Nanoleaf Essentials Smart Bulb (NL55)

From Wiki-IoT
Revision as of 14:44, 27 October 2026 by Jeandecian (talk | contribs)

(diff) ← Older revision | Approved revision (diff) | Latest revision (diff) | Newer revision β†’ (diff)



Nanoleaf Essentials Smart Bulb (NL55)
Security Grade
   
     A
   
Calculator v1
Nanoleaf Essentials Smart Bulb
   Brand: Nanoleaf (Parent: Nanoleaf)
   Category: Smart bulb • Model / Gen: Essentials NL55
   Release Date: 2021-01-01 • Status: In sale
   Classification Date: 2026-10-27 • Official Website

Security Evaluation

1. Device Security

Criterion Value Proof Comment
Known hardware tampering None πŸ”— Proof Bulb form factor with no exposed service connector; no teardown report of an accessible debug interface.
Known vulnerabilities None πŸ”— Proof No CVE entry matching Nanoleaf was found in the NVD at the time of classification.
Prior attacks None πŸ”— Proof No public report of botnet recruitment or exploitation of Nanoleaf products.
Updatability Very common πŸ”— Proof Matter and Thread devices receive over-the-air firmware updates pushed through the Nanoleaf app.
Category Score Score: 1 / 3

2. System Security

Criterion Value Proof Comment
Authentication with other systems Full πŸ”— Proof Matter mandates certificate-based device attestation with PKI, so device identity is cryptographically verified at commissioning.
Communications Encrypted with up-to-date encryption πŸ”— Proof Thread network layers use AES-128-CCM with rotating network keys.
Storage Encrypted with up-to-date encryption πŸ”— Proof Matter requires secure storage of device credentials and network keys.
Category Score Score: 1 / 3

3. User Authentication

Criterion Value Proof Comment
Account management Full πŸ”— Proof Nanoleaf account combined with the Matter multi-admin model for controlled sharing.
Authentication Secure πŸ”— Proof Commissioning requires certificate attestation plus a one-time setup code; no default password exists.
Brute-force protection Exist πŸ”— Proof The setup code is single-use and the commissioning window is time limited.
Event logging Partial logging πŸ”— Proof The companion app exposes limited activity information and no full security audit log.
Passwords Require change after setup with complexity requirements πŸ”— Proof No device-local default password; access depends on the cloud account complexity policy.
Category Score Score: 2 / 3

Technical Specifications

Property Details
Operating System & App (Companion App: Nanoleaf App)
Hardware (CPU / GPU) CPU: • GPU:
Memory & Storage Memory: • Storage:
Power, Battery & Charging Battery: • Power: E27 base, 110-240 V AC, 9 W • Charging:
Display & Camera Display: • Camera:
Sound & Connectivity Sound: • Connectivity: Thread, Bluetooth LE, Matter over Thread
Physical (Dimensions & Mass) Dimensions: 62 x 62 x 110 mm • Mass: approx. 90 g


Overall assessment: This is the strongest device in the batch. No Nanoleaf CVE was found in the NVD and no public exploitation report exists. Security properties come from the Matter and Thread standards rather than vendor-specific design: certificate-based device attestation with PKI at commissioning, AES-128-CCM with rotating network keys for transport, and mandated secure storage for credentials and network keys. Brute-force exposure is limited because the setup code is single-use and the commissioning window is time limited. The only non-optimal criterion is event logging, where the app offers limited activity history and no full security audit log. Note that the hardware criteria are judged as "None" for absence of published evidence rather than proven impossibility.