Passware Kit Mobile 2026 V2 Decrypts Samsung S21/S20 Series

Why It Matters

The new decryption capability unlocks critical evidence from widely used Samsung devices, expanding forensic reach, while GPU‑accelerated recovery dramatically reduces analysis time across hardware platforms.

Key Takeaways

• Decrypts Exynos S20/S21 up to SPL April 2025
• Adds full‑disk decryption for Unisoc devices
• Intel Arc GPU speeds password recovery
• 13,000 passwords/sec benchmark on RTX 4070 Ti
• Extends iOS support to version 15.8.5

Pulse Analysis

Mobile forensics has long grappled with Samsung’s encrypted ecosystem, especially devices built on Exynos processors. Passware’s 2026 v2 release breaks this barrier by offering a proprietary decryption method for the S20 and S21 series, covering models with security patches released through April 2025. This capability not only fills a gap for investigators handling high‑profile cases but also positions Passware as a go‑to solution for law‑enforcement agencies needing reliable access to Samsung data.

Speed is a decisive factor in modern investigations, and Passware’s integration of Intel Arc GPUs expands hardware acceleration beyond the traditional NVIDIA and AMD dominance. Real‑world testing on an RTX 4070 Ti demonstrated password‑guess rates exceeding 13,000 per second, a performance leap that can shave hours off lengthy recovery tasks. By supporting discrete and integrated Intel Arc units, the tool offers flexibility for varied lab configurations, ensuring faster turnaround without sacrificing accuracy.

Beyond Samsung, the update broadens the product’s device portfolio, adding full‑disk encryption support for Unisoc phones, iOS 15.8.5 compatibility on A8/A9 chips, and new Xiaomi models based on Snapdragon 430. These extensions reflect Passware’s strategy to cover the fragmented mobile market, giving investigators a single platform for a wider array of operating systems and chipsets. As mobile security continues to evolve, such comprehensive support will be crucial for maintaining investigative efficacy and staying ahead of emerging encryption trends.