Symfony Profiler

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            "content": "<p>The question isnt whether quantum computers have an advantage over regular computers (they pretty much always do for code cracking as the parallel superposition computation is some crazy shit that changes cryptography forever) instead the question is whether or not AES-256 is able to resist our current quantum compute and how long it can do that.<\/p>\n<p>Its a simple equation, as long as it takes longer than the lifespan of the universe to compute with our most powerful supercomputers its considered good encryption. However as computers get more powerful, the projected time decreases potentially to the point of human lifespan time frames. Thats when it becomes a problem and the standard fails.<\/p>\n<p>Currently AES is quantum resistant but it almost certainly won\u2019t be forever. New standards are gonna need to be adopted at some point.<\/p>\n",
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                "content": "The question isnt whether quantum computers have an advantage over regular computers (they pretty much always do for code cracking as the parallel superposition computation is some crazy shit that changes cryptography forever) instead the question is whether or not AES-256 is able to resist our current quantum compute and how long it can do that.\n\n Its a simple equation, as long as it takes longer than the lifespan of the universe to compute with our most powerful supercomputers its considered good encryption. However as computers get more powerful, the projected time decreases potentially to the point of human lifespan time frames. Thats when it becomes a problem and the standard fails.\n\nCurrently AES is quantum resistant but it almost certainly won't be forever. New standards are gonna need to be adopted at some point.",
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