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Our Research and Development

Rapid advances in science and technology have led to significant improvements over the past few decades in digital experiences, data security, computational engineering, digital communications, behavioral analytics, probability theory, cryptography, and medical diagnostic systems. Leveraging the benefits of an open form of organization for innovation, the R&D department at CDCM is dedicated to developing cutting edge technologies in computer technology, cybersecurity, blockchain, quantum computing, computational engineering, and biomedical fields.
We are leading the industry in the development of a Multi-modal Cybersecurity Platform, the fusion of Blochchain and Biometrics. Our vision is to develop advanced, novel, science-industry based, multi-modal algorithms that can detect, track, capture, analyze, process, encrypt and model statistical data and images and signals to optimize users' digital experience and protect cyber privacy and security in various domains. Our goal is to turn imagination into innovation. Our imagination becomes reality by driving our knowledge, experience and expertise towards the development of more advanced cutting edge algorithms.
Our areas of expertise include cybersecurity, artificial and computational intelligence, blockchain, quantum computing, biometrics, zero trust, endpoint security, multi-layer security and encryption and data models, computational security, biological security, computational engineering, optimization, mobile computing, digital communications, medical imaging and signals, and pattern recognition. We are not just modeling new algorithms, but also developing platforms to solve real-world challenges. Our scientific research focuses on developing cutting-edge computer-aided (computational) technologies and transferring them to field systems to make everyone's lives more convenient and secure.

Crypto Metrics
In principle, cryptography (or cryptography) is a measurable quantity in the probabilistic domain. It is the science that uses mathematical formulations to encrypt and decrypt data. The main purpose is to protect the confidentiality, integrity, authentication, and non-repudiation of data and identity.

Biomedical
Biomedical sciences is an interdisciplinary field of scientific research where medical practitioners, engineering and clinical researchers work together to find cutting-edge innovative solutions for advanced medical care that leads to improved quality of life.
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