WEBVTT

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If you don't change how you structure your work,

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AI just amplifies your sloppiness. Wow. I read

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that this morning and I had to put my coffee

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down. It felt less like tech advice and more

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like a personal attack. It's pretty aggressive,

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isn't it? But honestly, for 2026, it's the reality

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check I think a lot of us need. It is. Welcome

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back to the deep dive. It's Friday, January 23rd.

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Today we are. We're slowing things down. We're

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not talking about the newest apps. No new gadgets.

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No. We're looking at the invisible layer, the

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psychology of how we actually talk to these new

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kinds of intelligence. We're deconstructing a

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piece called AI problem solving, systems for

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reliable intelligence. Which is, you know, a

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very dry title for what is basically a manual

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on how to stop messing around with these tools.

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Right. And it feels like the timing is perfect.

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For the past few years, it's been all about experimenting,

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just, you know, throwing stuff at the wall. The

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let's see what happens phase. Exactly. But the

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whole idea here is that phase is over. It's time

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to build systems or you're just going to get

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buried in your own mess. That's the great divergence

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we're seeing. People who treat AI like a magic

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eight ball and people who treat it like an engineering

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problem. So here's the plan for today. First,

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we're going to dismantle that search box idea

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why that blinking cursor is actually a trap.

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Then we'll get into reliability, things like

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grounding. And the I don't know rule, which is

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way harder than it sounds. Then there's the LLM

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council. Sounds very grand. Very sci -fi. It

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does. We'll talk orchestration versus agents,

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and then spend some real time on a term I love,

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vibe coding. My favorite. It's a real shift in

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how we think. And finally, we'll talk about the

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last human bottleneck, things like judgment and

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curation. So let's start at the beginning, the

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search box trap. OK. The source argues our biggest

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problem is just. muscle memory. It's cognitive

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inertia. I mean, think about it. For what, 30

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years, the entire internet era, we've been trained

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to do one thing. You have a question? You type

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it in a box, you hit enter, and Google or whatever

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finds a list of answers that already exist. It's

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a retrieval task. You're a librarian, and you're

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just fetching a book from a shelf. The answer

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is already out there. Precisely. But here's the

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fundamental breakdown. An LLM is not a librarian.

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It's a poet. It's a poet. It's a generator. When

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you type in a prompt, it is not looking up an

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answer. It is calculating the most probable next

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word. So if I treat a generator like a retriever?

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You get hallucinations. You're asking a probability

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engine to act like a database. And because it's

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designed to be helpful, it will just confidently

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lie to you. It fills the gaps with noise that

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sounds plausible. And in a professional setting,

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legal medical, that's a huge liability. It's

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just dangerous. If your input is vague, if you

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just kind of toss a question out there, the AI's

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output is going to be just as vague. It defaults

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to the average of the internet. And the average

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of the internet is? Mediocrity. At best. So the

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goal is to shift from just getting an output

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to actually solving a problem. It's about building

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a workflow where errors are caught by the structure

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itself. You have to assume the model is a little

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bit drunk. And you have to build guardrails so

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that even if it wants to go off the rails, it

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can't. So let me pause on that. If that search

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box method is our default, what's the immediate

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consequence of using it for high stakes work?

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It creates fast but risky outputs. It gives you

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speed without reliability. Speed without reliability.

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That feels like the slogan for the last three

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years. So how do we engineer that reliability

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in? The source talks about grounding. We hear

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that term a lot. Explain it to me like I'm a

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skeptic. OK. So an ungrounded AI is improvising.

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It's just making things up based on its vast,

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messy training data. Grounding is like handing

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the AI a script. You're telling it, ignore everything

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you think you know. Look only at these three

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PDFs I just uploaded. Answer my question using

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only this information. So it's the difference

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between an essay from memory versus an open book

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test, where you have to cite your sources. It's

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even stricter, because with an open book test,

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you can still kind of fudge it. The magic trick

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with grounding is you have to add one more instruction.

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You have to explicitly tell the model. If the

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answer's not in this text, you must say, I don't

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know. That feels almost too simple. Does that

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really work? It changes everything. Because these

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models are people pleasers. They're optimized

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to give you an answer. They hate saying they

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don't know. It feels like a failure to them.

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Exactly. So by giving them permission to fail,

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you eliminate all those forced hallucinations

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where they're trying to connect dots that just

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aren't there. So you're giving it permission

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to be useless. And that... paradoxically makes

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it incredibly useful. Because then when it does

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give you an answer, you know where it came from.

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And this connects to ARAG, right? Retrieval Augmented

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Generation. Right. That's just the plumbing for

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grounding at scale. If you have, say, 10 ,000

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company documents, you can't paste them all into

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the prompt. Of course not. ARAG is just the system

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that first searches your documents, finds the

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right page, and then hands just that one relevant

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page to the AI to ground its answer. So you move

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from an answer based on vibes to an answer based

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on evidence. Evidence is the word. You stop judging

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if the answer sounds right and you start checking

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its citations. So let's nail this down. What's

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the one critical instruction that turns a guessing

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AI into a grounded one? Explicitly permitting

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the model to say, I don't know, eliminates forced

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hallucinations. Yeah, I don't know rule. I feel

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like I need to apply that to my own life. No,

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we all. OK, let's scale this up. One model, even

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a grounded one, can still make a mistake. The

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source brings up this idea from André G. Carpathy,

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the LLM Council. That's the council, yes. It

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sounds like something out of Lord of the Rings.

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It really does. But it's actually just expensive

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and redundant computing. Walk me through it,

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because my first thought is, why would I need

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four different AIs to answer one question? Well,

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you wouldn't for a simple email. This is for

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high stakes work. Imagine you're analyzing a

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legal contract for a loophole. OK. If you just

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use one model, say GPT -5, you're a victim of

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its specific blind spots. Every model has a different

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personality, a different way of reasoning. A

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different flavor. Right. Some are more creative,

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some are more literal. The council approach is

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you write one clear prompt and you send it to

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three or four different models all at the same

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time. And then you compare the answers. Exactly.

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If three say this is safe and one says this is

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a risk, you stop. That disagreement is your signal.

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It's a smoke alarm telling you there's nuance

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you missed. And the source mentioned a meta step

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that I thought was brilliant, using another AI

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to judge the council's answers. The judge model.

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It turns out models are often better at critiquing

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than creating. It's easier to spot a flaw than

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have an original idea. So you just feed the four

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answers into a fifth model. And you say, rank

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these. Who's right? Who missed the point? It's

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like peer review at the speed of light. It's

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an insurance policy against a single point of

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failure. OK, so the probing question is, why

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go through all that trouble and expense of consulting

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multiple brains for one problem? It exposes blind

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spots. If the models disagree, you know you need

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to verify. Find spots. Okay. So that's how we

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get reliable answers. Now let's talk about getting

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work done. The source draws a really clear line

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between two things, orchestration and agents.

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The train versus the taxi. This is the mental

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model everyone needs. Break it down. What's the

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train? The train is orchestration. It's on rails.

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It goes from station A to station B to station

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C. It's rigid. It can't improvise. Not at all.

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It's brittle, but it's 100 % predictable. Orchestration

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is for when you map out a boring, repetitive

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task. Step one, summarize this text. Step two,

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extract the key dates. Step three, put them in

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a calendar invite. And if something changes in

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step one? The whole train derails. But as long

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as the track is clear, it works perfectly every

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single time. OK, so that's the train. What's

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the taxi? The taxi is an agent. When you get

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into a taxi, you don't give it step by step directions.

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No, you give it a destination. Right. Get me

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to the airport. The driver, the agent, figures

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out the route. It adapts. If there's traffic

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on one street, it takes another. Agents are goal

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-oriented, not step -oriented. And you give them

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tools like access to a browser or your calendar.

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Exactly. You tell it schedule a meeting with

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Sarah for next week. You don't tell it how to

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do that. It figures it out. See, that's the part

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that makes me and I think a lot of people a little

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nervous giving an AI that much agency. What if

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it decides the fastest way to the airport is

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through a park? That is the core alignment problem.

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and it's why real agents are only just now becoming

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practical. The risk was too high. The train is

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safe because you built the track yourself. The

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taxi requires trust. So you use trains for boring,

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predictable tasks and agents for messy problems.

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For dynamic, messy problems. Like, do some research

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on this new company and find a good person to

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contact. You can't script that. Every website

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is different. You need an agent that can try

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something, fail, back up, and try a different

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approach. It's creating its own map as it goes.

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Yes. but you have to put it in a sandbox. You

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have to give it clear boundaries. So what's the

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fundamental distinction here between an agent

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and just a standard automation workflow? Automations

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follow rigid steps. Agents follow a goal and

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adapt their path. Adaptability. Okay. I want

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to shift to the term that I admit made me roll

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my eyes at first. Vibe coding. Ah, don't do that.

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It's important. I'm trying not to. It just sounds

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like something you'd overhear at a skate park.

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But the source treats it as this huge Revolution.

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It is a revolution. Just forget the slang for

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a second. Think of it as natural language programming.

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Go on. In the old days, meaning like 2023, if

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you wanted to build software, you were a translator.

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You had a human idea in your head and you had

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to painstakingly translate it into the machine's

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language. All the semicolons and brackets. Right.

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Syntax was the barrier. Yeah. Miss one comma,

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the whole thing breaks. Vibe coding is the shift

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where you stop being a translator and start being

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an architect. You just describe the intent. So

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instead of set background color to hex code FFF.

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You say, make the landing page feel clean and

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minimalist. The AI handles the implementation.

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It translates clean into the right hex codes

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and CSS. And this matters because it completely

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changes who can build things. Totally. You don't

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need to know Python anymore. You need to know

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how to clearly describe a problem and what a

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solution should feel like. So instead of being

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stuck with a messy spreadsheet, you can just...

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You can just say to the AI, build me a simple

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web page that lets me search and filter the rows

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in this spreadsheet. You describe the function,

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the vibe of the tool, and it generates the code.

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But that requires a totally different skill set,

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right? If it's not syntax, what is it? It's systems

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thinking. It's clarity of communication. If your

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description of the problem is sloppy, the tool

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the AI builds will be sloppy. We're seeing this

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weird thing where people with, say, a background

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in literature are becoming great vibe coders

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because they're masters of describing things

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with precision. That's a wild thought. The entire

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skill stack is flipping upside down. It's the

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revenge of the liberal arts. I love that. So

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the probing question. What's the main skill for

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vibe coding if it isn't programming? The ability

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to clearly describe a problem and a desired functional

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outcome. Describing the outcome. Sounds so simple,

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but it's incredibly hard. We're going to take

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a very quick break when we get back. If AI is

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handling all this, what's actually left for us

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to do? The good stuff. Stay with us, sponsor.

00:11:42.799 --> 00:11:45.340
And we are back on the deep dive. Before the

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break, we covered the search box, the LLM council,

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trains, taxis, and the rise of vibe coding. Now

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let's talk about the human in the loop. Where

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do we fit in all this? The source points to two

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main roles, debugging and curation. Let's start

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with debugging. Well, it makes sense, right?

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If you're vibe coding an app or using an agent,

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things are going to go wrong, the AI is going

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to misunderstand you, the agent will get stuck.

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So we stop being writers and we become mechanics.

00:12:09.559 --> 00:12:11.659
We become diagnosticians. Yeah. And the source

00:12:11.659 --> 00:12:14.320
warns against what it calls the retry loop. You

00:12:14.320 --> 00:12:16.139
know, when you get a bad answer from the AI and

00:12:16.139 --> 00:12:18.700
you just hit regenerate over and over, hoping

00:12:18.700 --> 00:12:21.379
for a better one. I do that all the time. We

00:12:21.379 --> 00:12:23.860
all do. It's the definition of insanity. The

00:12:23.860 --> 00:12:26.419
new skill is to look at the failure and ask why.

00:12:26.759 --> 00:12:29.600
Was my context bad? Did I assume the AI knew

00:12:29.600 --> 00:12:31.820
something it didn't? The source mentioned a technique

00:12:31.820 --> 00:12:34.799
called stress testing. Oh, I use this constantly.

00:12:34.919 --> 00:12:36.980
After you get an answer you like, you ask the

00:12:36.980 --> 00:12:39.759
AI a follow -up. Where is this output likely

00:12:39.759 --> 00:12:42.340
to break? Or what assumptions did you make to

00:12:42.340 --> 00:12:44.980
get here? You're asking it to audit its own work.

00:12:45.220 --> 00:12:47.960
You're forcing it to reveal its own weak points.

00:12:48.220 --> 00:12:51.000
And that requires a human. to understand the

00:12:51.000 --> 00:12:53.679
context of the real world, which the AI just

00:12:53.679 --> 00:12:55.820
doesn't have. And then there's the second role,

00:12:56.139 --> 00:13:00.559
curation. This line really hit me. By 2026, creation

00:13:00.559 --> 00:13:04.320
is trivial. It's basically free. The cost to

00:13:04.320 --> 00:13:06.340
generate a thousand words or a piece of code

00:13:06.340 --> 00:13:09.740
or an image is trending to zero. And in economics,

00:13:09.960 --> 00:13:12.799
when supply is infinite, value collapses. So

00:13:12.799 --> 00:13:15.860
being able to write generic text isn't a valuable

00:13:15.860 --> 00:13:18.620
skill anymore. No. The value moves up the stack.

00:13:18.700 --> 00:13:20.779
It moves to judgment. It moves to the role of

00:13:20.779 --> 00:13:22.659
the editor. I like the magazine editor analogy.

00:13:22.840 --> 00:13:25.500
It's perfect. It used to be that the hard part

00:13:25.500 --> 00:13:27.200
was getting the articles written. Now you can

00:13:27.200 --> 00:13:29.399
generate 1 ,000 articles in a second. The hard

00:13:29.399 --> 00:13:31.919
part, the valuable part, is knowing which one

00:13:31.919 --> 00:13:35.379
is true, which one is important, and which 999

00:13:35.379 --> 00:13:38.059
to throw away. So you stop asking the AI to give

00:13:38.059 --> 00:13:41.360
me 10 ideas. And you start asking it to filter

00:13:41.360 --> 00:13:44.039
these 50 ideas. You give it 100 pages and say,

00:13:44.220 --> 00:13:47.200
reduce this to the single most important paragraph.

00:13:47.399 --> 00:13:50.120
You use it to prune, not just to generate. The

00:13:50.120 --> 00:13:53.340
source calls this cognitive offloading. We offload

00:13:53.340 --> 00:13:55.539
the busy work, but never the final judgment.

00:13:55.879 --> 00:13:58.659
That is the bright red line. You can outsource

00:13:58.659 --> 00:14:01.539
labor. You can outsource summarization. You can

00:14:01.539 --> 00:14:04.620
not outsource the decision of what actually matters.

00:14:04.759 --> 00:14:06.840
The moment you do that, You're not using the

00:14:06.840 --> 00:14:10.179
tool anymore. The tool is using you. Wow. That's

00:14:10.179 --> 00:14:12.639
a powerful distinction. So the final probing

00:14:12.639 --> 00:14:16.279
question. In a world of infinite AI generation,

00:14:16.940 --> 00:14:19.799
what becomes the most valuable human contribution?

00:14:19.960 --> 00:14:22.580
Curation. The ability to decide what is worth

00:14:22.580 --> 00:14:25.039
keeping and what to ignore. Deciding what to

00:14:25.039 --> 00:14:26.879
ignore. That might be the most important skill

00:14:26.879 --> 00:14:28.899
of the century. I really think it is. Let's bring

00:14:28.899 --> 00:14:30.860
this all together. We have covered a ton of ground

00:14:30.860 --> 00:14:33.019
today. We really have. We started by tearing

00:14:33.019 --> 00:14:35.919
down the search box idea. Then we built reliability

00:14:35.919 --> 00:14:39.279
with grounding and the LLM council. We look at

00:14:39.279 --> 00:14:41.879
the actual systems. orchestration for the predictable

00:14:41.879 --> 00:14:44.440
stuff, agents for the messy stuff. And we talked

00:14:44.440 --> 00:14:46.840
about the big shift in our roles from being just

00:14:46.840 --> 00:14:50.379
users to being architects with vibe coding and

00:14:50.379 --> 00:14:54.200
editors through curation. The single theme connecting

00:14:54.200 --> 00:14:58.149
all of this seems to be. That's it. The people

00:14:58.149 --> 00:15:00.769
who are succeeding with AI are the ones who treat

00:15:00.769 --> 00:15:03.169
it like an engineering discipline. They aren't

00:15:03.169 --> 00:15:05.850
just chatting with it. They're designing systems

00:15:05.850 --> 00:15:07.769
for it to operate within. It's the difference

00:15:07.769 --> 00:15:10.429
between just experimenting and actually operating.

00:15:10.649 --> 00:15:12.610
That's the whole game right there. So our challenge

00:15:12.610 --> 00:15:15.169
for you this week is to pick one boring, repetitive

00:15:15.169 --> 00:15:17.830
task you do. And don't just ask AI to do it.

00:15:17.929 --> 00:15:20.350
Try to orchestrate it. Write down the steps A,

00:15:20.389 --> 00:15:23.049
then B, then C. See if you can build a reliable

00:15:23.049 --> 00:15:25.309
track for it. And try the, I don't know, rule.

00:15:25.409 --> 00:15:27.370
Just add that one sentence to your instructions.

00:15:27.750 --> 00:15:30.149
See how much better and quieter your outputs

00:15:30.149 --> 00:15:32.389
become. I want to leave you with one final thought

00:15:32.389 --> 00:15:34.350
from the source, a bit of a tough one to sit

00:15:34.350 --> 00:15:38.370
with. If AI exposes how you think and your AI

00:15:38.370 --> 00:15:41.610
outputs are messy, what does that say about your

00:15:41.610 --> 00:15:45.210
current thinking process? Oof. Yeah. That's the

00:15:45.210 --> 00:15:47.080
one that'll keep you up at night. Something to

00:15:47.080 --> 00:15:49.139
reflect on. Thanks for diving in with us. Always

00:15:49.139 --> 00:15:50.480
a pleasure. We'll see you next time.
