| ASUS Vivobook 14 (X1405)
|
|
Security Grade
Calculator v1
|
ASUS Vivobook 14 2024 (X1405)
Category: Computer • Model / Gen: 2024 X1405
Release Date: 2024-02-24 • Status: In sale
|
Security Evaluation
1. Device Security
| Criterion
|
Value
|
Proof
|
Comment
|
| Known hardware tampering
|
None
|
🔗 Proof
|
No reports of hardware tampering for this model. The chassis and components ship factory-sealed, and no tampering incidents have been documented.
|
| Known vulnerabilities
|
Rare
|
🔗 Proof
|
A limited number of CVEs affect ASUS firmware and driver components, but none are specific to this model or broadly exploitable.
|
| Prior attacks
|
Rare
|
🔗 Proof
|
No widespread attack campaign targets this device; only isolated incidents within the wider ASUS ecosystem have been recorded.
|
| Updatability
|
Very common
|
🔗 Proof
|
ASUS delivers regular firmware, driver and MyASUS updates, and Windows Update provides continuous security patches.
|
| Category Score
|
Score: 2 / 3
|
2. System Security
| Criterion
|
Value
|
Proof
|
Comment
|
| Authentication with other systems
|
Full
|
🔗 Proof
|
The device supports standard authentication for integration with external systems and accounts, including Microsoft account sign-in.
|
| Communications
|
Encrypted with up-to-date encryption
|
🔗 Proof
|
Network and service traffic uses current encryption standards (TLS / WPA3-class); no obsolete cipher suites are required.
|
| Storage
|
Encrypted with up-to-date encryption
|
🔗 Proof
|
Data at rest on the SSD can be protected with Windows device encryption / BitLocker, using current encryption.
|
| Category Score
|
Score: 1 / 3
|
3. User Authentication
| Criterion
|
Value
|
Proof
|
Comment
|
| Account management
|
Full
|
🔗 Proof
|
Windows 11 provides complete account management via Microsoft accounts and local accounts.
|
| Authentication
|
Secure
|
🔗 Proof
|
Secure sign-in is supported, including Windows Hello, PIN and biometric authentication.
|
| Brute-force protection
|
Exist
|
🔗 Proof
|
Account lockout and sign-in throttling are provided by the operating system.
|
| Event logging
|
Access event logged
|
🔗 Proof
|
Sign-in and access events are recorded in the Windows security event log.
|
| Passwords
|
Require change after setup with complexity requirements
|
🔗 Proof
|
Windows password complexity requirements apply and credentials are renewed after the initial setup.
|
| Category Score
|
Score: 1 / 3
|
Technical Specifications
| Property
|
Details
|
| Operating System & App
|
Windows 11 Home (Companion App: MyASUS)
|
| Hardware (CPU / GPU)
|
CPU: Intel® Core™ i5-13500H / i7-13620H / i5-13420H Processor (Selectable upon shipment) • GPU: Intel® Iris® Xe Graphics / Intel® UHD Graphics (Selectable with CPU)
|
| Memory & Storage
|
Memory: 8GB DDR4 onboard + 8GB DDR4 SO-DIMM slot (Support dual-channel) • Storage: 512GB / 1TB M.2 NVMe™ PCIe® 4.0 SSD (Selectable)
|
| Power, Battery & Charging
|
Battery: 42WHrs, 3-cell Li-ion • Power: 65W AC Adapter • Charging: 65W AC Adapter
|
| Display & Camera
|
Display: 14.0-inch, WUXGA (1920 x 1200), 16:10, IPS, 60Hz, 300nits, Anti-glare, 86% screen-to-body ratio • Camera: 720p HD camera with physical privacy shutter
|
| Sound & Connectivity
|
Sound: SonicMaster, Built-in speaker & array microphone, Support Cortana • Connectivity: Wireless: Wi-Fi 5 (802.11ac) / Wi-Fi 6E (802.11ax) + Bluetooth® 5.0 Ports: 1x USB 2.0 Type-A, 1x USB 3.2 Gen 1 Type-C (PD charging), 2x USB 3.2 Gen 1 Type-A, 1x HDMI 1.4, 1x 3.5mm Audio Jack
|
| Physical (Dimensions & Mass)
|
Dimensions: 31.71 x 22.20 x 1.79 ~ 1.99 cm • Mass: 1.5 kg
|
This is ASUS Vivobook 14 2024 (X1405), a mainstream consumer laptop running Windows 11 Home, equipped with Intel Core i5-13500H / i7-13620H / i5-13420H processors and Intel Iris Xe Graphics. It features TPM 2.0 platform security, Wi-Fi 6E connectivity, and supports regular signed BIOS, firmware and driver updates via MyASUS and Windows Update. It provides modern network encryption (TLS 1.3, WPA3) and BitLocker device encryption. User authentication is secured through Windows Hello biometric/PIN, with complete account management, brute-force lockout protection, event logging and password complexity enforcement. Public hardware tampering methods are limited, known vulnerabilities are rare and patched timely by vendor.
