrics systematically crash under environmental strain, moisture variables, and shared password vulnerabilities . NGB delivers zero-touch, presence-verified authentication purpose-built for high-compliance Canadian operational environments
Cleanroom & Regulated Manufacturing
Engineered explicitly for sterile pharmaceutical facilities and heavily regulated manufacturing environments where fingerprint scanners fail due to gloves, and facial recognition collapses behind required masks, goggles, or low-light conditions . NGB’s zero-touch multi-modality framework authenticates seamlessly without violating compliance thresholds or requiring hardware surface contact
Compressed-Domain Core Architecture
Our advanced multi-modality pipeline applies deep-learning algorithms, leveraging Siamese Networks and random CS sampling to execute high-speed signal classification natively within the compressed data domain
Automated Attendance Audit Logs
Every proximity authentication handshake instantly outputs a cryptographic, presence-verified record directly into the enterprise clock-in system to build immutable, tamper-proof compliance logs
Chip-Level Edge Integration
NGB’s lightweight mathematical framework is structurally optimized for direct chip-level micro-controller integration, drastically reducing physical server footprint and baseline infrastructure operational costs
Un-Spoofable Human Vitality
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Unlike static single biometric markers such as facial geometry or fingerprints, a live ECG signature cannot be intercepted, recorded, or artificially spoofed
Fusing Heart & Voice into Un-Spoofable Security
Single-modality biometric markers like face or fingerprint recognition are highly vulnerable to credential harvesting, environmental failure, and sophisticated spoof attacks . NGB deploys deep-learning architectures to combine real-time electrocardiography (ECG) signatures with vocal analytics, ensuring absolute physical human presence before a perimeter unlocks
Algorithmic Fusion Matching
Tailored software solutions for performance and scalability.
Secure Infrastructure
Review Algorithm Candidate
Enterprise API Integration
Deploy the Enterprise Biometric Authentication Platform (EBAP) seamlessly via cloud-optimized REST APIs . Supports native Single Sign-On (SSO) handshakes across distributed cloud architectures .
On-Premises Edge Licensing
License our Proximity Biometric Authentication (PBA) package locally for absolute offline data sovereignty . Processes sensitive physical signatures entirely at the door threshold
Tiered Licensing Models
Predictable pricing structures designed for compliance budgeting . Select from local PBA per-user monthly subscriptions or transaction-based cloud authentication models
Continuous System Audits
Receive automated security updates, algorithm optimization patches, and routine performance calibrations to maintain system precision over time.
Dedicated experts available 24/7
Formally onboarding hardware engineers and enterprise software team architects. We provide dedicated support channels to review technical documentation, verify working prototypes, and execute gap analyses before finalizing multi-modality pilot scopes