Credentials engineered to resist reproduction.
Polycarbonate, PVC and composite credentials with secure NFC inlays, laser engraving, transparent windows, tactile and optical security elements, UV features, microtext and guilloche patterns - personalized and quality-assured under controlled issuance operations.
Material chosen for the programme, not the catalogue.
Material selection drives durability, security feature availability and lifecycle. Not every feature is available in every material - the credential is engineered to programme specification.
Polycarbonate cards
Multi-layer polycarbonate for long-life identity credentials with laser engraving and tactile elements.
PVC & composite credentials
PVC and PVC-composite constructions for workforce and short-to-medium-life credentials.
Contactless cards
Contactless credentials with embedded inlays sized to programme read-range requirements.
Dual-interface cards
Combined contact and contactless interfaces for credentials that must also operate in contact readers.
Secure NFC credentials
Anti-cloning NFC credentials provisioned with unique cryptographic identities bound to the registry.
Customized antenna & inlay
Antenna and inlay tuned to the chosen form factor, material and reader environment.
Laser engraving
Laser-personalized data and images inside the polycarbonate layer - tamper-evident and durable.
Transparent windows
Transparent or partially transparent windows as a high-fidelity visual security element.
Tamper-resistant construction
Layered construction designed to delaminate visibly under tamper attempts.
Available subject to credential design, material selection, hardware architecture and programme requirements.
Layered visual, tactile and cryptographic security.
Security features are layered so inspection at any depth - casual, expert or cryptographic - returns a coherent verdict.
Tactile and optical elements
Raised and embossed features that can be verified by touch and by eye at a service counter.
UV features
Ultraviolet-reactive features visible only under UV inspection, adding a covert verification layer.
Microtext
Fine-scale text printed into the design, unreadable without magnification, difficult to reproduce accurately.
Guilloche patterns
Complex geometric patterns generated mathematically - a long-standing deterrent against high-fidelity reproduction.
Changeable / Multiple Laser Image
CLI and MLI options where supported by the chosen material, producing an image that changes with the viewing angle.
Personalized data
Personalization data, photographs and biographic fields laser-anchored into the credential body.
Card issuance
Personalization under controlled issuance operations, with each credential bound to a registry record at the moment of issuance.
Quality assurance
Visual, electrical and cryptographic QA on every issuance batch before credentials enter the field.
Two ways to match the holder.
Depending on the selected credential architecture, biometric comparison may be performed against the sovereign identity platform or through a secure-card implementation designed to minimize exposure of biometric templates.
Sovereign registry match
Biometric capture at the verification point is matched against the sovereign identity platform. Templates and match decisions stay inside the programme's controlled infrastructure.
Secure-card architecture
For selected credential architectures, a secure-card implementation performs the comparison on the credential itself, minimizing the exposure and transmission of biometric templates.
Match-on-card and secure-card biometric comparison depend on the selected credential architecture and hardware configuration. Ordinary NFC labels do not store fingerprints or biometric templates. Do not infer secure-card biometric capability from a contactless credential alone.
Specify a credential, not a card.
National identity, driving licence, workforce and institutional programmes engage TrueTap to engineer credentials matched to their security, durability and lifecycle requirements.