InfoSecBulletin Cybersecurity for mankind
Security researchers were able to bypass authentication on three popular laptops by testing the fingerprint sensors used for Windows Hello. The research was done by Blackwing Intelligence and Microsoft’s MORSE.
Target devices include a Dell Inspiron 15 with a Goodix fingerprint sensor, a Lenovo ThinkPad T14s with a Synaptics sensor, and a Microsoft Surface Pro X with an ELAN sensor. The embedded fingerprint sensors and the host were targeted with software and hardware attacks.
Hacker claim to breach Link3; 189,000 Users data up for sale
Check Point Hosts “Securing the Hyperconnected World in the AI Era” in Dhaka
Microsoft Confirms 900+ XSS Vulns Found in IT Services
Daily Security Update Dated : 15.09.2025
IBM QRadar SIEM Vuln Let Attackers Perform Unauthorized Actions
Major Australian Banks using Army of AI Bots to Scam Scammers
F5 to acquire CalypsoAI for $180M for Advanced AI Security Capabilities
AI Pentesting Tool ‘Villager’ Merges Kali Linux with DeepSeek AI for Automated Attacks
CVE-2025-21043
Samsung Patched Critical Zero-Day Flaw Exploited in Android Attacks
Albania appoints world’s first AI minister, “Diella” to Tackle Corruption
AlSO READ:
By 2025, Domestic cloud market expected $46.3 million; MD “DataHub Asia”
The sensors that were tested are Match-on-Chip, meaning the chip has a microprocessor and memory, and the fingerprint data always stays within the sensor. To bypass authentication, one would need to physically attack the chip itself.
To carry out the attack, the attacker needs to physically get hold of the device. This means they would have to either steal the device or use the evil maid method.
The researchers showed how to carry out attacks by connecting a hacking device to a laptop using USB or by connecting a specially crafted rig to the fingerprint sensor.
For Dell and Lenovo laptops, the Windows Hello fingerprint authentication was bypassed by manipulating valid user fingerprint ID numbers and enrolling the attacker’s fingerprint by imitating a legitimate user’s ID.
To hack the Surface device, the attacker must disconnect the Type Cover, which is the keyboard and fingerprint sensor, and connect a USB device that tricks the fingerprint sensor into thinking it’s an authorized user logging in.
Blackwing published a blog post on Tuesday about their findings. Microsoft also released a video of the Blackwing researchers presenting their findings at the BlueHat conference in October.
