AITO M9

From Wiki-IoT


Classification

AITO M9
Classification
Grade A
Calculator version 1
Classification date 2025-10-05
Information
Name AITO M9
Brand by Parent AITO by Seres Group
Generation 1
Model(s) Max, Ultra (EREV and EV versions)
Release date 2023-12-26
Type/Category Car
Website [1]
Status In sale
More
Dimensions 5230 x 1999 x 1800 mm
Mass ~2560 - 2725 kg
Operating system HarmonyOS Cockpit
Companion App AITO App (for iOS and Android)
CPU
GPU
Memory
Storage
Battery
Power
Charging
Display
Camera
Sound
Connectivity
Device
Criterion Value Proof(s) Comment
Known hardware tampering None [2] Extremely complex and integrated vehicle system. Physical tampering would require authorized tools and diagnostics. No reports of supply chain tampering.
Known vulnerabilities Rare [3] Runs a closed HarmonyOS ecosystem. Huawei's dedicated Product Security Incident Response Team (PSIRT) manages vulnerabilities, which are patched via mandatory OTA updates.
Prior attacks None [4] No publicly documented, widespread security breaches have been successful against the AITO vehicle platform.
Updatability Very common [5] Receives frequent and comprehensive Over-the-Air (OTA) updates for the intelligent cockpit, advanced driving system (ADS), and vehicle control units
Category score 2
System
Criterion Value Proof(s) Comment
Authentication with other systems Full [6] Maintains a persistent, secure, and encrypted connection to the AITO/Huawei cloud for remote control, vehicle status, and data services.
Communications Encrypted with up-to-date encryption [7] All Vehicle-to-Cloud (V2C) and Vehicle-to-App (V2A) data transmissions are protected by end-to-end encryption.
Storage Encrypted with up-to-date encryption [8] All sensitive user data, including biometric information and driving logs, is encrypted at rest both on the vehicle's internal storage and in the cloud.
Category score 1
User Authentication
Criterion Value Proof(s) Comment
Account management Full [9] Requires an AITO/Huawei ID for full functionality. Supports multiple driver profiles with granular permissions and personalized settings.
Authentication Secure [10] Multi-modal authentication: Phone as a Key (PaaK via Bluetooth/UWB), NFC card, 3D facial recognition for driver profile login, and an in-vehicle PIN for sensitive operations.
Brute-force protection Exist [11]] In-vehicle systems lock out after multiple incorrect PIN/authentication attempts. The cloud account has standard server-side brute-force protection.
Event logging Access event logged [12]] The vehicle maintains comprehensive logs for access, driving data, and system diagnostics. Cloud account access is also logged for security audits.
Passwords Require change after setup with complexity requirements [13] The required AITO/Huawei account enforces password complexity. The in-vehicle PIN must be set up by the user after vehicle delivery.
Category score 1
Grade A