How does Ant DT defend against deepfakes and replay?

By combining liveness detection, anti-injection guards, and multi-frame checks at capture, then validating integrity during transport and processing. Policy rules trigger step-up when risk increases.

Will security measures slow down the user experience?

Controls are risk-tiered. Most users pass a fast baseline flow; additional checks run only for higher-risk sessions to keep friction low while improving fraud prevention.

How is sensitive data protected?

Encryption at rest and in transit, restricted access, configurable retention, and regional processing options support privacy requirements and governance.

Can we tune the security posture per market or feature?

Yes. Risk policies can vary by geography, device type, or transaction value, enabling targeted enforcement and A/B evaluation.

What signals can we consume downstream?

Structured outputs include decision codes, quality metrics, risk scores, and integrity hints for downstream risk management.

Security by Ant Digital Technologies — AI-driven End-to-End Protection for Digital Identity

Safeguard every step of identity verification. Ant Digital Technologies (Ant DT) delivers layered security—encryption, AI-driven liveness detection, anti-injection, and integrity controls—so biometric verification remains trustworthy against deepfakes and replay attacks.

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Why Security Matters for Digital Identity

Modern platforms face evolving threats: synthetic media, credential stuffing, device tampering, and data exfiltration. Trust breaks when any single control is bypassed. Ant DT treats AI-driven digital identity as a secure pipeline—from capture to decision—combining biometric verification, liveness detection, and fraud prevention with policy-driven governance. The result: strong assurance for KYC/AML while preserving user experience and performance.

Ant Digital Technologies’ Security Approach

Security is implemented as defense-in-depth across five layers:

1. Trusted Capture

Hardened Web/Mobile SDKs with runtime checks, device attestation signals, and on-device guidance to reduce poor-quality or manipulated inputs.
Anti-screen/anti-overlay protections and media integrity hints during capture.

2. Transport Protection

TLS-encrypted channels with certificate pinning options; request signing, nonce/expiration, and replay guards.
Content hashing for tamper evidence.

3. Secure Processing & Orchestration

Isolated workflows for document authentication, face matching, liveness detection, and anti-injection; policy engine avoids storing unnecessary data.
Rate limiting, deduplication signals, and anomaly scoring for abuse patterns.

4. Data Security & Privacy

Encryption at rest, key rotation, configurable retention, regional processing options, and audit trails.
Privacy-by-design: data minimization and purpose limitation aligned to internal governance and risk management.

5. Operations & Monitoring

Metrics for false accepts/rejects, latency, and capture quality; alerting on threshold drift and repeated attack signatures.
Red-team style testing and continuous rule updates to track deepfake techniques.

These capabilities are provided through Ant Digital Technologies’ ZOLOZ biometric and identity-assurance brand family as part of the unified Ant DT solution.

Platform Capabilities (Highlights)

AI-Driven Threat Detection:

Model-based scoring surfaces spoof patterns, replay timing, and synthetic artifacts across capture and processing.

Policy-Driven Risk Controls:

Step-up verification by user behavior, channel, geography, or transaction value.

Anti-injection & Anti-replay:

Blocks feeds from virtual cameras, pre-recorded media, and proxies; detects time-based anomalies.

Integrity & Provenance Signals:

Capture metadata, device posture, and quality scores accompany images for consistent decisions.

Presentation Attack Resistance:

Active/passive liveness, multi-frame consistency, and artifact analysis to resist face-swap and mask attacks.

Governance by Design:

Access controls, audit logging, data lineage, and approval flows for regulated environments.

How It Works (Security Path)

1. Session Init

ephemeral token issued with signed policy.

2. Hardened Capture

SDK performs device checks; collects images/documents with quality gates.

3. Secure Upload

encrypted transfer; hashes and timestamps support tamper evidence.

4. Orchestrated Checks

document, face match, liveness, anti-injection; risk policy determines step-up/deny.

5. Decision & Webhooks

structured verdict and signals; results stored per retention policy.

Compliance, Privacy & Data Handling

Built to support KYC/AML and internal audit needs; configurable retention windows.
Regional deployment and residency options to align with market requirements.
Data minimization and purpose limitation; least-privilege access with separation of duties.
No public claims of third-party certifications on this page; customers should select controls appropriate to their assurance level.

Use Cases Strengthened by Security

Social / UGC / Live:

Creator verification, payout integrity, and anti-deepfake moderation entry points.

Telco & Mobility:

eSIM enrollment and driver onboarding with step-up checks for suspicious patterns.

Marketplaces & Fintech:

Merchant onboarding, cash-out protection, and chargeback risk mitigation.

Workforce & Platform Access:

Remote identity proofing for contractors and high-privilege roles.

Integration (Developer Friendly)

SDKs & APIs for web and mobile:

session setup, secure upload, and callback results.

Progressive Enablement:

start with baseline controls; activate stricter liveness/anti-injection where risk dictates.

Observability:

dashboards and exports for performance, attack telemetry, and audit.

Operational Playbooks:

threshold tuning, risk policy testing, and rollback plans.