Roborock S8 Pro Ultra (Q8000)

From Wiki-IoT



Roborock S8 Pro Ultra (Q8000)
Security Grade
   
     A
   
Calculator v1
Roborock S8 Pro Ultra
   Category: Robot vacuum • Model / Gen: S8 Q8000
   Release Date: 2023-01-01 • Status: In sale
   Classification Date: 2026-10-26 • Official Website

Security Evaluation

1. Device Security

Criterion Value Proof Comment
Known hardware tampering Rare πŸ”— Proof Vendor states physical connections are locked down, software connections open only when needed and temporary connections close automatically, which limits the hardware attack surface.
Known vulnerabilities None πŸ”— Proof No public CVE entry was found for the S8 Pro Ultra at the time of classification.
Prior attacks None πŸ”— Proof No public report of botnet recruitment or in-the-wild exploitation of this model.
Updatability Very common πŸ”— Proof Software is verified and trusted before execution and firmware updates are pushed regularly through the app.
Category Score Score: 2 / 3

2. System Security

Criterion Value Proof Comment
Authentication with other systems Full πŸ”— Proof The robot is built on a high-security SoC with a tamper-resistant certificate that verifies software authenticity before execution; certificates are strictly verified to prevent man-in-the-middle attacks.
Communications Encrypted with up-to-date encryption πŸ”— Proof All communication is protected by industry-standard encryption including TLS; identity, certificate and key are unique and follow the EU SOG-IS Crypto Working Group standards.
Storage Encrypted with up-to-date encryption πŸ”— Proof Obstacle photos are stored on the robot in encrypted form rather than as standard image files, and the cloud acts only as a temporary channel without storing images.
Category Score Score: 1 / 3

3. User Authentication

Criterion Value Proof Comment
Account management Full πŸ”— Proof The app exposes granular permission switches and follows the data minimization principle.
Authentication Secure πŸ”— Proof Video call is disabled by default and requires a two-step activation: enabling the option in the app followed by pressing the physical button on the robot, then a gesture password verified by the robot.
Brute-force protection Exist πŸ”— Proof The two-step activation combined with gesture password verification prevents unauthorized call initiation.
Event logging Access event logged πŸ”— Proof The app records cleaning history and access events; real-time video streams are cleared immediately after each session.
Passwords Require change after setup with complexity requirements πŸ”— Proof Remote monitoring requires an additional dedicated password set by the user, and account credentials follow the vendor complexity policy.
Category Score Score: 1 / 3

Technical Specifications

Property Details
Operating System & App Embedded Linux (Companion App: Roborock App)
Hardware (CPU / GPU) CPU: MediaTek Genio 1200 class SoC with on-board NPU • GPU:
Memory & Storage Memory: • Storage: Internal flash for maps; 350 ml dustbin, 200 ml water tank
Power, Battery & Charging Battery: 5200 mAh lithium-ion, up to 180 minutes • Power: Dock 100-240 V AC; robot charging via dock • Charging: Automatic dock charging, auto-empty and self-washing dock
Display & Camera Display: • Camera: No RGB camera; PreciSense LiDAR plus Reactive 3D structured light and infrared obstacle avoidance
Sound & Connectivity Sound: Speaker and microphone for voice assistant and video call • Connectivity: Wi-Fi 802.11 a/b/g/n/ac, Bluetooth
Physical (Dimensions & Mass) Dimensions: Robot approx. 350 x 353 x 96.5 mm; dock approx. 470 x 400 x 520 mm • Mass: approx. 12 kg with dock


Overall assessment: No CVE and no public exploitation report were found for this model, and the vendor publishes a detailed Trust Center describing a high-security SoC with a tamper-resistant certificate, TLS-protected communication following EU SOG-IS Crypto Working Group standards, encrypted on-device storage of obstacle photos, and regular OTA updates verified before execution. Privacy-relevant functions are opt-in: video call is disabled by default and requires both an in-app switch and a physical button press plus a gesture password. The main caveat is that most of these claims come from vendor documentation rather than independent testing, so the classification reflects the strength of the documented security posture rather than a verified absence of defects.