Abu Dhabi, UAE – The National Cyber Security Council announced on Saturday that the country’s national cybersecurity system successfully thwarted systematic terrorist attacks targeting the digital infrastructure and vital sectors. These attacks attempted to disrupt essential services and destabilize the nation.
Nature of the attacks and their methods
The council explained that the attacks included network infiltration attempts, ransomware deployments, and systematic phishing campaigns targeting national platforms. Artificial intelligence techniques were also used to develop sophisticated attack tools. This reflects a qualitative shift in the tactics of terrorist groups and their ability to leverage modern technology in carrying out their cyberattacks.
The priority is the safety of individuals and the continuity of services.
The Council affirmed that protecting individuals, safeguarding personal data, and ensuring the continuity of vital services are top priorities. It explained that the national cybersecurity and defense system operates around the clock with high efficiency. This is achieved through collaboration with service providers, national and international entities, and specialized organizations to respond swiftly to any potential threats. The system also aims to enhance the nation’s ability to recover from cyberattacks.
Call to report threats
The Council emphasized its full commitment to protecting the digital space and safeguarding the stability of the nation, urging all entities and citizens to report any cyber threats or suspicious activity through official channels. This is to ensure the security of the digital state and the continuity of its institutions under all circumstances.
These measures are part of the UAE’s National Cybersecurity Strategy, which aims to develop advanced systems capable of countering modern digital threats. The strategy also aims to guarantee a secure digital environment for all users, while leveraging international expertise and technological partnerships to enhance the resilience and stability of the digital state.
