yeah i think you might be confusing the initial âtestingâ vs âmonitoringâ all medicines have to complete clinical trials with non-human subjects, and then human volunteers before they make it to the public, Covid included. the CDC continues monitoring for side effects years later, but the safety testing is complete.
The alleged Supreme Court. They donât look very supreme. I hope yall are getting the general idea where itâs not partisan, just if you donât see it with your own eyes, we canât confirm itâs real. If all they are showing us is a bunch of people who look less competent than people weâve actually encountered, itâs likely just a big theatrical production. Also they can deepfake stuff now. Trust the people you see in real life more than the dystopian titled people only shown on TV and phones.
Im in that field and quantum computers arenât at that point, we still have a few years. LLMs are also not at all able to hack voting machines⌠what are you talking about? paper-only disenfranchises voters and still has the issue of human error. voting machines also have PAPER audit trails for each voter
If anyone could break modern encryption with a quantum computer today, the government would be in serious trouble. All top secret information would be leaked, basically every password would be compromised, and everyoneâs crypto wallets would be drained. Quantum computers havenât reached that point yet
Iâm saying the reasoning behind âBrave New World.â On the slow release of technology as to not disrupt societal balance was a sound concept. The internet was a good example of an absolute failure when released to the public. When it was only Cold War military comms, people were professional, it functioned, when released to the public and weaponized for âsocial engineeringâ by private corporations, we got furries, tablet kids, and âmisinformationâ
iâll admit I donât look into quantum computing very much, but thatâs because I know itâs still in its infancy. thank you for sharing. Weâre still making breakthroughs on the necessary hardware, let alone the software. a massive hack of our voting systems is still a long ways away, and if the government is developing the tech to destroy votingâs security, theyâre undoubtably investing in resecuring it
the only way quantum computing ruins voting security (and ALL other digital security due to its nature) is through incompetence. And security measure to replace the ones rendered obsolete by QCs is already being developed if QAs are already at that point (they arenât, the tech is still in its infancy as a whole) then we have FAR bigger issues than voting machines. all of our nationâs government data could be harvested in seconds.
Youâre right. Letâs put it all back on paper to avoid that. Trust only what our own eyes show us. And not create unnecessary avenues to be hacked/hypnotized by screens. Those two weeks when auburn argued Osama Bin Ladin was a good dude because TikTok said so, were weird enough.
you want the entire US government to return to paper documentation and auditing? yeah, iâm sure that will happen overnight and not slow down efficiency at all. weâre in a digital age. this suggestion is impossible to realistically achieve. when quantum computing improves, the governmentâs systems will move to it to so they arenât at risk. they havenât yet, meaning QC hasnât reached anywhere near that point.
Iâm unaware of Auburn has an ARL lab, but if it does have an ARL program, they can likely elaborate on the projects universities do for the military industrial complex. Actually, as I type this I remember with a convo with a coworker who was doing a thing for them with satellites so, there are Auburn students spun up on many of their programs.
The encryption updates would usually come through FIPS (Federal Information Processing Standards â basically all software the federal gov runs has to have this mode switched on). NIST only recently established post-quantum encryption standards so they may end up in FIPS at some point. But thatâs not why the Palantir guys are there đŹ better encryption doesnât make us more lethal and efficient as much as AI-powered surveillance and identification of targets
i do not know enough about the tech to give you a good answer, but people more knowledgeable than me estimate viable machines wonât even be created until 2030. again, the tech is still in its infancy. by the time the tech is viable, our government will have to start implementing it for encryption and security purposes. to not would be incompetent and the biggest risk to national security in history.
You are not wrong, I was just arguing the competency point on that one. âCriticalâ infrastructure, defense and manufacturing systems (blanking on the technical name rn but got hacked a bit ago through struxnet) are being updated as well even if they have no government ties, because modernizing your encryption standards is normal practice.
Well, if any nation has the raw resources, manpower, and infrastructure to accomplish a solution in that ballpark by 2030, itâs America. Godspeed to you and your coworkers. Please donât get distracted or hypnotized by the political theatrics distracting the masses. Deepfakes are getting better at what seems to be a parabolic rate.
if we get QCs before security is updated, we can expect essentially a total technological blackout. Everyoneâs social media and banking accounts will be breached, government secrets leaked to every country on earth. Sites and services will blackout en masse as they are taken down in record time. I really hope it doesnât come to that.
Identity theft will likely be big. Anyone with a photo of you can make an ID with their photo or ID swapped. There are no national databanks of whoâs photo matches what name exactly save maybe NCICs, even that last time I had my stuff ran had maybe seven blatantly wrong points of data it said it was 100% confident on. (Former emails, phone numbers, addresses)
Yeah the issues with physical counterfeiting come down to manufacturing, and there are regulations like printers being unable to copy most bills, which helps with that. Itâs the digital currency that could be subject to what Iâd more call forgery, like NFTâs but Iâm far from informed on the nitty gritty of blockchain, so thatâs pure speculation.
well an NFT is just a receipt saying you have âownershipâ of data located on a server somewhere, and I donât think anyone has interest in counterfeiting a Bored Ape. counterfeit crypto is also no more practical with an LLM, and iâm not sure if itâs practical at all. A crypto miner would still be a better investment
Had a friend who will not be named yeaaaars ago, able to scan a QR code on the back of any ID, decrypt and use the code to make his own IDs. Guy was a genius. Go figure, he works for the govt now through one of those military industrial companies. This was before AI or QC was even being discussed.
Yeah itâs essentially just a fancy barcode, it was still impressive he managed to do it with what I can only assume was some GitHub code and photoshop. These werenât CAC cards, reserve units just used micro print. Itâs more of an optics and hardware challenge than modern encryption.
itâs not a challenge⌠a QR code needs to be scannable because thatâs its purpose. Once scanned you already have all the data it contains, and can run it through a public and standardized algorithm to recreate it. I think the biggest struggle would be funds for the printer used to create new plastic cards, but actually copying the ID is a breeze.