Recent advancements in quantum-resistant computing have brought about algorithms capable of withstanding the immense power of quantum computers, which pose a significant threat to traditional cryptographic methods. As quantum computing continues to progress, current encryption techniques will become vulnerable, making the adoption of quantum-resistant cryptography critical for data protection on both cloud and non-cloud platforms. There is a potential risk of malicious actors intercepting and storing encrypted data in anticipation of decrypting it once quantum computing capabilities are fully realized.
NIST encryption
The Office of the Director of National Intelligence foresees widespread availability of quantum computing within the next five to six years. While quantum computing presents risks, it also has the potential to greatly enhance artificial intelligence capabilities by speeding up data processing and enabling more complex mathematical calculations.
This convergence could lead to significant advancements in various fields such as pharmaceuticals, climate modeling, and supply chain logistics. Nonetheless, it also brings about new threats as cyberattacks become more sophisticated and scalable. For instance, generative AI can be used maliciously to create convincing phishing attempts, deep fake media, and highly targeted social engineering attacks. AI tools can also automate vulnerability detection and exploit execution, expanding the range of cyber threats.
