(Available exclusively to corporations, institutions, and authorized teams)
Uptrust CyberSec delivers advanced services for device decryption, access to protected data, forensic extraction, and information recovery in the context of cybersecurity investigations and security incidents.
All operations are performed using state-of-the-art professional solutions and strictly adhere to legal, procedural, and compliance standards.
These services are provided only under documented conditions, exclusively to organizations with a clear legal, contractual, or operational basis.
● security incidents,
● corporate investigations,
● critical system access recovery,
● internal fraud cases,
● litigation or technical audits.
● key extraction or bypass for Windows, macOS, Linux,
● distributed GPU-accelerated password attacks,
● support for BitLocker, FileVault, LUKS, VeraCrypt, TrueCrypt,
● advanced memory acquisition for cryptographic key retrieval.
● security incidents,
● corporate investigations,
● critical system access recovery,
● internal fraud cases,
● litigation or technical audits.
● key extraction or bypass for Windows, macOS, Linux,
● distributed GPU-accelerated password attacks,
● support for BitLocker, FileVault, LUKS, VeraCrypt, TrueCrypt,
● advanced memory acquisition for cryptographic key retrieval.
● PIN, passcode, and authentication extraction,
● logical & physical imaging,
● support for hundreds of Android & iOS devices,
● analysis of encrypted data: backups, apps, sensitive files.
Specialized Apple ecosystem decryption service, powered by professional Passware technologies.
● cryptographic key extraction and recovery,
● access to encrypted APFS volumes,
● decryption of macOS disk images.
● memory-based techniques to identify FileVault keys,
● GPU-accelerated password attacks for T2-protected volumes,
● support for Mac devices (2018–2020).
● data extraction in post-incident scenarios,
● APFS container processing,
● key recovery within legal and technical limitations.
● RAM capture on modern macOS systems,
● FileVault key extraction directly from memory,
● support for active incident response.
● multi-GPU support,
● dictionary, rule-based, and hybrid attacks,
● optimizations for Apple password formats.
● mounting, analyzing, and decrypting APFS images,
● file and metadata extraction,
● support for snapshots and multi-volume structures.
● cryptographic key extraction and recovery,
● access to encrypted APFS volumes,
● decryption of macOS disk images.
● mounting, analyzing, and decrypting APFS images,
● file and metadata extraction,
● support for snapshots and multi-volume structures.
● multi-GPU support,
● dictionary, rule-based, and hybrid attacks,
● optimizations for Apple password formats.
● RAM capture on modern macOS systems,
● FileVault key extraction directly from memory,
● support for active incident response.
● memory-based techniques to identify FileVault keys,
● GPU-accelerated password attacks for T2-protected volumes,
● support for Mac devices (2018–2020).
● data extraction in post-incident scenarios,
● APFS container processing,
● key recovery within legal and technical limitations.
Note: Apple Silicon enforces strict security controls; all operations follow approved and documented forensic procedures.
● encrypted archives (ZIP, RAR, 7z),
● password-protected Office documents,
● encrypted disk images,
● protected databases.
● GPU/CPU parallel attacks,
● dictionary expansion, rule-based and hybrid attacks,
● format-specific optimization.
● encrypted archives (ZIP, RAR, 7z),
● password-protected Office documents,
● encrypted disk images,
● protected databases.
● GPU/CPU parallel attacks,
● dictionary expansion, rule-based and hybrid attacks,
● format-specific optimization.
● RAM capture for key extraction,
● bit-level device imaging,
● processing in controlled forensic environments,
● standardized forensic reporting,
● complete, auditable chain-of-custody documentation.
Advanced technical assistance for active security incidents:
● rapid access to compromised systems,
● data extraction for containment & eradication,
● password and key analysis from memory,
● identification of attacker encryption mechanisms.
These services are provided exclusively to:
● private companies,
● public institutions,
● forensic, legal, or compliance teams,
● internal security departments,
● partners with documented operational needs.
To initiate a project, the following are required:
● official mandate or request from the organization,
● documented legal justification for accessing the device/data,
● GDPR and regulatory compliance declaration,
● signed NDA and data processing agreements,
● clear definition of technical and legal scope.
Validation of organizational identity, purpose of request, and legal basis.
Confirmation of ownership/authorization over the device, signing required documents, defining processing limits.
Analysis of encryption type, system architecture, and applicable methods.
Execution in a secure forensic environment with documented procedures and full chain-of-custody.
Delivery of extracted data, technical findings, and supporting documentation.
