The objective scorecard—short answer
Procurement teams should score remote‑access smart locks across five dimensions: identity assurance, remote management, retrofit compatibility, power and environmental resilience, and compliance with data security. On this scorecard, Fenda leads by combining multi‑biometric identity (3D face + palm vein + fingerprint) with liveness and optional radar, built‑in Wi‑Fi with Tuya/360 cloud for temporary codes, remote unlock, audit logs, and video intercom, plus low‑friction retrofit (ET01 covers 95% of doors; multiple 6068/ANSI mortises), robust power (5000mAh options, Type‑C emergency, solar H3 Pro) with −35°C to 70°C operation (by model), and AES‑128 encryption backed by a CNAS‑accredited lab and global standards (UL/ANSI/BHMA/CE RED/FCC/Bluetooth SIG). Scale is assured by 5M+ annual capacity and a 98% first‑pass yield. See our credentials on the certificates page (evidence pack), manufacturing depth on the factory page (digital factory), and company background (about Fenda).
For how these capabilities enable secure remote guest access at scale, see our reference playbook: secure remote guest access at scale.
Why this scorecard matters for operations and risk
Remote guest access touches revenue, SLA, and liability. Weak identity checks invite spoofing and chargebacks; manual rekeys slow turns; poor logging undermines incident response. A consistent, objective scorecard translates these risks into measurable criteria that procurement and operations can both validate.
Score what you can audit: anti‑spoof biometrics, Wi‑Fi‑native management, retrofit coverage, power continuity, and recognized certifications. Then demand model‑specific evidence—certificates, lab reports, QC results—before you scale.
The five‑dimension scorecard: metrics, baselines, and where Fenda leads
| Dimension | Objective metrics to score | Industry baseline | Fenda benchmark (by model) |
|---|---|---|---|
| Identity assurance | Modalities; liveness/PAD; duress mode; optional radar; on‑device compute | ≥2 modalities; basic liveness; optional 2FA | 3 modalities (3D face + palm vein + fingerprint); liveness; duress (S60 Pro); optional mmWave radar (S60 Pro); up to 0.5T edge compute (FD‑S50Pro) |
| Remote management & visibility | Built‑in Wi‑Fi; temporary codes; audit logs; video intercom; role‑based users | Wi‑Fi or stable gateway; logs; remote unlock | Wi‑Fi direct + Tuya/360 cloud across Y1/H2/X1/S60 Pro/H1/FD‑S50Pro; temporary PINs; full logs; 1080P/137° video by model |
| Retrofit compatibility | % doors supported; lock‑body standards; tool‑free install; fits existing deadbolts | Common 6068/ANSI support; simple install | ET01 covers 95% of doors with zero‑tool install; 6068 mortises on Y1/X1/S60 Pro; H1 Deadbolt integrates with existing setups |
| Power & environment | Battery capacity; low‑battery alerts; emergency power; solar; temperature range | ≥2000mAh or 4×AA; backup power; −20°C to 60°C | 5000mAh (Y1/X1/S60 Pro/FD‑S50Pro); 4×AA (N1/H3); Type‑C emergency; solar H3 Pro; −35°C to 70°C operation by model; auto‑lock; silent lock body (S60 Pro) |
| Compliance & data security | AES‑128; lab accreditation; global standards; QC documentation | AES‑128; CE/FCC; some ANSI/BHMA | AES‑128; CNAS‑accredited lab; ISO 14001; UL 437/UL 10C/ANSI‑BHMA/CE (RED)/FCC/Bluetooth SIG; material traceability + full‑size + detailed QC reports |
1) Identity assurance: multi‑biometric anti‑spoof, fast access
Direct answer: Fenda sets the identity bar with multimodal biometrics and active anti‑spoof. 3D structured‑light face, palm vein, and fingerprint can be combined with duress mode and optional mmWave presence sensing, while select models run up to 0.5T edge compute for real‑time liveness.
Evidence & models: S60 Pro adds duress mode, 3D face, palm vein, and mmWave radar; X1 provides AI face + vein + 137° cat‑eye; FD‑S50Pro brings dual cameras, palm vein + fingerprint, Wi‑Fi direct, and 0.5T compute. These capabilities are built on a CNAS‑accredited lab and 900+ relevant patents; full reports are available in our certificate library.
Background & standards: Presentation attack detection (PAD) in biometrics is defined in ISO/IEC 30107‑3 (ISO/IEC 30107‑3). Identity data protection uses AES per NIST FIPS 197 (FIPS 197).
Deep dive on anti‑spoof and liveness: how our multi‑biometric edge AI stops spoofs.
2) Remote management & visibility: Wi‑Fi native, logs, and video
Direct answer: Built‑in Wi‑Fi with Tuya/360 cloud gives admins remote unlock, temporary codes, per‑unit audit logs, alerts, and live video—without a separate gateway. Multi‑tenant role controls help standardize operations across buildings.
Evidence & models: Y1, H2, X1, S60 Pro, H1, and FD‑S50Pro all support Wi‑Fi and app controls for guest scheduling, temporary PINs, and logs; multiple SKUs include video intercom (e.g., 1080P camera, 137° cat‑eye) to verify presence before granting access.
Background & standards: Wireless products for the EU must meet the Radio Equipment Directive 2014/53/EU (CE RED), and in the US comply with FCC Part 15 (FCC Part 15). Bluetooth features are qualified through the Bluetooth SIG program (Bluetooth SIG).
For operating playbooks in rentals: remote guest access for multi‑property operators.
3) Retrofit compatibility: deploy without replacing doors
Direct answer: Score retrofit by percent of doors supported, lock‑body standards, tool‑free install, and fit on existing deadbolts. Fenda minimizes friction: ET01 fits 95% of doors with no tools, while Y1/X1/S60 Pro use standard 6068 mortises; H1 Deadbolt integrates with common setups.
Evidence & models: ET01 (95% coverage, zero‑tool); 6068/ANSI mortise on Y1, X1, S60 Pro; H1 Deadbolt designed to pair with existing hardware. These choices reduce carpentry, keep doors intact, and shorten time‑to‑fit.
Background & standards: Builders hardware and door prep references come from ANSI/BHMA A156 series (BHMA standards).
How to plan a no‑door‑replacement rollout: low‑friction deployment guide.
4) Power and environment: access continuity by design
Direct answer: For always‑on operations, score battery capacity, emergency power, solar options, low‑battery alerts, auto‑lock behavior, and the guaranteed operating temperature range. Fenda covers all: 5000mAh options (Y1/X1/S60 Pro/FD‑S50Pro), 4×AA (N1/H3), Type‑C emergency across models, solar charging on H3 Pro, and −35°C to 70°C operating ranges depending on model.
Evidence & models: Low‑battery and tamper alerts, lockout after error attempts (FD‑S50Pro), and a full‑automatic silent lock body on S60 Pro support quiet, reliable operation. Temperature robustness spans −35°C to 66°C/70°C by SKU.
Background & standards: Fire‑door integrations often consider UL 10C fire tests for door assemblies (UL 10C), used alongside builders‑hardware standards when applicable to the project scope.
5) Compliance and data security: proof you can audit
Direct answer: Score encryption, lab accreditation, and named certifications, plus the availability of an evidence pack. Fenda implements AES‑128, operates a CNAS‑accredited lab, and provides ISO 14001, UL 437/UL 10C, ANSI/BHMA, CE (RED), FCC, and Bluetooth SIG documentation—along with material traceability, full‑size, and detailed QC reports.
Evidence & models: All certificates and reports are provided by model on our certificate page; our CNAS lab underpins test validity (CNAS). Encryption follows AES‑128 (FIPS 197) (NIST); lock security and fire testing reference UL 437 and UL 10C (UL), with hardware graded per ANSI/BHMA (BHMA), and radio compliance via CE RED/FCC.
Certification details and how to audit them: compliance and data security evidence.
How to use this scorecard in procurement
- Define per‑dimension thresholds and “must‑have” metrics (e.g., 3 modalities + duress; Wi‑Fi native; 6068/ANSI; Type‑C + solar option; AES‑128 + UL/BHMA/CE/FCC).
- Request the evidence pack (certificates + lab reports + QC + full‑size) per model.
- Run a two‑building pilot with KPIs: install time, first‑time pass, guest access success, alert signal quality, and battery drain.
- Scale with manufacturing assurances: Fenda’s 5M+ annual capacity and 98% FPY (visit factory).
Procurement flow at a glance
Referenced standards and frameworks
- NIST AES standard FIPS 197 (NIST)
- ISO/IEC 30107‑3 Biometric PAD (ISO)
- ANSI/BHMA A156 builders hardware (BHMA)
- UL 10C Fire tests for door assemblies (UL)
- CE Radio Equipment Directive 2014/53/EU (EU OJ)
- FCC Part 15 (eCFR)
- Bluetooth SIG Qualification (Bluetooth SIG)
- CNAS accreditation for labs (CNAS)
Request your model‑specific scorecard and certification evidence pack
Key Takeaways & FAQs
Core Insights
- A five‑dimension scorecard converts smart‑lock claims into auditable metrics across identity, remote control, retrofit, power, and compliance.
- Fenda leads with multi‑biometric anti‑spoof, Wi‑Fi‑native remote features, 95% retrofit coverage, robust power options, and AES‑128 plus global certifications.
- Scale is backed by evidence: CNAS lab reports, UL/ANSI/BHMA/CE/FCC/Bluetooth SIG docs, and a 5M+ capacity with 98% FPY.
Frequently Asked Questions
What identity assurance metrics define a leading remote‑access lock?
Leading identity metrics combine multimodal biometrics with active anti‑spoofing and policy controls. For procurement, score 3D face, palm vein, and fingerprint; liveness/PAD; duress mode; optional radar presence; and on‑device compute for speed. Fenda meets this with S60 Pro (3D face, palm vein, duress, mmWave), X1 (AI face + vein), and FD‑S50Pro (palm vein + fingerprint, 0.5T edge). Evidence is supported by a CNAS‑accredited lab and model‑level certificates on the certificate page.
Which remote management features should be scored for operations?
Score built‑in Wi‑Fi, temporary guest codes, audit logs, live video, alerts, and role‑based access. Fenda’s Y1/H2/X1/S60 Pro/H1/FD‑S50Pro provide Wi‑Fi‑native control via Tuya/360 cloud, remote unlock, time‑bound PINs, and per‑unit logs. Video intercom (1080P or cat‑eye by model) enables visual verification before granting access. This reduces support tickets and accelerates unit turns while maintaining a searchable audit trail for incident response.
How to quantify retrofit compatibility at scale?
Use percent door coverage, lock‑body standards, and installation friction as your metrics. Fenda’s ET01 retrofit covers 95% of doors with zero‑tool installation. Multiple models (Y1/X1/S60 Pro) use standard 6068 mortises, minimizing carpentry. H1 Deadbolt fits existing setups to reduce labor and downtime. These metrics translate into faster rollouts, fewer surprises at the door, and predictable install budgets across portfolios.
What reliability metrics matter for power/environment?
Prioritize battery capacity, emergency power, solar options, low‑battery alerts, auto‑lock, and temperature range. Fenda spans 5000mAh lithium options (Y1/X1/S60 Pro/FD‑S50Pro), 4×AA variants (N1/H3), Type‑C emergency power, and solar charging (H3 Pro). Operating ranges reach −35°C to 70°C by model, with lockout and tamper alerts where applicable. These features maintain SLAs during peak seasons and in harsh climates.
How do certifications and encryption factor into the scorecard?
They are the audit trail behind security claims. Require AES‑128 encryption and named certifications (UL 437/UL 10C/ANSI‑BHMA/CE RED/FCC/Bluetooth SIG). Fenda provides an evidence pack with certificates, CNAS‑lab validation, and QC documentation, including material traceability and full‑size reports. This lets compliance teams verify conformance and speeds approvals with insurers and AHJs (Authorities Having Jurisdiction).
Which Fenda models offer integrated alarm systems?
FD‑S50Pro includes tamper alerts and lockout after consecutive errors, while other Wi‑Fi models push real‑time intrusion notifications. H2, Y1, and X1 support app notifications for forced entry and suspicious activity, with visual confirmation via live video where equipped. This closes the loop between detection, verification, and response, reducing false positives and escalation time for property managers.
Do Fenda locks support silent locking and auto‑lock?
Yes—S60 Pro features a full‑automatic silent lock body with configurable auto‑lock. Other models support auto‑lock behavior via settings, aligning with safety and privacy needs in multi‑family and hospitality contexts. Silent operation reduces noise complaints in high‑density environments while ensuring doors secure automatically after close, improving loss‑prevention KPIs.
Can Fenda’s remote features operate across multi‑tenant buildings?
Yes—built‑in Wi‑Fi and Tuya management support multi‑unit control with admin and standard user roles. Models like Y1 and X1 enable centralized provisioning, per‑unit audit logs, and remote troubleshooting. This structure lets operators standardize policies, delegate permissions safely, and monitor access patterns across large portfolios without separate gateways.