HONER WIN

HONER WIN
Security Grade A- Calculator v	HONOR WIN Brand: HONOR (Parent: Honor Device Co., Ltd.) Category: Smartphone • Model / Gen: WIN (1st generation) AAP-AN00 Release Date: 2025-12-26 • Status: In sale Classification Date: • Official Website

Security Evaluation

1. Device Security

Criterion	Value	Proof	Comment
Known hardware tampering	Rare	🔗 Proof	The WIN series bootloader is locked (ro.oem_unlock.supported empty), with no official fastboot unlock path. However, public research on the closely related WIN RT (AAK-AN00) demonstrates temporary root via kernel exploit CVE-2026-43499, which can be achieved without hardware modification. This makes “None” indefensible. No permanent hardware tamper method (e.g., unlocked bootloader, persistent root) has been publicly demonstrated for the WIN (AAP-AN00). “Rare” reflects that the barrier is high but not absolute.
Known vulnerabilities	Very common	https://www.honor.com/cn/support/bulletin/ 🔗 Proof	CVE-2026-43499 is a publicly documented local privilege escalation affecting HONOR devices on the same kernel/platform family as the WIN (WIN RT AAK-AN00 is explicitly confirmed). Research notes and PoC references are public. HONOR also has a history of signature-management CVEs (CVE-2023-23431/23432/23435/23436). The vulnerability record is substantial and publicly accessible.
Prior attacks	Rare	🔗 Proof	Public records consist of security research and proof-of-concept demonstrations, not large-scale in-the-wild attacks targeting the WIN (AAP-AN00). The WIN RT research repository explicitly states it contains no exploit binary, only references to upstream public projects. No public report of active exploitation against HONOR WIN users has been identified.
Updatability	Very common	🔗 Proof	HONOR officially lists 荣耀WIN under its bi-monthly security update schedule. Each update includes Android security patches and HONOR-specific security fixes. The WIN series is explicitly named in the update framework, confirming a published, recurring patch cadence.
Category Score	Score: 2 / 3

2. System Security

Criterion	Value	Proof	Comment
Authentication with other systems	Partial	🔗 Proof	HONOR WIN supports HONOR Account login and cross-device collaboration via HONOR Share / AI Space. However, unified SSO across third-party identity providers (Google, Microsoft, enterprise IdPs) is not a native “Full” capability on MagicOS 10. Authentication is primarily scoped to the HONOR ecosystem, with partial bridging through standard protocols.
Communications	Encrypted with obselete encryption	🔗 Proof	Android 16 / MagicOS 10 enforces modern TLS/HTTPS and Wi-Fi encryption (WPA2/WPA3) at the OS level. HONOR’s WIN product page does not separately list communication-encryption specifications; this rating therefore relies on the Android 16 OS default security stack, which is current and hardware-backed. If the Wiki requires vendor-specific cryptographic claims, this should be flagged for HONOR security white-paper confirmation
Storage	Encrypted with obselete encryption	[ttps://source.android.com/docs/security/features/encryption/fbe 🔗 Proof]	Android 16 mandates File-Based Encryption (FBE) for user data, using hardware-backed keys. The smartphone’s OS enforces FBE by default without requiring a separate BitLocker-style opt-in. HONOR WIN ships with Android 16 / MagicOS 10, so the FBE baseline applies. The HONOR spec page does not explicitly state “FBE enabled”, but Android 16’s mandatory FBE implementation makes this the defensible baseline rating.
Category Score	Score: 2 / 3

3. User Authentication

Criterion	Value	Proof	Comment
Account management	Full	🔗 Proof	HONOR WIN provides a full HONOR Account system: login, cloud sync, Find Device, multi-device collaboration, and remote management. This is the complete account lifecycle expected from a modern Android flagship.
Authentication	Secure	🔗 Proof	The device features 3D ultrasonic fingerprint — wet-hand unlock, 0.14-second recognition — plus 2D face recognition. Ultrasonic fingerprint is a strong biometric authenticator resistant to 2D spoofing, placing it in the “Secure” tier.
Brute-force protection	Exist	🔗 Proof	Android 16 provides OS-level rate limiting and lockout for lock-screen authentication and account login. MagicOS 10 inherits these protections, including escalating delays after repeated failed biometric or PIN attempts.
Event logging	Access event logged	🔗 Proof	Android / MagicOS records access events including lock-screen attempts, account login history, and app permission-access logs. A user-accessible security log satisfies “Access event logged”.
Passwords	Require change after setup with complexity requirements	🔗 Proof	During HONOR Account setup, the system enforces password-complexity requirements. Periodic password-change prompts and security notifications are part of the account security framework. This aligns with “Require change after setup with complexity requirements”.
Category Score	Score: 1 / 3

Technical Specifications

Property	Details
Operating System & App	MagicOS 10, based on Android 16 (Companion App: HONOR AI Space / HONOR Share (cross-device collaboration within HONOR ecosystem))
Hardware (CPU / GPU)	CPU: Snapdragon 8 Elite Gen 5 (3 nm), octa-core, up to 4.6 GHz • GPU: Adreno 840
Memory & Storage	Memory: LPDDR5X Ultra, 12 GB / 16 GB options • Storage: UFS 4.1, 256 GB / 512 GB / 1 TB options
Power, Battery & Charging	Battery: 10000 mAh (typical), 9755 mAh (rated) • Power: 100 W wired fast charging • Charging: 100 W wired
Display & Camera	Display: 6.83-inch OLED, 2800 × 1272, 185 Hz refresh rate, flat screen • Camera: Rear triple-camera setup (matrix design); main camera specification not confirmed from official spec page in current source set
Sound & Connectivity	Sound: Dual stereo speakers (1216), large sound cavity • Connectivity: 5G, Wi-Fi, Bluetooth, NFC
Physical (Dimensions & Mass)	Dimensions: 163.1 mm × 76.6 mm × 8.3 mm • Mass: Approx. 229 g (including battery)

Classification target is HONOR WIN smartphone (AAP-AN00). Critical caveat on the CVE-2026-43499 evidence: the public research repository explicitly limits its conclusions to WIN RT (AAK-AN00) and states the firmware is not interchangeable with WIN (AAP-AN00) (与荣耀 WIN（AAP-AN00，SM8850-AC）固件不通用). The CVE is therefore cited as evidence of a platform-family vulnerability surface, not as a confirmed exploit path for AAP-AN00 specifically. “Known hardware tampering” is rated Rare rather than None because a public bypass (temporary root) exists on the closely related WIN RT, making “None” indefensible even though the WIN’s own bootloader is locked. Communications and Storage encryption rely on Android 16 OS defaults (FBE, modern TLS); HONOR’s product page does not separately state vendor-level encryption claims.