Quantum computing: Red alarm level for cyber security threatens!
Quantum computing: Red alarm level for cyber security threatens!
In the exciting world of technology, quantum computing offers both great opportunities and serious challenges, especially in the field of cybersecurity. The Capgemini Research Institute presented in his latest report. Quantum computing as the greatest threat to your security in the next three to five years. You can say that there is a lot of things!
The worrying term "Q-Day"-the moment when quantum computers are able to crack current cryptographic algorithms. Six out of ten "early adopters" of quantity -safe technologies believe that this day will occur within five to ten years. This prediction shows that companies are high pressure on the ball to prepare themselves for the upcoming challenges.
threats from quantum computing
The challenges are not just theoretical nature. According to reports like
The dangers are so real that Blackrock emphasizes the risks of quantum computing for cryptographic algorithms in an application for a Bitcoin ETF. A terrifying estimate comes from Quantum Defen5e, which may expect Q-Day in 2025. Fast changes are required to protect important digital assets, because around 4 million BTC could be in danger at Bitcoin!
regulatory requirements and measures
The challenges of quantum computing should not be underestimated, and many organizations are still unprepared. According to Capgemini , the risks are underestimated to lead to data injuries and high regulatory penalties. In order to counteract this, 70% of companies are already relying on post-quantum cryptographic (PQC) algorithms and 70% of those surveyed state that regulatory requirements offer a significant incentive for the transition to PQC
It is also important to mention that 30% of the organizations surveyed ignore the threat from quantum computing. This could have long -term devastating consequences, because the simple adjustment to quantum cryptography requires time, budget and qualified staff. According to current estimates, the switch to post-quantum-proof systems for Bitcoin could take up to 300 days-a considerable period of time, especially if you consider the pressing dangers!
technological developments and outlook
With a rapid progress, quantum computers breathe new growth impulses in the technology industry. Leading companies such as IBM and Google are driving development. For example, IBM presented a 127-qubit quantum computer in 2021, and researchers predict that quantum computers with 1 million quBITs could soon be a reality. However, this record performance also carries immense risks. As experts note, hackers could soon access these technologies, which makes the situation even more complicated.
Clarifying the relevance is crucial: quantum computers based on state probabilities can not only simply provide more computing power, they can also crack conventional encryption methods such as asymmetrical encryption with ease. "Harvest Now, Decrypt Later" attacks are no longer a theory here; You already take place in the digital world. Sensitive data such as medical records or financial transactions are on the list of attackers.
With this explosive development in quantum computing, companies and users face the urgent need to take measures to secure their data. It remains exciting to observe how these technologies will develop and what innovative solutions the companies will implement in order to prepare themselves against these state -of -the -art threats.| Details | |
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