Capabilities

GF2LAB specializes in ISO/IEC 19790 Cryptographic Module  Validation and ISO/IEC 15408 Common Criteria standards, and PavoCrypt boasts extensive experience in guiding organizations through the establishment of cutting-edge testing facilities. Leveraging our expertise, we provide comprehensive consultancy services to assist in the setup of laboratories tailored to ISO/IEC 15408 and ISO/IEC 19790 specifications, ensuring conformity with international cryptographic standards. Our team is equipped to conduct rigorous testing in accordance with ISO/IEC 15408 and ISO/IEC 19790, assessing the security functionalities of IT products and especially cryptographic modules. From strategic planning to hands-on execution, our experience in both consultancy and hands-on evaluation positions us as a trusted partner for organizations seeking to enhance their cryptographic capabilities and adhere to the highest industry standards.

GF2L is a multi-product platform that is convenient for cryptography-oriented laboratories. This comprehensive suite includes products that are used for key recovery, cryptanalysis, forensics, secure design, testing, and validation. Thanks to this comprehensive tool, security and validation tests of all kinds of cryptographic protocols, algorithms, designs, and systems are accomplished from a secure design perspective. In addition, with the help of the analysis and attack features of the tool, it is possible to identify the encrypted data/file and cryptographic hashes/functions/primitives, cryptography-related structures such as encoded data, steganographic structures, and obfuscated parts. Performing high-speed, reliable, and scalable distributed password attacks using rainbow tables or artificial intelligence-based dictionaries is feasible. It is possible to attack GSM (A5/1, A5/2) and cryptographic malicious files as well. Users create their profiles, save workspaces for frequently encountered, and share them with their colleagues or report them to their managers via GF2L.

At PavoCrypt, we are actively involved in pioneering projects aimed at elevating data security. Two significant initiatives include anonymous data processing and homomorphic encryption, seamlessly integrated with Artificial Intelligence (AI). The project on anonymous data processing ensures that sensitive information can be analyzed without compromising individual identities, fostering a heightened level of privacy. Simultaneously, our focus on homomorphic encryption enables secure computations on encrypted data, preserving confidentiality throughout processing operations. The incorporation of AI enhances our ability to proactively identify and address potential security threats. This multifaceted approach reflects our commitment to advancing cryptographic technologies and ensuring the highest standards of data security and privacy in a professional context.

At PavoCrypt, we focus on creating secure digital environments through our projects related to Public Key Infrastructure (PKI). Our team designs and implements PKI frameworks and provides solutions for secure key management and digital certificate issuance. We are dedicated to ensuring the integrity and confidentiality of digital communications by delivering PKI projects that meet industry standards, anticipate emerging challenges, and contribute to the development of reliable cryptographic infrastructures.

At PavoCrypt, we have had the opportunity to work with various industries, providing our expertise in Public Key Infrastructure (PKI) projects. Some examples of industries we have worked with include:

Government Sector: We collaborated with government agencies to develop PKI frameworks that provide secure communications, document signing and authentication for various organizations.

Technology Industry: We have extensive experience working with companies in the technology industry, providing PKI solutions for secure communication, data encryption, and identity management .

PavoCrypt is involved in projects related to Post-Quantum Cryptography (PQC). These projects aim to ensure the security of digital systems against threats posed by powerful quantum computers. PQC focuses on developing smart and strong ways to protect different technologies using advanced security measures.

The theoretical research on PQC and quantum computing is conducted by the research partners of the project in collaboration with industry partners. Empirical tests on quantum computers' capabilities in breaking PQC systems are conducted when possible, although simulations are often used as suitable quantum computers do not yet exist .

The transition to Post-Quantum Cryptography involves implementing new cryptographic algorithms that are resistant to attacks from quantum computers. PavoCrypt R&D carefully plans and puts these smart solutions into action, checking and adjusting the security methods already in place. The goal is to ensure that different systems can defend themselves against any possible dangers from advanced quantum technologies.