Classification
| Sony Xperia 1 IV Smartphone
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| Classification
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| Grade
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A-
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| Calculator version
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[[:Category:Calculator v|]]
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| Classification date
|
|
| Information
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| Name
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SONY Xperia 1 IV 5G
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| Brand by Parent
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SONY by Sony Group Corporation
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| Generation
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2022
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| Model(s)
|
XQ-CT54
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| Release date
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2022-05-20
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| Type/Category
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Smartphone
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| Website
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[1]
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| Status
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In sale
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| More
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| Dimensions
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165 x 71 x 8.2 mm
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| Mass
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185 g
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| Operating system
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Android 12
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| Companion App
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Various Sony camera/audio applications
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| CPU
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Qualcomm Snapdragon 8 Gen 1 GPU Adreno 730
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| GPU
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Adreno 730
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| Memory
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12 GB RAM
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| Storage
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256 GB / 512 GB
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| Battery
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5000 mAh
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| Power
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30W wired charging
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| Charging
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30W fast charging, supports wireless charging, reverse wireless charging.
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| Display
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play 6.5" 4K HDR OLED, 120Hz refresh rate
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| Camera
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Three rear cameras: 12MP (main camera) + 12MP (telephoto) + 12MP (ultrawide)
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| Sound
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Stereo speakers, 3.5mm headphone jack, 360 spatial audio
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| Connectivity
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5G, Wi-Fi 6E, Bluetooth 5.2, NFC, USB-C
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| Device
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| Criterion
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Value
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Proof(s)
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Comment
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| Known hardware tampering
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Rare
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[Sony Official Warranty, Teardown Reports]
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As a major manufacturer, widespread hardware tampering in the supply chain is rare. Risks are similar to other brands, mainly with counterfeit or improperly repaired devices.
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| Known vulnerabilities
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Rare
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[Sony Mobile Security Updates, Android Security Bulletin]
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Sony provides monthly security updates for its flagship models. Known, unpatched critical vulnerabilities are therefore rare for a supported device like the Xperia 1 IV.
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| Prior attacks
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Rare
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[General Android Security Reports]
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No widely documented, specific attacks targeting the Xperia 1 IV model exclusively. Users face general Android ecosystem threats.
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| Updatability
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Very common
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[Sony Software Support Information]
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Sony has a consistent record of providing regular monthly security patches and major OS updates for its flagship devices, making updates very common.
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| Category score
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2
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| System
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| Criterion
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Value
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Proof(s)
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Comment
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| Authentication with other systems
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Full
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[Android Compatibility Definition Document]
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Fully supports authentication with Google Mobile Services (GMS) and other standard Android services and APIs.
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| Communications
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Encrypted with up-to-date encryption
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[Product Specifications (Wi-Fi 6/WPA3, 5G)]
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Supports current encryption standards for cellular (5G) and Wi-Fi (WPA3). Application data encryption relies on individual apps.
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| Storage
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Encrypted with up-to-date encryption
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[Android Security Features Documentation]
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Uses standard Android File-Based Encryption (FBE) with strong algorithms to protect user data at rest.
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| Category score
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1
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| User Authentication
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| Criterion
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Value
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Proof(s)
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Comment
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| Account management
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Basic
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[Android User Guide]
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Provides standard device-level credential management (screen lock). Full account management is handled through the user's Google Account.
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| Authentication
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Secure
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[Product Specifications (Side-mounted fingerprint sensor)]
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Offers a hardware-based side-mounted fingerprint sensor and support for strong passwords/PINs, providing secure authentication.
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| Brute-force protection
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Exist
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[Android Enterprise Documentation]
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Implements standard Android brute-force protection, including increasing lockout delays and factory reset options after excessive failures.
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| Event logging
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Access event logged
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[Android Open Source Project Documentation]
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The Android system logs security-relevant events, but detailed audit logs are not typically accessible to the end-user.
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| Passwords
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Require change after setup with complexity requirements
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[First-time device setup process]
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Mandates the setup of a screen lock (PIN/Pattern/Password) during initial configuration, with options to enforce complexity.
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| Category score
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2
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The Motorola moto razr series represents a modern interpretation of the classic clamshell phone, utilizing foldable display technology. As an Android-based device, its core security relies on the underlying operating system and Google's Mobile Services. The device features standard hardware security elements like a Trusted Execution Environment (TEE) for secure biometric processing. Its foldable nature does not introduce significant unique security risks compared to traditional bar-style smartphones. The primary security considerations revolve around the standard Android application sandboxing, permission model, and the regularity of security patches provided by Motorola. The external cover display operates under the same security constraints as the main internal display.
