Memorandum of Understanding
S-Qube Systems and IIT Gandhinagar
Date: 26th August 2024
1. Access to Facilities
Faculty and students from both institutions can access laboratories, instrumentation, and library facilities at S-Qube Systems and IITGN. Symposia, conferences, and meetings will also be organized.
2. Research Project Proposals
Either party may propose research projects for collaboration. Specific terms will be agreed upon in writing before initiating any project.
3. Financial Arrangements
Financial arrangements for exchange activities will depend on mutual agreement and available funds.
4. Confidentiality
Both parties agree to protect each other's confidential information. A non-disclosure agreement will be signed if required.
5. Intellectual Property Rights
- Detailed IP and commercialization agreements will be made for specific projects.
- Appropriate acknowledgment and co-authorship must be given in publications.
- IP rights and obligations will survive after MoU termination.
6. Termination
The MoU is valid for three years and can be extended. Termination requires a three-month notice, and ongoing projects must be handled with mutual agreement.
7. Force Majeure
Neither party is liable for non-fulfillment of obligations due to force majeure events like natural disasters, war, or strikes.
8. Governing Law
This MoU is governed by Indian law.
9. Dispute Resolution
Disputes will first be resolved through mutual negotiation. If unresolved, arbitration will take place in Gandhinagar under the Arbitration and Conciliation Act, 1996.
10. Contact Information
- S-Qube Systems: +91 9004543308, nikhil@s-qube.co.in
- IIT Gandhinagar: +91 79 2395 2001, director@iitgn.ac.in
Annexure - 1
Indicative Areas of Common Interest
- Consultation and aiding in Testing Lab Development.
- Quantum Communication Simulation and Testing Environments: Developing standardized simulation and testing environments for quantum communication protocols, allowing for reproducibility and benchmarking of different quantum communication strategies.
- Quantum Communication Protocols for Emerging Technologies: Developing and standardizing quantum communication protocols that can be integrated with emerging technologies like 5G/6G networks, the Internet of Things (IoT), or satellite communication.
- Post-Quantum Cryptography Standards: Investigating the integration of quantum-resistant cryptographic algorithms into existing communication infrastructures, focusing on developing and standardizing protocols that can transition from classical to quantum-safe communication.
- Quantum Communication Education and Training Standards: Collaborating on the development of educational curricula and training programs that standardize the knowledge and skills required for quantum technologies.