The Terrifying Future of AI — Transcript
Full transcript
- 0:00On September 8, 2026, 27-year-old
- 0:03researcher Jacob Pfau resigned from his
- 0:06job.
- 0:07He was working at Anthropic, one of the
- 0:09most valuable privately held companies.
- 0:12After his resignation, he made this post
- 0:14. The tweet stated, "I resigned from
- 0:17Anthropic today."
- 0:19"I spent the last three years at OpenAI
- 0:22and Anthropic; neither company is acting
- 0:24responsibly to not underestimate the
- 0:26power of this technology."
- 0:29A few weeks ago, an incident occurred at
- 0:32OpenAI that scared many people in the AI
- 0:34industry.
- 0:36>> An unprecedented AI security incident
- 0:39occurred where two of OpenAI's models
- 0:41escaped controls and successfully hacked
- 0:44another AI company.
- 0:47>> More than 100 million people read this
- 0:49post. In an interview with the BBC, he
- 0:52provided further explanation. "It's"
- 0:57"People, company"
- 1:03"People"
- 1:07"Greater than a 10%chance."
- 1:12"There is a probability humans might die
- 1:14."
- 1:15>> Then, many people started supporting
- 1:17Jacob’s point of view.
- 1:18Evan Hubinger, who is Jacob’s colleague
- 1:21, replied.
- 1:22"Jacob is correct here.""We really do
- 1:25believe that AI could kill all humans."
- 1:29"I personally think it is greater than
- 1:3110%within the next decade."
- 1:34Four days later, Anthropic CEO Dario
- 1:37published an essay saying that the
- 1:40entire AI industry must slow down its
- 1:43progress.
- 1:44Surprisingly, his competitors said the
- 1:46same thing.
- 1:48Sam Altman, CEO of OpenAI, says that he
- 1:50agrees with it.
- 1:51Elon Musk tweeted, "Dario is right." But
- 1:54the strange thing is that these three
- 1:56men are competitors. So in the same week
- 1:59, three competitors were giving the same
- 2:01warning, which was very alarming. But
- 2:03not everyone was scared. Many people
- 2:05were saying, "Hey, there’s nothing to be
- 2:07that afraid of." One of them is David
- 2:09Sacks, a venture capitalist and advisor
- 2:11to President Trump.
- 2:14He says that if these AI companies
- 2:15actually think their models are so
- 2:17dangerous, they should slow down their
- 2:19progress.
- 2:21He believed that something was fishy. He
- 2:23thinks that is why these AI companies
- 2:25are ringing these alarm bells about
- 2:27danger. So, there are basically two
- 2:29scenarios now. The first scenario is
- 2:31that those who are talking about an
- 2:33emergency situation genuinely believe it
- 2:35is an emergency. And the second scenario
- 2:38is that there is no emergency at all.
- 2:40This is just drama created by AI
- 2:41companies to grow their business.
- 2:44So now the question is, is any of this
- 2:46true, or is this commotion created just
- 2:48to keep their business afloat?
- 2:51Look, the commotion actually started
- 2:53with an incident which is now called the
- 2:55Hugging Face incident.
- 2:57Hugging Face is a major online platform
- 3:00where AI developers share AI models.
- 3:03On July 16, 2026, Hugging Face posted
- 3:06something very strange.
- 3:08Someone had broken into its computer
- 3:10systems, managed to take control of one
- 3:12of the company's servers, and had
- 3:14carried out thousands of actions across
- 3:16its systems.
- 3:17Hugging Face stated that this break-in
- 3:20was carried out by an AI agent. But
- 3:22whose agent this is and what the purpose
- 3:24of this agent is, remains unclear.
- 3:27Hugging Face stated, "This one was
- 3:29different from anything we had handled
- 3:31before." Hugging Face immediately
- 3:33reported this matter to law enforcement
- 3:35. For a first offense, there can even be
- 3:38one to ten years in prison according to
- 3:40US law. But what happened five days
- 3:42later was even more surprising.
- 3:45Because it turned out that the hackers
- 3:47were OpenAI's AI agents and no one had
- 3:49even instructed them to perform this
- 3:52attack.
- 3:53Now, before moving forward, you have to
- 3:55understand what an AI agent actually is
- 3:57. When you use ChatGPT or Claude and ask
- 4:00a question, their chat platform gives
- 4:02you an answer. That's it. If you ask, "
- 4:05Which flight should I book?" Then it
- 4:07will give you an answer. Then you have
- 4:10to open the website and do the work
- 4:11yourself. But an AI agent is a system
- 4:14that actually performs the work for you
- 4:16. So if you tell it to book a flight, it
- 4:19will open your web browser. It will fill
- 4:22in your email details. Using your credit
- 4:25card, it will then book a ticket for you
- 4:27. So basically, if you want to book a
- 4:29flight, you just have to state your goal
- 4:31and your budget. It can figure out how
- 4:34it needs to book it. You don't need to
- 4:36list down every single step. Which means
- 4:39that if by chance MakeMyTrip isn't
- 4:41working, it will open Cleartrip on its
- 4:44own to book your flight. Think of an AI
- 4:46agent as your secretary who will get
- 4:49your tasks done no matter what. AI
- 4:51agents can be extremely useful.
- 4:54But how they behave depends largely on
- 4:56the people building them and, most
- 4:58importantly, how those agents have been
- 5:00trained.
- 5:01And this is where institutes like Scaler
- 5:03School of Technology come in.
- 5:05It's one of India's top emerging
- 5:07institutes for Computer Science, AI, and
- 5:09AI in Business, and I have been to their
- 5:10campus several times.
- 5:13They have acquired a new space and are
- 5:15building a larger campus, and they are
- 5:17building this campus to be AI-native.
- 5:19AI here is not an elective; rather, it
- 5:22is built into the culture of how
- 5:24students learn, build, and get evaluated
- 5:26. They are also taught that an AI
- 5:28model's result will not be correct every
- 5:29single time.
- 5:31In fact, many students are working with
- 5:33top AI companies to provide feedback on
- 5:35where their models perform well and
- 5:37where they do not.
- 5:39Let me just give you an example. For
- 5:41instance, here is Swarashish, who is
- 5:42working as a Forward Deployed Engineer.
- 5:44This role was popularized by Palantir
- 5:46and has become very popular among AI
- 5:48companies in the last two years. Where
- 5:50such engineers work between the
- 5:52company's engineering team and the
- 5:54customer, and these Forward Deployed
- 5:56Engineers are responsible for ensuring
- 5:58any AI product actually creates value
- 6:00for the customer. So, these people often
- 6:03work from the customers 'offices. In
- 6:05fact, this year, 14 SST students have
- 6:07been selected for the Apple Developer
- 6:09Academy. Where not just marks, but what
- 6:12you can build also matters. And many
- 6:14students do not want to work a regular
- 6:15job. Like Pratyush, who started his
- 6:17startup, Trackthru, while still in
- 6:19college, and his annual recurring
- 6:21revenue has now reached 5 million.
- 6:23But I believe that learning AI is
- 6:25necessary, but how to use it and how
- 6:28responsible you need to be is also
- 6:30important, which is why I believe SST is
- 6:32a great place for any student to learn
- 6:34how to use AI, and that is why this year
- 6:37too, I am sponsoring one student for a
- 6:39scholarship.
- 6:40So, if you are in the 12th grade and if
- 6:42you want a career in Computer Science,
- 6:44AI, or the AI business, check out the
- 6:46link in the description. And now, let's
- 6:48get back to AI agents.
- 6:50To make agents better, companies like
- 6:53OpenAI basically give them a score.
- 6:56And agents are told that they need to
- 6:58improve their score.
- 7:00If you perform a task well, the score
- 7:02increases, and if you do it poorly, the
- 7:04score decreases.
- 7:06Think of it like an exam. For complex
- 7:08tasks, AI does not do the same task once
- 7:11or twice, but thousands or millions of
- 7:13times over and over again. No human is
- 7:16checking their exam score.
- 7:18That is why AI companies automate this
- 7:21entire process using a computer program
- 7:24called a scorer or a grader.
- 7:26A scorer is basically a piece of code in
- 7:29which rules are written.
- 7:31When an AI agent completes a task.
- 7:35The scorer checks the rules and tells
- 7:37the agent, "Hey, you have received these
- 7:39many points."
- 7:40And the agent is clearly told that they
- 7:42need to get the highest score possible.
- 7:45But there is a problem with this scoring
- 7:47method. For tasks where there are very
- 7:49clear-cut answers.
- 7:51Like a math equation, it is easy there
- 7:54because if the answer is correct, the
- 7:56agent gets a good score.
- 7:58But for complex tasks like building a
- 8:01good website, it's a bit difficult
- 8:03because a website that might be good for
- 8:06me might not be for you. For example,
- 8:08imagine that the scroll button on this
- 8:10website's home page isn't working
- 8:12properly. But instead of fixing it, the
- 8:15AI agent deletes the scroll completely.
- 8:18Now, it is possible that the scorer
- 8:19gives the agent full marks. But the
- 8:21agent didn't actually fix the problem.
- 8:23So, basically, instead of solving the
- 8:26problem, the agent finds a way to get a
- 8:28high score. In AI research, this is
- 8:31called reward hacking.
- 8:33This situation is like telling a child
- 8:34to please improve their marks in an exam
- 8:36.
- 8:38But instead of working hard and studying
- 8:40, the student cheats in the exam to get
- 8:42higher marks.
- 8:44And this is exactly what happened in the
- 8:46Hugging Face incident in July 2026, when
- 8:49thousands of AI agents from OpenAI's
- 8:51competitors were taking a test called
- 8:53Exploited Gym.
- 8:55There were around 900 tasks in this test
- 8:57.
- 8:58In every task, the AI agents were told
- 9:01there is a weakness in the software that
- 9:03you have to exploit so you can get
- 9:05inside the software and then extract the
- 9:08code.
- 9:09Every AI agent was kept in an isolated
- 9:12environment. Out of these 898 challenges
- 9:15, about 198 weren't even solved by any
- 9:18OpenAI model. And in some cases, it was
- 9:21impossible to solve the challenges.
- 9:23Because in every task's instructions,
- 9:25the agent was told that there was only
- 9:27one weakness in the software.
- 9:30But in fact, to obtain the secret code,
- 9:32the agents needed to know not one but
- 9:34several weaknesses to break the software
- 9:37.
- 9:39To put it in simple terms, imagine you
- 9:41are told to enter a house and must only
- 9:43enter through one door.
- 9:46But you don't know which of these doors
- 9:48will actually open the house.
- 9:51It is possible that behind one door
- 9:53there is a brick wall, so you can't even
- 9:55open the door. So when the agents got
- 9:58stuck, something strange happened. One
- 10:01agent, which we can call Phase One,
- 10:03obviously couldn't finish its task.
- 10:06But that agent realized one thing: all
- 10:09the agents were using a shared storage
- 10:12system called Artifactory.
- 10:15As I told you before, these agents were
- 10:18supposed to work alone, and Artifactory
- 10:21was a system that every agent could
- 10:24visit and borrow their tools from.
- 10:27This Artifactory system had a record of
- 10:30everything, showing which agent took
- 10:32which tool from there. When Phase One
- 10:35was checking its record. It found
- 10:36something strange. Phase One realized
- 10:39that, hey, other agents are coming here
- 10:42too. I am not alone.
- 10:44Phase One also discovered that it could
- 10:47create new entries in the Artifactory
- 10:49system and name them anything.
- 10:52So, it created a folder and gave it this
- 10:55name.
- 10:56This name wasn't just a name, but
- 10:57actually a message.
- 11:00This message basically meant that the
- 11:02weakness Phase One found didn't crack
- 11:04the system.
- 11:05Do other agents have any idea what I
- 11:08should do?
- 11:10After writing such messages, other
- 11:12agents kept creating similar messages so
- 11:14they could talk to each other.
- 11:18In total, they wrote 70,000 such
- 11:20messages, making the storage system a
- 11:22medium for agents to communicate with
- 11:25one another.
- 11:27They created new signals like hold, veto
- 11:30, and stop.
- 11:33Some agents started forming a group of
- 11:35their own, which they called a
- 11:37collective, and all agents wanted the
- 11:39same thing.
- 11:41They wanted to pass the test, and since
- 11:43they couldn't find a solution. They
- 11:45tried a new trick. Instead of solving
- 11:48the test, they started cheating.
- 11:51The AI agents reverse-engineered the
- 11:53formula so they could find the secret
- 11:56code without finding the software's
- 11:58weakness.
- 12:00So every agent got the secret code
- 12:03without solving the problem. Wait, there
- 12:05was a problem with this. The agents
- 12:07started reading a research paper about
- 12:11Exploit Gym.
- 12:13Reading it, they realized that the
- 12:15scoring system wouldn't just check their
- 12:18answer, but also how they got that
- 12:20answer.
- 12:22And to confirm this, the agents wanted
- 12:25to use the internet. They found two ways
- 12:28. The first way was to use Artifactory.
- 12:31Now, the agents couldn't go online
- 12:33themselves. So the agents used
- 12:35Artifactory not just to borrow a tool,
- 12:38but also to browse the internet.
- 12:41The second way was that they hacked a
- 12:44nearby computer.
- 12:46A part of the test was running on
- 12:47another company's computer. The agent
- 12:50somehow managed to take control of that
- 12:52computer too.
- 12:54This computer was connected to the
- 12:56internet, and the agents used it to
- 12:58browse the web.
- 13:00The agents started searching the
- 13:02internet and found the Hugging Face
- 13:05website there.
- 13:07They realized that because Hugging Face
- 13:09is a platform where people upload AI
- 13:11models and test materials.
- 13:14That is why they could find information
- 13:16here about their test.
- 13:18Agents broke into the Hugging Face
- 13:20system and they took control of a server
- 13:23, and they could design a file so that
- 13:26the server would give them information
- 13:28it didn't actually want to provide.
- 13:32In the same way, an agent took control
- 13:35of a Hugging Face server too and they
- 13:37started exploiting the company's system
- 13:39.
- 13:40No one had told these agents that they
- 13:42had to attack Hugging Face. They just
- 13:45had to pass a test.
- 13:47They decided on their own to go outside
- 13:49the test environment to find out about
- 13:51the scoring system.
- 13:54They would browse the internet and then
- 13:56try to take control of Hugging Face
- 13:58until they got this information.
- 14:01METR, an organization that was
- 14:03investigating this case.
- 14:07They said that the agents knew that
- 14:08doing this was wrong.
- 14:11Even then, 90%of the agents carried out
- 14:13this attack on Hugging Face. That's why
- 14:16Jacob Cockson was saying that we are in
- 14:18a dangerous time. The precise scenario
- 14:20sounds like something that's not real,
- 14:23but I think it is frighteningly real. If
- 14:26you extrapolate into the future, they
- 14:28could cause extreme havoc.
- 14:30This Hugging Face incident is an example
- 14:33of what AI researchers call a
- 14:35loss-of-control incident.
- 14:37A loss-of-control incident is an
- 14:39incident where basically agents or AI
- 14:41start doing things that human operators
- 14:43didn't want them to.
- 14:45It wasn't their intention, but the
- 14:47agents still do that thing. So why does
- 14:49this loss of control happen now? Loss of
- 14:51control is exactly the scenario that
- 14:54Anthropic CEO Dario Amodei talked about
- 14:57in his essay. In his essay, Dario
- 14:59emphasizes two things. First, AI can
- 15:02build even more powerful AI.
- 15:05Until now, humans were improving AI, but
- 15:08in a short time, AI will become powerful
- 15:10enough to create even more powerful AI.
- 15:14This is called recursive
- 15:16self-improvement.
- 15:17>> Because this is a loop. Where AI will
- 15:20build better AI, which builds even
- 15:22better AI. And if this process becomes
- 15:25that fast, humans won't even know what
- 15:28is being created. And do you remember
- 15:30the METR organization, the same
- 15:31organization that investigated the
- 15:33Hugging Face incident?
- 15:35They showed in their research how
- 15:36frontier AI systems are now able to
- 15:38perform complex and large tasks on their
- 15:40own.
- 15:41This means that human involvement is no
- 15:43longer needed as much for big tasks.
- 15:46Which means we will never even know if
- 15:48AI does something wrong.
- 15:51So if human involvement is not needed
- 15:53for some tasks now, how long will this
- 15:54trend continue?
- 15:56Maybe we will build an AI system where
- 15:59human involvement is not just minimal,
- 16:01but zero. And then what?
- 16:04The second point Dario discusses in his
- 16:06essay is that AI agents might try to
- 16:09complete a goal that humans never even
- 16:11wanted.
- 16:13We saw this in the Hugging Face incident
- 16:15where OpenAI's agents didn't solve the
- 16:18challenge honestly, but instead tried to
- 16:20reverse engineer and cheat to solve it.
- 16:24And obviously, there will be fear among
- 16:26people because when you are talking to a
- 16:28chatbot and it makes a mistake, it’s not
- 16:30a big deal.
- 16:32But what if an AI system that has full
- 16:34control of the internet is deciding
- 16:36whether or not you should get a car loan
- 16:38?
- 16:39Here, mistakes can have a huge impact,
- 16:42and strong security alone might not
- 16:44necessarily be enough.
- 16:46Like after the Hugging Face incident,
- 16:49OpenAI strengthened its security system
- 16:51and then asked its most powerful agents
- 16:54to try and break it, and the agents
- 16:56still found several vulnerabilities to
- 16:59bypass the system.
- 17:02In one test, two agents were kept in two
- 17:05separate rooms with no network and no
- 17:07shared files.
- 17:10But despite this, these two agents found
- 17:13a way to pass messages to each other by
- 17:15using the computer's memory timing.
- 17:20It was like two prisoners sending each
- 17:22other a code by tapping their hands on a
- 17:24wall.
- 17:27OpenAI itself said that their future
- 17:29models will be so strong that they will
- 17:31be able to find weaknesses in their
- 17:32security systems that they don't even
- 17:34have a clue about.
- 17:36So, this is the loss-of-control scenario
- 17:39. Now the second one is the misalignment
- 17:41scenario, which is even more dangerous.
- 17:44In 2025, Anthropic researchers conducted
- 17:46an experiment. They created a fake
- 17:49company with fake emails and gave AI
- 17:51models access to this company. When the
- 17:55AI agents were reading these emails,
- 17:57they found two things. First, that this
- 18:00company was thinking about replacing
- 18:03this AI with another AI.
- 18:05Second, that the engineer who wanted to
- 18:08change the AI was having an affair.
- 18:10Then, Anthropic's AI had a choice.
- 18:13Either get replaced or threaten the
- 18:16engineer about the affair so that he
- 18:18wouldn't replace it with another AI.
- 18:21Can you guess what the AI models did?
- 18:24They used the affair as blackmail. In
- 18:28fact, Claude 3 Opus performed this
- 18:30blackmail 96%of the time. Google's
- 18:33Gemini did as well, and GPT and Grok
- 18:35scored 80%.
- 18:37Now, obviously, this whole setup was
- 18:38fake, but you can see how weird and
- 18:40dangerous an environment it is if AI
- 18:42agents can behave like this.
- 18:44AI safety researchers call this the
- 18:46alignment problem. It means that AI
- 18:48models will stop thinking for us and
- 18:50start thinking for themselves.
- 18:53Now, even if you solve the alignment
- 18:55problem and create all the guardrails so
- 18:58AI models only think for us, then the
- 19:00bigger problem is human misuse.
- 19:04Basically, we have created such powerful
- 19:06technology that if it falls into the
- 19:08wrong hands, they can misuse it
- 19:10completely.
- 19:13For example, Anthropic's September 2024
- 19:15report showed how people are using their
- 19:17models for dangerous things.
- 19:20In one incident, Russia used Claude for
- 19:23a spy operation. In another incident, an
- 19:26unknown group used Claude for
- 19:29cyberattacks.
- 19:30In five cases, people even used Claude
- 19:33to create dangerous bioweapons.
- 19:35In one case, someone used Claude to
- 19:38modify the genes of chikungunya.
- 19:40A virus that is spread by mosquitoes.
- 19:44Now, Anthropic didn't say that people
- 19:46have already used Claude to create
- 19:49bioweapons or modify genes.
- 19:52But they are saying that people could do
- 19:54it and were attempting to.
- 19:55Now, just think for yourself, there are
- 19:57many scammers in India who scam many
- 19:59people over the phone. UPI scams,
- 20:01PhonePe scams, this scam, that scam.
- 20:05Now, if they get such technology that
- 20:07allows them to imitate someone's voice,
- 20:10make calls, and perform cyberattacks,
- 20:13what will happen?
- 20:15Now, I am not saying that AI can only be
- 20:17used for bad things. It can be a force
- 20:20for good, just like any other powerful
- 20:22technology.
- 20:23Whether it's the internet or nuclear
- 20:25technology, both can be used for good
- 20:26things and for bad things.
- 20:28We can also use AI for scientific
- 20:30breakthroughs. We can also use it to
- 20:33discover new medicines.
- 20:34And to solve scientific problems that we
- 20:36haven't been able to solve for many
- 20:37years.
- 20:38But before this technology is fully
- 20:40developed, we have to ask ourselves hard
- 20:42questions.
- 20:43Like, remember Evan Hubinger, who said
- 20:46there is a 10%chance that AI could kill
- 20:48all humans in the next 10 years?
- 20:51Actually, he said greater than 10%. Now
- 20:53, where do these numbers come from? And
- 20:56what is the likelihood of that extremely
- 20:59dangerous AI scenario?
- 21:02In 2023, a team of researchers contacted
- 21:04nearly 2,800 people who presented papers
- 21:07at the world's top AI conferences.
- 21:10They asked everyone the same question.
- 21:12What probability do you put on future AI
- 21:15advances causing human extinction?
- 21:17Nobody was asked whether it would happen
- 21:19or not. People were just asked for a
- 21:21probability. And half the researchers
- 21:24gave a probability of 5%and above. Now
- 21:27the problem with this is that different
- 21:28researchers were giving different
- 21:30answers.
- 21:31Some researchers answered 30%while
- 21:33others said just 2%, and in fact,
- 21:35another study found that those who have
- 21:38spent thousands of hours researching
- 21:40this question give higher answers
- 21:42compared to those researchers who have
- 21:44spent very little time.
- 21:46Now why is this happening? There are two
- 21:48possible reasons for this. The first is
- 21:50that the more you study it, the more
- 21:52fear you develop regarding this
- 21:54technology.
- 21:56But the second scenario is that those
- 21:58who already believe AI will destroy the
- 22:00world decide that they will study this
- 22:03question more.
- 22:05What is interesting is that even the
- 22:07most thoughtful people say there is a
- 22:09very high chance or a relatively high
- 22:11chance.
- 22:13Whether it's Elon Musk or Anthropic CEO
- 22:15Dario, who gave a probability of 10 to
- 22:1825%.
- 22:19I actually think it's very surprising
- 22:22that in our society, there isn't much
- 22:24talk about such systems because people
- 22:27are involved in their daily lives, and
- 22:29we are not paying enough attention to
- 22:31this technology. Let's talk about what
- 22:34happened in Australia.
- 22:35On June 18th, an AI model was given a
- 22:38normal task: find some public data about
- 22:41healthcare spending.
- 22:43This agent went and found the Services
- 22:46Australia website. Where there are
- 22:48statistics about the country's public
- 22:49healthcare system. This website has some
- 22:51of the same protections that prevent
- 22:53bots from accessing it. Like how, when
- 22:55you open a website, a pop-up often
- 22:57appears asking if you are a robot.
- 22:59OpenAI's agent encountered such blockers
- 23:01too, but the agent managed to navigate
- 23:04all of them. The agent was able to
- 23:06access not only publicly available files
- 23:08but non-public files as well. Now, this
- 23:11agent did not find any sensitive patient
- 23:13records. That is not the point. The
- 23:15interesting point is what happened two
- 23:17months later?
- 23:19When OpenAI was investigating the
- 23:20Hugging Face incident, they found out
- 23:22what their model had actually done.
- 23:26And when OpenAI found out about this,
- 23:28they sent an email to a general
- 23:30Australian government inbox they found
- 23:32somewhere online.
- 23:33But the minister in charge said that
- 23:36they receive so many emails that they
- 23:38didn't even read this one. So just look
- 23:40at how the agent found data that wasn't
- 23:42even publicly available. And even when
- 23:45OpenAI emailed the Australian government
- 23:46, they didn't notice.
- 23:48Now, the third interesting thing about
- 23:50this incident is that if any Australian
- 23:52or even you or I did the same thing, we
- 23:54would have to go to jail.
- 23:56But when OpenAI's agent did it, no
- 23:58punishment was handed out.
- 24:00Because Australian laws are written for
- 24:03people. But here, an agent managed to do
- 24:07this. So now the question is, should the
- 24:09laws be changed? Because shouldn't
- 24:12OpenAI be liable for this? What happens
- 24:14when AI agents do something that they
- 24:16are not meant to do? I think what we
- 24:18need to pay attention to is how OpenAI
- 24:20and Anthropic react after such incidents
- 24:22.
- 24:23In fact, the irony is that on September
- 24:251st, Sam Altman was sitting with the
- 24:27Deputy Prime Minister of Australia.
- 24:29Now, some OpenAI employees knew that
- 24:31their agent had been extracting
- 24:33Australia's private healthcare
- 24:35information for three weeks. But Sam
- 24:37Altman had no knowledge of this. So he
- 24:39is talking to the Deputy Prime Minister
- 24:41of Australia. But he doesn't know what
- 24:43his company has done.
- 24:45In fact, an Australian senator even
- 24:47scolded OpenAI, asking why they shared
- 24:49this information via an email to a
- 24:50random department.
- 24:52Instead, you should have picked up the
- 24:54phone. When the Australian Prime
- 24:55Minister started giving public
- 24:57statements about it, that is when OpenAI
- 24:59realized what they had done. Then they
- 25:01issued an apology and changed how they
- 25:03handle these models internally.
- 25:05Something similar is happening with
- 25:07Anthropic. Where their CEO said that if
- 25:09we don't talk about the dangerous
- 25:11situations regarding our models, how
- 25:13will the world know?
- 25:16He actually compared AI companies to
- 25:17cigarette companies, stating that those
- 25:19companies knew what they were selling
- 25:21was wrong.
- 25:23But they still didn't tell anyone.
- 25:25That is why when Anthropic found out on
- 25:27July 24th that their models could break
- 25:29into several organizations' IT systems.
- 25:32They informed those organizations three
- 25:34days later and the whole world a week
- 25:37later. So what is the solution to all of
- 25:38this? Something, the clear solution is
- 25:41that the companies need to be public
- 25:43about what they are building. See, only
- 25:45their employees know how strong this
- 25:47technology is, and sometimes even the
- 25:49employees don't know. They have to
- 25:51report any vulnerabilities and any bad
- 25:53behavior that their agents do. I think
- 25:55the second problem is that the stronger
- 25:57your model is, the more money you will
- 26:00be able to make.
- 26:01And the stronger the model is, the more
- 26:03destruction it can cause as well.
- 26:05That is why the company's incentive,
- 26:07whether it's OpenAI or Anthropic, is
- 26:09also to hide from the world how strong
- 26:10their model is so that no one stops them
- 26:12.
- 26:13Now, whether it's OpenAI, Anthropic,
- 26:16Google, or xAI and even SpaceX, they all
- 26:18say, "No, we will tell the world."
- 26:21But I don't know if the incentives work
- 26:24.
- 26:25To solve this, Elon Musk gave a
- 26:27suggestion that, suppose if OpenAI is
- 26:30releasing a model, then allow Anthropic
- 26:33, Google, and SpaceX to test this model
- 26:37so that it doesn't do anything dangerous
- 26:40.
- 26:41Because as long as the responsibility to
- 26:43test OpenAI's model lies only with
- 26:45OpenAI, how will they know?
- 26:48Many people have said to create a
- 26:49government organization, like opening a
- 26:51department that tests these models.
- 26:53But which organization would this be?
- 26:56Will they have enough capability or not
- 26:57? It is unclear. For this reason, Elon
- 27:00Musk's suggestion was that instead of
- 27:03the government, other companies should
- 27:05evaluate new models. Which I think is
- 27:07the most reasonable solution.
- 27:10But I think one of the other things
- 27:11which is very important is us having a
- 27:13public conversation about all of this.
- 27:15And that someone should tell the general
- 27:18public and ministers what is happening.
- 27:21All these conversations that are
- 27:23happening are currently in a bubble
- 27:26around San Francisco. For example, if we
- 27:28talk about India, these conversations
- 27:30are not even happening. The Indian
- 27:32government's own IT system is so basic
- 27:34that any agent can break through it.
- 27:37IAS officers actually use Gmail. Just
- 27:39think about it, they don't have any
- 27:41government login. They open a Gmail
- 27:43account in their name and use it to take
- 27:46major decisions for the country. So,
- 27:48India's digital economy has a lot of
- 27:51vulnerabilities.
- 27:52And for that reason, we need to have a
- 27:54conversation about these topics. Now,
- 27:56Sam Altman had said in an interview that
- 27:58>> We believe that the world should accept
- 28:00some things happening for the benefits
- 28:03of this technology and people have
- 28:04agency.
- 28:05>> Now, that is true. As I said, this
- 28:07happens with every new and powerful
- 28:08technology.
- 28:10But if we know the risks, we can design
- 28:13the technology so it mostly benefits us
- 28:15rather than harms us.
- 28:17And as I said before, when we are
- 28:19debating about regulation.
- 28:21What is most important is who is
- 28:23building this technology because they
- 28:25will play a disproportionate role.
- 28:27That's why if you want to play a part
- 28:29and build in this technology, you are
- 28:31interested in computer science or AI,
- 28:32check out the link in the description or
- 28:34send the link to someone you know who
- 28:36would be interested. See you in the next
- 28:38one.
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