Today's Edition
SARA ALZAABI (ABU DHABI)
The UAE is at the forefront of establishing a resilient, quantum-safe cybersecurity framework as it proactively prepares for the threats that quantum computing will pose to traditional cryptographic methods, according to key figures in the field.
Speaking to Aletihad on the sidelines of the “CyberQ: Security in the Quantum Era” summit, the experts explained that Abu Dhabi is positioning itself as a leader in cryptographic infrastructure by implementing advanced cybersecurity strategies, enacting a new cryptography law, and deploying post-quantum algorithms to safeguard critical data against future risks.
Dr. Najwa Aaraj, CEO of TII, the applied research arm of Abu Dhabi’s Advanced Technology Research Council (ATRC), highlighted the UAE’s proactive measures to bolster quantum-resistant cybersecurity.
“Abu Dhabi and the UAE are among the most advanced nations in cryptographic infrastructure, cybersecurity strategy, and cybersecurity infrastructure,” she said, adding that the nation is already implementing a new cryptography law and deploying post-quantum algorithms. We have seen the introduction of a law on cryptography, as well as the deployment of post-quantum algorithms. There is a growing recognition of the threats and challenges that will emerge with quantum computers,” she said.
The UAE’s cybersecurity strategy includes adopting a “store now, decrypt later” (SNDL) approach, which anticipates future quantum threats by implementing quantum-resistant cryptography to secure current data. According to Dr. Aaraj, these steps reflect a growing awareness in Abu Dhabi of the challenges posed by quantum computing.
“The UAE’s cybersecurity strategy is solid, with strong information assurance standards and a focus on sovereign cryptography. We are already deploying post-quantum cryptography to protect current data against future threats - an SNDL strategy that will soon secure critical infrastructure across Abu Dhabi,” she explained.
TII has established a dedicated cryptography research centre to focus on developing sovereign cryptographic systems and advancing post-quantum cryptography. In 2021, it launched the region’s first software post-quantum library and other cryptographic technologies to strengthen data protection.
Dr. Aaraj emphasised that collaboration with international entities, regulatory bodies, and commercial partners is paramount for advancing quantum-safe solutions. “I am thrilled to see the advanced thinking about how quantum technology, once crypto-enabled, will affect cybersecurity infrastructure,” she told Aletihad, noting the UAE’s partnerships to develop post-quantum cryptography, quantum communication, and quantum key distribution systems.
“I am thrilled to see the advanced thinking about how quantum technology, once crypto-enabled, will affect cybersecurity infrastructure. I am happy to see the initiatives being taken by the UAE, along with collaborations with local and international entities,” she told Aletihad, highlighting the UAE’s partnerships to develop post-quantum cryptography, quantum communication, and quantum key distribution systems.
The UAE’s commitment to quantum-safe infrastructure was also praised by Reda Nidhakou, Acting CEO of VentureOne, ATRC’s commercialisation arm.
Speaking to Aletihad, he urged organisations to prepare for the inevitable obsolescence of traditional cryptographic methods and to secure data assets in anticipation of quantum threats.
“Quantum computers will soon challenge classic cryptography, jeopardising current cybersecurity measures. We must plan ahead and implement post-quantum solutions to protect data and sensitive information,” he warned.
Nidhakou explained that many entities delay post-quantum cryptography adoption, mistakenly assuming it can wait until quantum computers are widely available.
“The reality is that our data is already at risk today,” he said, stressing the importance of planning migration, considering data shelf life, and adopting quantum-resistant tools now.
The transition to quantum-safe solutions may disrupt existing cybersecurity frameworks, Nidhakou noted, as it requires adjustments to infrastructure and resources. To facilitate this shift, VentureOne is developing inventory management tools and a hybrid approach that prioritises ease of use and customer experience. He further explained that artificial intelligence is increasingly shaping cybersecurity, enabling faster vulnerability discovery and mitigation.
However, he acknowledged that both AI and quantum technologies pose additional security risks, including heightened hacking and cryptographic vulnerabilities, which are addressed by VentureOne’s QuantumGate products.
