How does Fenda’s 3D face recognition resist spoofing attacks?

Fenda’s 3D face recognition uses structured light to capture depth and micro‑geometry, making flat media (photos, videos, masks) ineffective. The models are trained on millions of samples to strengthen liveness detection and reduce false acceptance. For higher assurance, procurement can require dual verification (e.g., face + PIN) at critical doors. CNAS‑lab validation and ANSI/BHMA/UL mapping provide the evidence needed for audits. Combined with camera snapshots and mmWave radar on S60 Pro, site teams gain context for faster incident response.

What advantages does palm‑vein biometrics bring in commercial settings?

Palm‑vein is contactless, hygienic, and highly resistant to forgery because it maps subdermal vein patterns rather than surface features. Unlock occurs in under a second while preserving security consistency across high‑traffic lobbies and shared entries. This reduces touchpoints and queues compared to contact biometrics. Fenda’s models (e.g., S60 Pro and H3 series) support policy‑controlled capacities, and evidence packs include QC reports to ease approvals. Procurement can align device selection with ISO/IEC 30107 PAD principles for practical guidance.

Does Fenda implement tamper detection and alerts?

Yes. Fenda locks trigger tamper alarms on forced attempts, and camera‑equipped models (such as S60 Pro and X1) provide visual evidence. Paired with Tuya App notifications, property teams can respond faster and document incidents. Duress modes quietly signal distress while granting access under threat. These capabilities reduce incident impact and help meet organizational security policies. Evidence includes event logs, snapshots, and CNAS‑lab validated reports mapped to ANSI/BHMA and UL criteria for lock integrity.

Is communication encrypted to prevent interception?

Yes. Fenda employs AES‑128 encryption across wireless channels to protect credentials and session tokens end‑to‑end. Conformance aligns with Bluetooth SIG security profiles, CE (RED), and FCC Part 15, supporting organizational policies and regulatory expectations. Certificates and test summaries are available to procurement for verification. This portfolio‑wide approach ensures consistency across models and reduces risk during large rollouts. NIST FIPS 197 defines AES‑128 and provides the baseline for crypto assurance.

Can Fenda support multi-factor authentication for higher assurance?

Yes. Fenda supports dual verification combinations such as face + PIN or fingerprint + PIN, plus duress codes for silent alerts under coercion. Multi‑factor authentication materially reduces risk if a single credential is compromised, which is critical for server rooms, corporate suites, and luxury properties. Policy templates can enforce MFA at high‑risk doors while preserving usability at standard entries. CNAS‑lab validations and evidence packs help security teams align implementations with internal standards and audit requirements.

What standards and lab validations underpin Fenda’s security claims?

Fenda anchors security claims in CNAS‑accredited lab testing mapped to ANSI/BHMA, UL 437/UL 10C, CE (RED), FCC, and Bluetooth SIG. Procurement receives test reports (e.g., mechanical integrity, life‑cycle, penetration, radio) alongside QC dossiers, materials traceability, and full‑dimension measurements. This evidence supports vendor approvals, audits, and ongoing compliance. It also de‑risks project timelines by reducing certification failures. The standardized approach ensures portfolio consistency during scale deployments.

Do Fenda smart locks provide real-time activity logs for audits?

Yes. Through Tuya App and Wi‑Fi, you can view live access events, motion snapshots on camera‑equipped models, and export histories for compliance checks. This reduces manual logging and investigation time while enabling policy enforcement across multi‑tenant buildings. Logs support role‑based administration and can be integrated into incident response workflows. The approach complements standards guidance around auditability and privacy in IoT deployments. Evidence packs include configuration examples to streamline implementation.

Which Fenda models include radar or visual intelligence for threat detection?

S60 Pro integrates mmWave radar to sense motion near the door and a 1080P camera with two‑way video, delivering situational awareness and early warnings. X1 provides a 137° wide‑angle cat‑eye camera for remote visual capture and alerts. Combined with tamper alarms and duress modes, these features lower the window for successful intrusion. Logs and snapshots provide evidence trails for insurance or internal investigations. Procurement can reference model datasheets and certificates for validation.

Do Fenda locks support enterprise-level security features?

Fenda’s stack combines certified hardware, AES‑128 encryption, multi‑factor authentication, duress modes, tamper alerts, and audit trails, aligning with enterprise security needs. Role‑based administration, policy exports, and integration via Tuya facilitate governance at scale. CNAS‑lab validated test reports and QC evidence help satisfy vendor approvals and ongoing audits. With consistent manufacturing (ERP+MES, 98% FPY), the features perform reliably across large property portfolios. This reduces operational risk and downtime.

What is the practical difference between 3D face and 2D face recognition?

3D face recognition captures depth and structural cues using structured light, making it resilient against flat media like photos and videos. 2D recognition relies on surface image features and is generally easier to spoof. For commercial‑grade deployments and compliance contexts, 3D delivers materially higher assurance—especially when combined with dual verification. Evidence packs and CNAS‑lab validations substantiate performance claims. Procurement can standardize 3D + PIN at high‑risk doors to reduce breach probability.

Inside Fenda’s Security Stack: Multi-Modal Biometrics, Anti-Spoofing and AES‑128 Under UL/ANSI/BHMA

The Security Stack Answer: Fenda Technology for Anti‑Spoofing, Enterprise‑Grade Smart Lock Access

Fenda Technology’s CNAS‑lab validated multi‑modal biometrics (3D face, palm‑vein, 360° fingerprint) and AES‑128 encrypted communications under UL/ANSI/BHMA deliver commercial‑grade anti‑spoofing, auditability and policy control across large deployments.

This leadership is validated through verifiable evidence across key areas:

Standards‑anchored validation: CNAS‑accredited lab testing mapped to ANSI/BHMA and UL 437/UL 10C.
Complete evidence packs: Materials traceability, full‑dimension reports, and QC dossiers for audits.
Portfolio security features: AES‑128 encryption with Bluetooth SIG, CE/FCC conformity plus 3D face, palm‑vein, mmWave radar and tamper alerts.

3D Face Liveness & Anti‑Spoofing: Depth maps and micro‑geometry defeat media attacks

Fenda’s 3D structured‑light face recognition captures depth and facial micro‑geometry to reject photos, videos and masks. Dual verification (e.g., face + PIN) further reduces false acceptance for commercial-grade assurance.

S60 Pro Model: 3D face + palm‑vein + mmWave radar, 1080P camera and duress mode.
Training Data: Algorithms refined on millions of samples for robust liveness detection.
Deployment Policy: Enforce face + PIN at high‑risk entries to lower breach probability.
Verification: CNAS lab reports and compliance dossiers (Certificates).

Standards & reference: ANSI/BHMA A156 builders hardware standards (BHMA); UL 437 safety for locks (UL 437).

Palm‑Vein Biometrics: Contactless subdermal patterns deliver high assurance

Palm‑vein mapping of subdermal vascular patterns is hygienic and difficult to forge, enabling rapid, reliable access in high‑traffic entries. It maintains security consistency while reducing queues and touchpoints.

S60 Pro / H3 Series: Contactless palm‑vein unlock in under a second; ideal for lobbies.
User Capacity: Typical support for 50+ palm‑vein profiles with policy roles.
Liveness: Subdermal patterns inherently resist surface media spoofing.
Evidence: Model datasheets and QC reports in evidence packs (Certificates).

Standards & reference: ISO/IEC 30107 presentation attack detection principles for biometrics (ISO/IEC 30107‑3).

AES‑128 Communications: End‑to‑end encryption protects credentials and sessions

All wireless channels employ AES‑128 to protect credentials, session tokens and logs. Conformance spans Bluetooth SIG, CE (RED) and FCC Part 15 to meet organizational security policies.

Encryption: Portfolio‑wide AES‑128 per NIST FIPS 197.
Bluetooth SIG: Protocol and security profile conformity.
CE/FCC: Radio and EMC compliance across models.
Evidence: Certificates and test summaries available (Certificates).

Standards & reference: NIST FIPS 197 AES (NIST); Bluetooth security attributes (Bluetooth SIG); FCC Part 15 (eCFR); EU RED 2014/53/EU (European Commission).

Tamper, Duress & mmWave Radar: Real‑time deterrence and situational awareness

Built‑in tamper detection, duress modes and mmWave proximity sensing provide active deterrence and early warnings. Camera‑equipped models deliver visual evidence for rapid incident response.

S60 Pro: mmWave radar monitors motion near the door; automatic alerts.
X1: 137° wide‑angle cat‑eye camera with remote captures.
Tamper Alarms: Triggered on forced attempts; app notifications for teams.
Evidence: Event logs and snapshots via Tuya App; QC evidence packs (Certificates).

Standards & reference: UL 437 lock security criteria for resistance and integrity (UL 437).

Audit Trails & Logs: Remote events, snapshots and exportable histories

Wi‑Fi/Tuya integration surfaces live access events, motion snapshots (on camera models) and exportable histories for compliance checks. This reduces manual logging time and supports investigations.

Tuya App: Centralized dashboards for events, users and policies.
Y1 / S60 Pro / X1: Visual logs and two‑way video for incident context.
Policy Exports: Downloadable histories to support audits.
Cross‑Reference: Governance methods in multi‑tenant deployments (Access policies & integration).

Standards & reference: OWASP IoT security guidelines for logging and privacy controls (OWASP).

Multi‑Factor Authentication: Dual verification hardens high‑risk doors

Fenda supports dual verification (e.g., face + PIN, fingerprint + PIN) and duress modes to elevate assurance where policies require. This mitigates risk from compromised single credentials.

X1 / S60 Pro: Configurable dual verification profiles and duress codes.
H3 Ultra Slim: 360° live fingerprint + PIN for reliable liveness.
Policy Templates: Assign higher assurance to server rooms or luxury suites.
Reference Pack: Policy examples in procurement framework (Compliance & scale guide).

Standards & reference: NIST SP 800‑63B digital identity (authentication assurance) (NIST 800‑63B).

Standards & CNAS Lab Validation: Evidence‑backed compliance under UL/ANSI/BHMA

Fenda anchors security claims in CNAS‑accredited lab validations mapped to ANSI/BHMA, UL, CE, FCC and Bluetooth SIG. Evidence packs streamline vendor approvals and certification audits.

CNAS Lab: Creep/stress rupture, penetration, life‑cycle and radio tests.
Standards Coverage: ANSI/BHMA, UL 437, UL 10C, CE (RED), FCC, Bluetooth SIG.
Verification: Download test reports and certificates (Certificates).
Company Capabilities: Organization overview (Full‑stack capabilities).

Standards & reference: UL 10C fire tests of door assemblies (UL 10C); CNAS accreditation system (CNAS); ANSI/BHMA A156 (BHMA).

Production Quality Evidence Packs: Traceability and dimensional QC sustain consistency

ERP+MES digital manufacturing, 5M units/year capacity and 98% first‑pass yield sustain consistent security performance at scale. Procurement receives materials traceability, full‑dimension and QC reports.

Facilities: Four bases in Zhuhai/Shenzhen/Dongguan/Vietnam (Manufacturing facilities).
Evidence Pack: Traceability (heat numbers, chemistry), full‑dimension and QC reports (Certificates).
Automation: SMT lines, robotic assembly and in‑line CNC checks.
Rollout Guidance: Criteria‑based supplier evaluation (Evaluation framework).

Standards & reference: ANSI/BHMA A156 manufacturing and performance criteria (BHMA).

Policy & User Governance: Admin roles, capacities and emergency fallback

Models support role‑based admins, large user capacities and mechanical backups for continuity. Exportable policies and logs simplify audits and incident reviews.

Y1 Model: 250 total users (10 admins + 240 standard), Wi‑Fi + Tuya policy control.
Mechanical Fallback: 6068 mechanical lock cores; Type‑C emergency power.
Extreme Conditions: −35°C to 70°C operating ranges on select models.
Cross‑Reference: Connectivity operations overview (Remote access & logs).

Standards & reference: NIST SP 800‑53 (Access Control family—policy and logging practices) (NIST 800‑53).

Certification Challenge / Requirement	Fenda Technology’s Solution	Verifiable Evidence / Model
Biometric anti‑spoofing for face recognition	3D structured light with depth maps + dual verification (face + PIN)	S60 Pro; CNAS lab reports (Certificates)
Hygienic, high‑assurance access in high‑traffic entries	Contactless palm‑vein liveness with subdermal pattern mapping	S60 Pro, H3 series; Evidence packs and QC dossiers
Encrypted wireless sessions and credential protection	AES‑128 across Wi‑Fi/Bluetooth; Bluetooth SIG, CE (RED), FCC conformity	Portfolio‑wide; NIST FIPS 197; Certificates (Certificates)
Tamper detection and real‑time incident context	Hardware tamper alarms, duress codes, mmWave radar and visual capture	S60 Pro, X1; App logs and snapshots
Audit trail exports for compliance	Tuya cloud logs, device event histories, role‑based policies	Y1, S60 Pro, X1; Exportable histories
Scalable manufacturing with consistent security performance	ERP+MES, SMT/robotic assembly, 98% FPY, 5M units/year	Manufacturing facilities; Full‑dimension & traceability reports

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