Assoc. Prof. Dr. Ali Furkan Kamanlı, Director of the Artificial Intelligence and Data Science Research Center at Sakarya University of Applied Sciences, spoke about data security and national technology development strategies in the quantum age. Kamanlı said the following:
The reason it comes back to national security is actually that quantum computing can expose places we consider very secure—or that we constantly protect together—and that there are ciphers that, through a number of operations we cannot even imagine, can be cracked in some way, even if not entirely accurately. From this perspective, in this era where artificial intelligence—specifically products operating at the frontiers—is on the rise, there will be a need for everything to become secure in and of itself. For example, our “drone” works wonderfully. A small “drone” that we say can fly within the city must not be susceptible to having its encryption cracked so easily that it could be brought down somewhere. There are actually many examples like this for us. That’s why, alongside our existing technologies, we need to develop quantum technologies to counter quantum threats. This is one of the most critical issues for us. That’s why, alongside every national technology, we must also develop a system to protect it using the latest chip technology. In fact, quantum technology inherently encompasses both the “white” and “black” sides, so to speak.
The Impact of Quantum Technology on National Security
Quantum technology is recognized as one of today’s most significant scientific and technological advancements. This technology is of great importance, particularly in terms of national security. Because quantum computers possess computational capabilities far beyond those of classical computers, they pose a threat to existing encryption methods. This situation requires countries to reevaluate their national security strategies. Understanding the impact of quantum technology on national security is critical for determining the steps to be taken in this area.
The Power of Quantum Computers
Unlike classical computers, quantum computers perform computations using quantum bits (qubits). This allows them to perform multiple operations simultaneously. This capability increases the potential for quantum computers to break existing encryption methods. This could pose a serious threat, particularly in terms of protecting military and state secrets.
Artificial Intelligence and Quantum Technology
Artificial intelligence is currently being used in many fields and is pushing the boundaries. When combined with quantum technology, the processing capacity and speed of artificial intelligence could increase even further. This could give rise to new opportunities and threats in terms of both cybersecurity and military operations. The integration of artificial intelligence and quantum technology requires a reevaluation of national security strategies.
Drone Technology and Security
Drone technology is widely used in both military and civilian applications. However, the security of these devices could be compromised by quantum technology. If a drone’s control systems were to be hijacked by quantum computers, it could lead to serious security vulnerabilities. Therefore, it is important to develop quantum-resistant systems to ensure the security of drone technology.
Quantum Encryption Methods
Quantum encryption methods are being developed to counter the threats posed by quantum technology. These methods are designed to be resistant to the cracking capabilities of quantum computers. Quantum encryption is of critical importance, particularly for the security of government and military communications.
Chip Technology and Quantum Security
Next-generation chip technologies are being developed to ensure quantum security. These chips are designed to be resistant to threats posed by quantum computers. The use of such chips in domestic technologies minimizes security vulnerabilities and enhances national security.
The Future of Quantum Technology
Quantum technology will become even more widespread in the future and will revolutionize many fields. However, while recognizing the opportunities this technology brings, we must also be aware of the threats it poses. From a national security perspective, being prepared for the risks posed by quantum technology and investing in this field are of vital importance for countries’ future security strategies.
Quantum technology presents both opportunities and threats in terms of national security. While the processing power of quantum computers poses a threat to existing encryption methods, quantum encryption methods offer a solution to these threats. When artificial intelligence and drone technologies are combined with quantum technology, they can create new security vulnerabilities and opportunities. Therefore, national security strategies must adapt to the changes brought about by quantum technology. In the future, as quantum technology becomes even more widespread, investments and developments in this field will shape countries’ security policies.
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