Philips Hue Bridge (2nd Generation)

From Wiki-IoT
Revision as of 07:49, 24 October 2026 by Sunweijun (talk | contribs) (Created page with "``` {| class="wikitable" ! Device Name | Philips Hue Bridge (2nd Generation) |- ! Brand | Signify (Philips) |- ! Type | Smart Lighting Hub |- ! Released | 2016 |- ! Current Fi...")

(diff) ← Older revision | Approved revision (diff) | Latest revision (diff) | Newer revision → (diff)

```

Device Name Philips Hue Bridge (2nd Generation)
Brand Signify (Philips)
Type Smart Lighting Hub
Released 2016
Current Firmware 1.xxx (regular OTA updates)

Device Category

Criterion Score Justification
Known hardware tampering 1 (None) Small indoor device with limited physical attack value. Physical tampering provides minimal security advantage. Bitdefender Hardware Analysis
Known vulnerabilities 2 (Rare) Some Zigbee-related vulnerabilities demonstrated including "Zigbee Bee" attack vector, but practical exploitation requires close physical proximity. Zigbee Security Research
Prior attacks 1 (None) Smart lighting systems have not been used in large-scale botnet campaigns or mass malware infections. Mirai Target Analysis
Updatability 1 (Very common) Philips regularly pushes firmware updates to the Hue Bridge, often adding new features and security improvements. Philips Hue Updates

Device Category Score: 2

System Category

Criterion Score Justification
Authentication with other systems 2 (Partial) Local API has historically had weak authentication with no password required for LAN access. Cloud authentication is more robust but optional for basic functionality. Hue API Documentation
Communications 2 (Encrypted with obsolete encryption) Cloud communications use TLS, but Zigbee communications to bulbs are unencrypted by default. Local API often serves over plain HTTP. Zigbee Security Research
Storage 3 (Not encrypted) Bridge stores minimal sensitive data. Configuration and API keys stored in flash without strong encryption. CNCERT Report

System Category Score: 3

User Authentication Category

Criterion Score Justification
Account management 2 (Basic) Hue app supports multiple users, but permission granularity is limited. Local API access controls are very basic. Forescout Analysis
Authentication 2 (Basic) Cloud accounts use password authentication. Local API requires button press pairing but no ongoing authentication for LAN clients. Local Network Security
Brute-force protection 2 (Basic) Cloud accounts have rate limiting. Local API has no protection since it relies on physical button press for pairing. LAN Security Analysis
Event logging 2 (Partial logging) Basic configuration change logs exist, but no detailed user access log or security event history for users to review. Bitdefender Logging Analysis
Passwords 2 (Require change after setup) Users must set up a Philips Hue account with a password. Complexity requirements are moderate. Password Policies

User Authentication Category Score: 2

Final Grade

GRAS Total: 7

Final Grade: C (Moderate Danger Level)

References

```