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Cryptography
Research Center

Who We Are

The Cryptography Research Center (CRC) brings together theoretical and applied cryptographers to contribute to the proliferation of this ever-evolving ecosystem. Our world-class cryptography experts collaborate with key industry players to offer advanced solutions to address the threats faced by today’s digital societies.

CRC is part of the CIE, a global scientific research center attracting the world’s foremost scientists and researchers. TII leads worldwide advances in artificial intelligence, autonomous robotics, quantum computing, cryptography and quantum communications, directed energy, secure communication, smart devices, advanced materials, and propulsion and space technologies, and biotechnology fields.

CIE belongs to the Abu Dhabi Government’s Advanced Technology Research Council (ATRC), which oversees the technology research in the emirate.

What We Do

We design, analyze, and implement cryptographic algorithms and protocols using in-depth technical expertise that encompasses fundamental classical and post-quantum cryptography research, applied cryptography engineering, and research on theoretical and practical cryptanalytic techniques.

We also draw on machine learning to enhance our research capabilities and create an outsized impact for the benefit of humanity.

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Post quantum crypto research

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Sovereign cryptographic library

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Cryptanalysis research

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Neuromorphic computing / spiking neural networks

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Confidential computing cloud encryption research

Two cyan keys and a sequence of binary digits 010101 on a black background, symbolizing quantum key distribution and quantum random number generation.

Quantum key distribution(authentication) quantum random number generators

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Classic and post quantum lightweight crypto composites

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Crypto implementation on custom hardware

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Crypto integration in national critical infrastructure

Purple digital circuit board with a glowing padlock icon symbolizing cybersecurity and data protection.
Icon of an atomic symbol with orbiting electrons inside a square container.

Post quantum crypto research

Data center aisles filled with server racks overlaid with cascading binary code digits representing digital data flow.
Blue circuit chip icon with binary code 1101 0101 in the center on a black background.

Sovereign cryptographic library

Abstract digital network visualization with interconnected nodes, IP addresses, and percentage data points on dark background.
Diagram of a neuromorphic spiking neural network with interconnected nodes representing neural connections.

Neuromorphic computing spiking neural networks

Digital padlock made of green and blue binary code on a dark blue background with scattered alphanumeric characters.
Black cloud icon with turquoise binary code digits falling below it.

Confidential computing cloud encryption research

Glowing key icon with orbiting circles over a digital data stream background representing quantum key distribution technology.
Two cyan keys and a sequence of binary digits 010101 on a black background, symbolizing quantum key distribution and quantum random number generation.

Quantum key distribution (authentication) quantum random number generators

Digital network of interconnected blue geometric spheres and red nodes on a dark background.
Outline of a hand holding a leaf with a diagonal line crossing through the leaf, symbolizing eco-friendly or no harmful chemicals.

Classic and post quantum lightweight crypto composites

Digital circuit board with a central chip featuring a lock icon symbolizing cybersecurity or data protection.
Icon of a microchip with a lock symbol inside, representing hardware security.

Crypto implementation on custom hardware

Digital lock icon surrounded by a geometric network of interconnected lines and dots representing cybersecurity and data protection.
Blue padlock symbol connected to six surrounding nodes forming a network.

Crypto integration in national critical infrastructure