CyberCrypt

Redge Technologies and the Future of High-Performance Cybersecurity Solutions

Modern criminal groups, including cybercriminals and cyberterrorist organizations, are increasingly leveraging strong cryptographic measures. Contemporary encryption algorithms are considered computationally secure, with no known practical weaknesses. As a result, breaking these protections is only possible through brute-force attacks, which require significant computing power. This has created a pressing need to create an orchestration tool, allowing to aggregate computational resources from diverse environments — public and private clouds, as well as dedicated infrastructure — in order to support law enforcement in lawful access to protected digital evidence.

Project Genesis and Partnership

The need for more effective cryptoanalysis tools led to the launch of the Cybercrypt@gov project, which aimed to develop a scalable, distributed, and high-performance system supporting law enforcement in decrypting secured data.

Recognizing the complexity of the problem, Redge Technologies (formerly Atende Software) was a part of a consortium with leading academic and industrial partners: AGH University of Krakow (consortium leader), Warsaw University of Technology, War Studies University, and Longevity. The project was co-financed by Poland's National Centre for Research and Development (NCBiR) under the Defense and Security Program – Competition No. 9/2018 (Contract No. DOB-BIO9/32/03/2018). The project spanned 2019–2024, with a total budget of 14 534 042 PLN and co-financing amounting to 14 201 042 PLN.

Technical Objectives and System Architecture

The Cybercrypt@gov system was designed from the ground up to provide:

Distributed task processing across hybrid compute environments (CPU/GPU/FPGA)
Orchestration of brute-force attacks with existing open-source components
An intuitive interface for use by non-specialist personnel
Integrated data extraction tools to prepare encrypted data for analysis

Custom Orchestrator for Hashcat

Hashcat was selected as the foundational engine due to its active development, broad format support, and ability to run on both OpenCL and CUDA. However, existing orchestrators did not meet the consortium’s needs, especially the integration of FPGA-based computations, efficient job scheduling, load balancing, and multi-platform agent coordination.

As a result, the team developed a custom orchestration layer from scratch, enabling:

Automatic distribution and synchronization of computational tasks
Unified control of heterogeneous compute nodes (CPU, GPU, FPGA)
Real-time progress tracking and task management

Extraction Tool – Preparing Data for Decryption

A critical component of the system is a dedicated Extraction Tool, developed to streamline the preparation of encrypted materials. Unlike fragmented or script-based solutions, this tool:

Automatically detects encrypted files and volumes across user-defined directories, individual files, and connected storage devices
Recognizes file types based on content rather than name or extension
Requires no expert knowledge to extract cryptographic material
Supports output in Cybercrypt (project-native) and Hashcat formats

Supported formats include:

Archives: 7-Zip, RAR, WinZip
Password managers: KeePass (1.x and 2.x)
Documents: MS Office, PDF
Disks/volumes: TrueCrypt, VeraCrypt, BitLocker, LUKS, VirtualBox
Key files: PEM (PKCS#8)

Administrative Console (Panel)

The system’s Administrative Panel allows users to:

Upload multiple extraction results
Input custom hash values (18 supported functions)
Select dictionaries/masks for attacks
Prioritize and schedule jobs
Monitor ongoing tasks and access real-time results

Partial results (recovered passwords) are made available immediately, even before a task finishes. The console also enables:

Resource grouping for workload segmentation
Full system monitoring (status of agents, resource usage)
User and permission management
Centralized dictionary management

Hardware Platform Evaluation

The project involved intensive benchmarking across a range of compute platforms:

CPU: Intel and AMD architectures
GPU: Consumer and professional-grade NVIDIA and AMD GPUs
FPGA: Custom-designed accelerators developed by Warsaw University of Technology, based on Xilinx chips

This evaluation informed optimal deployment configurations and demonstrated the feasibility of hybrid CPU/GPU/FPGA operations within the same framework.

Outcomes and Impact

The result of the Cybercrypt@gov project is a functional system at Technology Readiness Level 8 (TRL 8) — fully tested and demonstrated. It has been deployed operationally at Polish National Police significantly enhancing their ability to tackle encrypted evidence in criminal investigations.

The system’s scalable architecture supports virtually unlimited compute expansion — any number of nodes can be connected, making it adaptable to the available hardware. Its modular design and intuitive interface enable non-technical users to execute highly technical operations with minimal training.

Cybercrypt@gov showcases the intersection of academic innovation, industry-grade engineering, and practical national security needs. Redge Technologies’ contribution — from system design to software development and integration — was critical to delivering a robust, real-world solution.

This project highlights how purpose-built tools, designed with real operational constraints in mind, can provide a competitive edge against increasingly sophisticated cybercriminals.

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