UbiBot AQS1 Smart Air Quality Monitor

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UbiBot AQS1 Smart Air Quality Monitor
Security Grade
   
     C
   
Calculator v
UbiBot AQS1 Smart Air Quality Monitor
   Brand: UbiBot (Parent: Not publicly specified)
   Category: Smart Air Quality Monitor • Model / Gen: 1 AQS1-WiFi
   Release Date: 2023-11-18 • Status: In sale
   Classification Date:  • Official Website

Security Evaluation

1. Device Security

Criterion Value Proof Comment
Known hardware tampering Rare πŸ”— Proof The AQS1 has a physical enclosure and external interfaces. Physical manipulation is possible, but no model-specific tampering incident has been established.
Known vulnerabilities None πŸ”— Proof No AQS1-WiFi-specific vulnerability was established from the reviewed documentation. This is not proof that the device has no vulnerabilities.
Prior attacks None πŸ”— Proof No confirmed attack targeting the AQS1-WiFi was established in the reviewed materials.
Updatability Very common πŸ”— Proof UbiBot provides firmware update instructions for supported devices. Model-specific firmware update availability should be confirmed.
Category Score Score: 2 / 3

2. System Security

Criterion Value Proof Comment
Authentication with other systems Partial πŸ”— Proof The UbiBot platform supports API keys for integration, but the AQS1 device-to-cloud authentication mechanism is not fully documented.
Communications Encrypted with obselete encryption πŸ”— Proof The AQS1 supports WEP, WPA and WPA2 Wi-Fi configurations. WEP is obsolete; this rating reflects the weakest supported configuration rather than verified actual usage.
Storage No encryption πŸ”— Proof The AQS1 can store up to 300,000 sensor records locally. Encryption at rest has not been established in the reviewed documentation.
Category Score Score: 3 / 3

3. User Authentication

Criterion Value Proof Comment
Account management Full πŸ”— Proof The UbiBot platform supports user accounts and account security management, including optional two-factor authentication.
Authentication Secure πŸ”— Proof The UbiBot platform offers authenticator-based two-factor authentication, although enabling it is optional.
Brute-force protection Basic πŸ”— Proof The platform documents API access controls, but login-specific lockout and brute-force protection have not been verified.
Event logging Partial logging πŸ”— Proof The platform provides device records and API-related logs, but complete security audit logging has not been established.
Passwords Default/Common/Easy to guess πŸ”— Proof The reviewed sources do not establish the device's initial password policy or mandatory password changes. This is a forced-choice assumption, not evidence of weak default credentials.
Category Score Score: 2 / 3

Technical Specifications

Property Details
Operating System & App Embedded firmware (Companion App: UbiBot App)
Hardware (CPU / GPU) CPU: Not publicly specified • GPU: None specified
Memory & Storage Memory: Not publicly specified • Storage: 300,000 sensing records
Power, Battery & Charging Battery: No built-in battery specified • Power: USB-C 5V/2A or DC 12V • Charging: Not applicable
Display & Camera Display: No display specified • Camera: None
Sound & Connectivity Sound: No speaker specified • Connectivity: 2.4 GHz Wi-Fi (802.11 b/g/n), RS485
Physical (Dimensions & Mass) Dimensions: 128 Γ— 128 Γ— 40 mm • Mass: 188 g


The UbiBot AQS1-WiFi is an IoT air quality monitoring device that measures temperature, humidity, atmospheric pressure, particulate matter (PM1.0, PM2.5 and PM10), TVOC and carbon dioxide.

It supports 2.4 GHz Wi-Fi connectivity, RS485 communication, local storage of up to 300,000 sensor records and integration with the UbiBot cloud platform.

The device supports several Wi-Fi security modes, including WEP, WPA and WPA2. The UbiBot cloud platform also provides account management and optional two-factor authentication.

However, the available public documentation does not fully establish device-level encryption at rest, login brute-force protection, initial password policies or comprehensive security audit logging.

Several assessment values are provisional because public documentation is insufficient to establish the underlying security property. These assumptions should not be treated as confirmed vulnerabilities.

Sources: https://www.ubibot.com/ubibot-aqs1/ https://www.ubibot.com/ubibot-aqs1-specifications/ https://www.ubibot.com/manuals/6266/ubibot-aqs1-user-guide/