The Future of Cybersecurity & Technology in the Quantum Era

<p dir="ltr">Quantum computing will revolutionize computational technology. Due to their unique properties, quantum computers will be able to solve certain problems in a small fraction of the time it would take today's fastest super computers. This paper introduces “Peele’s Law,” which predicts that quantum computing power will double on average every 3.5 months. Following this trajectory, we predict million-qubit quantum computers will arrive in February, 2028, marking the beginning of the Quantum Era.</p><p dir="ltr">The imminent arrival of quantum computers poses a threat to current cybersecurity infrastructure. Widely used encryption algorithms will be broken by quantum enhanced decryption techniques, making them obsolete for cybersecurity. Despite the National Institute of Standard and Technology (NIST) recommending several quantum safe encryption algorithms, only a small percentage of organizations have implemented quantum safe security.</p><p dir="ltr">Post-quantum cybersecurity solutions are evolving alongside the threats. This report will discuss the current state of quantum computers, the effect of quantum computing on cybersecurity, how quantum computing will transform artificial intelligence, and the ethical considerations of quantum computers. To address this wide range of impacts, organizations must begin immediate preparation for the quantum era through proactive adoption of quantum enhanced security measures.</p>