DIGITAL FORTRESS: UAE Strengthens Future Cyber Defences Through ATRC Alliance

Amit Kakkar
5 Min Read
Cyber Security Council (CSC) and ATRC Announces Partnership

Abu Dhabi, UAEThe UAE Cyber Security Council (CSC) yesterday signed an agreement with the Advanced Technology Research Council’s (ATRC) and its entities at Make it in the Emirates, that will accelerate the UAE’s transion to quantum safe security and strengthen national resilience against evolving cyber threats.  

The contract was consolidated between VentureOne, ATRC’s commercial arm and CSC, to deploy and scale cybersecurity solutions. This will support one of the world’s first coordinated national post-quantum migration plans. The solutions are based on cryptographic libraries developed by the Technology Innovation Institute (TII), QuantumGate’s Crypto Discovery Tool (CDT), and the Entanglement-based Quantum Key Distribution (EQKD) developed at TII and commercialized by VentureOne, and others.  

The expanded collaboration comes amid a period of heightened cyber risk globally and across the region, in addition to the longer-term challenge posed by quantum computing.

H.E. Dr. Mohamed Al Kuwai, Head of Cyber Security for the UAE Government, said, “Preparing for the impact of quantum computing is a national priority. Strengthening our cryptographic foundations today ensures the long-term security of our digital infrastructure. Through our continued collaboration with TII, VentureOne, and QuantumGate, we are building resilient, future-ready cybersecurity capabilities that strengthen the UAE’s readiness for the quantum era while supporting a secure and coordinated national transition to post-quantum cryptography.”

H.E. Shahab Issa Abu Shahab, Director General of ATRC, said, “The transition to quantum-safe security cannot wait until quantum threats arrive. The UAE must act now to strengthen the resilience of its digital infrastructure and critical systems. Through this collaboration with the UAE Cyber Security Council, we are accelerating the deployment of sovereign cybersecurity technologies developed within the ATRC ecosystem and supporting the UAE’s long-term transition to quantum-resilient security.”

The UAE Cyber Security Council will work with QuantumGate to scale deployment of the Crypto Discovery Tool. CDT is an Abu Dhabi-developed platform designed to support cryptographic discovery, inventory management, and vulnerability assessment. Customized to requirements set by the UAE National Cryptography Center, the tool enables organizations to establish a structured migration path toward hardened, quantum-resilient security. This will enable critical public and private sector entities to plan and execute transition to quantum-resilient encryption standards. 

Dr. Najwa Aaraj, CEO of TII and QuantumGate, said, “CDT provides a  data-driven view of cryptographic readiness and exposure across complex environments and enables organizations to migrate with confidence. By working closely with the UAE Cyber Security Council, we are helping translate national ambition into operational readiness and supporting critical sectors as they prepare for the post-quantum era.”

Following a successful pilot, CSC will also deploy VentureOne’s Entanglement-based Quantum Key Distribution solution alongside other advanced cryptographic and post-quantum solutions. Built on quantum communication technologies, EQKD uses quantum entanglement to generate highly secure encryption keys, which were used to securely connect data centers at a major Abu Dhabi entity. The technology will be scaled across government and enterprise environments alongside other post-quantum cybersecurity capabilities.  

At the core of the UAE’s transition efforts are the national cryptographic libraries, which are developed and stewarded by TII and commercialized by VentureOne as the UAE’s official cryptographic foundation. Designed for integration into widely deployed government and enterprise systems, the libraries include both classical and post-quantum algorithms that support a coordinated, scalable transition to quantum resilient security. 

TII’s Security Laboratory will also support this work. One of the only facilities in the UAE dedicated to cryptographic compliance testing, it provides validation of cryptographic assets against national regulatory requirements and approved standards, ensuring secure and trusted deployment.

In addition to technology deployment and research collaboration, the initiative includes national readiness programs, workforce training, and awareness initiatives designed to help organizations prepare for the transition to quantum-safe security, aligned with international post-quantum standards including those established by NIST.

SOURCE: MEDIA RELEASE / SUPPLIED CONTENT WITH IMAGE

Share This Article
Leave a Comment

Leave a Reply

Your email address will not be published. Required fields are marked *

We are a fully approved news and PR website and social media with Media license from UAE MEDIA COUNCIL. (UAE Media Council Approved ML-02-04-6015811). Majority of the content published on EMIRATESREPORTER.COM and its related social media is a supplied content from various Public Relations and Marketing Agencies in UAE & abroad. The pictures used are either supplied pictures by those PR and Marketing agencies or used by us from subscribed picture providing websites for depiction, expression and illustration only. WAM NEWS and its pictures are given due credit and courtesy on our website. We refrain from publishing anything political, religious or controversial in nature and dedicated to ethics and values of UAE strictly following UAE media council guidelines. All the interviews/pictures published on our platforms are either supplied by PR & Marketing agencies with client consent or done by us and are meant for the purpose of highlighting achievements of any particular individual interviewed without anything controversial and is purely business promotion related. This website and related social media is created to support PR and Marketing agencies and their respective clients in the region.