#Quantum #computing is developing faster than expected – and with all the new possibilities, new threats are of course also emerging – the best example here is #cybersecurity. Of course, quantum computing can help to analyse and evaluate very large amounts of data much faster than before and thus detect anomalies in complex networks more quickly, and quantum-resistant encryption algorithms can also be developed. On the other hand, however, the risks to cybersecurity are already considerable: the #NSA, for example, is already collecting masses of encrypted data records that are currently not yet decipherable, but will be in the coming years with quantum computing technology. And this danger must be taken very seriously: While today’s quantum computers are not powerful enough to pose an immediate threat, theoretical advancements and rapid hardware development suggest that this capability could become a reality within the next decade or possibly even at the end of this decade. Consequently, the global cryptographic community is actively working on developing quantum-resistant encryption algorithms to safeguard against this future challenge. Governments and companies are actively preparing for this era through a combination of research, development, and standardization efforts. Governments are investing heavily in research to develop and evaluate quantum-resistant algorithms, with the goal of selecting and standardizing the most secure and efficient options, for example in the United States. While quantum computing is still in its early stages, its potential to transform various aspects of our lives is undeniable. While it’s difficult to predict exact timelines, experts anticipate that quantum computing could become more integrated into our daily lives within the next decade. However, it’s important to note that the widespread adoption of quantum computing will likely occur gradually and not in one step, so that it might be integrated into some technologies firstly, such as #AI. I spoke about the benefits and risks of quantum computing in an interview with TRT World.