Cryptographic Security Assessment & Functional Evaluation (C-SAFE)

What is it about?

The rapid advancement of quantum computing capabilities poses a significant threat to current cryptographic standards, which rely on algorithms like AES, ECC, and RSA. While these algorithms have served us well, they are vulnerable to attack by quantum computers. Post-quantum cryptography (PQC) algorithms are designed to be resistant to quantum attacks. However, there is no standard framework for evaluating the cryptographic claims of PQC algorithms, which is hampering their adoption by the industry.

To address this challenge, DSCI in collaboration with the best cryptographers in the country, has created a framework to evaluate the cryptographic efficacy of indigenous PQC algorithms and products. This framework aims to provide user organizations with the assurance they need to adopt indigenous PQC solutions. It is designed to be effective, swift, and graded, depending on the criticality and assurance requirements.

Who can participate?

If you have designed or developed PQC algorithms or products, you can participate in the evaluation framework by filling out the application form. We will work with you to determine the level of evaluation appropriate for your needs.

What’s in it for you?

Credible Security

Rigorous assessment of the cryptographic efficacy of the submitted algorithms.

Increased Assurance

Assure user organizations that your algorithms are secure against quantum attacks.

Reduced Risk

Gain the confidence of being a rigorously tested algorithm at par with global standards.

Stand Out

Move out of the clutter and get noticed by showcasing the trust mark.

How will we testify your algorithm?

We will check the robustness of your algorithm through proactive threat modelling, and rigorous mathematical scrutiny to verify correctness and resilience against quantum computing challenges.

Evaluation Process

1

Application

Submit a brief writeup about your algorithm. The writeup should include:

  • Technical Information - detailed description of your algorithm, including the mathematical principles it is based on, the steps involved, other relevant implementation details.
  • Cryptographic structure and the explanation of each building block.
  • Evidence to prove that your algorithm is resistant to attack by quantum computers. This may include - theoretical analysis, simulations, or experimental results.
  • Benchmarking against existing crypto algorithms (optional): To compare the performance and security of your algorithm to existing cryptographic algorithms.
  • Any other relevant information.
2

Shortlisting

  • DSCI and the expert cryptographers panel will analyse the submitted brief.
  • If your entry is selected, you will be invited to participate in the next step of the evaluation process.
3

Fee Submission

  • The selected companies who wish to be further evaluated and received the trust mark will be required to pay an evaluation fee.
4

Evaluation

  • The panel will thoroughly evaluate the shortlisted algorithms and provide feedback and grading.
  • You will be issued a crypto trust mark by DSCI, showcasing the results and analysis.

APPLY HERE

Evaluators

Prof. Bimal Kumar Roy

Professor, Applied Statistics Unit | ISI Kolkata

Dr. Arpita Maitra

Associate Professor, IAI | TCG Crest

Prof. Dhiman Saha

Assistant Professor | Indian Institute of Technology, Bhilai

Prof. Angshuman Karmarkar

IIT-Kanpur