WEBVTT

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Imagine waking up tomorrow morning. beat. The

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sun is just rising outside your window. And your

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AI didn't just answer some questions overnight.

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It actually ran your entire business while you

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slept. It negotiated contracts, right? And optimized

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your campaigns. Exactly. Welcome to today's deep

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dive. We are looking at a monumental industry

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shift today. We've curated some truly fascinating

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sources for you. The landscape is just changing

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incredibly fast right now. Yeah, it really is.

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So here's our roadmap for today. We are tracking

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an entirely new direction for AI. First, we explore

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OpenAI's major pivot at the Cannes Festival.

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They are becoming a full -fledged ad tech powerhouse.

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Oh, yeah. Massive move. Next, we cover the absolute

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death of prompting. We look at the rise of loop

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engineering instead. Right. And the ecosystem

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updates supporting those autonomous agents. Exactly.

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And finally, we unpack a breakthrough in financial

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data. It completely changes how AI reads complex

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SEC filings. But I have a vulnerable admission

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before we begin. Okay, let's hear it. I still

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wrestle with prompt drift myself. You know, you

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write a prompt, but you just lose the underlying

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logic. Well, we all do. I mean, prompting is

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inherently messy. It's unpredictable. It's exactly

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why the industry is moving past it. Yeah. So

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let's start right at the commercial peak today.

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To understand where AI is actually going next,

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we have to look at how it makes money. Always

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follow the capital. It reveals the true infrastructure.

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Right. So OpenAI went to the Cannes Lions Festival

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recently, and the narrative around them has completely

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shifted this year. They aren't just a quirky

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tech lab anymore. They are arriving as a media

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and advertising company. Which is huge. Credio

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actually invited them to the Cannes Festival.

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That is a major signal to traditional advertising

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executives. Just days before Cannes, they made

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a huge move. They expanded their self -serve

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ads manager in the UK. Yeah. They officially

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rolled out cost - per click bidding. Cost per

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click means advertisers pay only when users actually

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click. It is the exact model that built modern

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search. And now it is being applied to conversational

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AI interfaces. Exactly. And OpenAI's chief revenue

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officer headlined some core sessions there. The

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main topic was advertising in the age of AI.

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Their core strategy here is becoming incredibly

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obvious. I mean, they are building infrastructure

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to monetize their massive traffic. ChatGPT generates

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billions of interactions every single month.

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Yeah, the scale is wild. And agencies are demanding

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something entirely different these days. They

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aren't just buying standalone AI models anymore.

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They want end -to -end marketing operating systems.

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Right. They want systems that run, orchestrate,

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and optimize operations. They need an engine

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that handles... So let's unpack what an end -to

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-end system actually means. It doesn't just write

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the ad copy for you. No, not at all. It targets

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the user, bids for the placement, and deploys

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it. It monitors the analytics and adjusts the

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spend automatically. It essentially replaces

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an entire floor of media buyers. Yeah. OpenAI

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is using Khan to prove a major point. They want

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to be the commercial backbone for major brands.

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It's like they stopped selling the engine entirely.

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They started selling the whole highway system

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instead. That's a perfect structural analogy.

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They were providing the roads, the signs, and

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the destination. There was also some initial

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buzz about a film project. An AI -assisted animated

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film called Critters was supposed to debut. Right,

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but that project reportedly stalled out recently.

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It was tied to the shutdown of Soar's consumer

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tool. It really shows where their true priorities

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are right now. Consumer video tools are flashy

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but highly expensive. The real story to watch

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is their ad tech infrastructure. But let me ask

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you this. Is this just about monetizing chat

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GPT traffic or s***? something bigger oh it is

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definitely something much bigger than just chat

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traffic they're building the fundamental commercial

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backbone for brands. They want to intermediate

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every single transaction on the Internet. So

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they're becoming the operating system, not just

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the tool. Exactly. And that leads us directly

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to how that system runs. Right. If OpenAI is

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building this comprehensive marketing operating

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system, how does that system actually function

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in the real world? It requires AI that doesn't

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wait for human commands. It requires agents that

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can think and act continuously. And that brings

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us to the agentic shift. We are moving away from

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traditional prompt engineering completely. Thank

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goodness. Yeah. Now, loop engineering is the

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new standard in the industry. Loop engineering

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means AI agents that keep working autonomously

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until a goal is met. Forrest Cherney from Claude

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Code recently highlighted this shift. The team

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over at OpenClaw is seeing it too. Let's clearly

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define how this actually works. You give them

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a goal, and they just loop until finished. Yeah,

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they evaluate the problem, take an action, and

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check their work. Then they loop again until

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the objective is fully met. Like Moonshot AI,

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they just added goal mode to Kimi work. It is

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a desktop agent that tracks progress continuously.

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Right. You set one objective and the agent just

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keeps grinding. You can check its progress anytime

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you want. It is a fundamental shift in how we

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interact with software. You aren't typing back

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and forth anymore. You are managing a persistent

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digital worker. But running these persistent

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agents requires serious computing power. You

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can't just leave a laptop running constantly.

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No, you really can't. That is where new tools

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like Agent 37 come in. Agent 37 offers managed

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hosting for persistent AI agents. It supports

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popular agents like Hermes, OpenClaw, and CloudCode.

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So you don't need to run them on a Mac mini.

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They live in the cloud and work around the clock.

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We are also seeing tools like Atomic Male Agentic

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emerge. It gives autonomous AI agents their own

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real inbox. Right. They manage it fully without

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human setup or ongoing intervention. They literally

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read the incoming emails, graph responses, and

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send them off. I have to push back on that specific

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idea, though. Handing over autonomous control

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of a real business inbox. Yeah. Letting an AI

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reply to sensitive emails without supervision.

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Right. Beat. That feels like a corporate disaster

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waiting to happen. It is a very valid fear to

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have right now. But the technology is adapting

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quickly to address that exact risk. That is exactly

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why tools like Backgrind are gaining traction.

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Right. Backgrind runs your AI agents over any

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app or game. But it only pings you when it actually

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needs a decision. Right. And that is the crucial

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safety mechanism we need. It handles the mundane

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routing and basic formatting tasks. But it escalates

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the high stakes choices directly to a human.

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We're also seeing this autonomy inside our daily

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documents. Grok for Word now generates outlines

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right inside the panel. Oh, wow. It can restructure

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wording and create complex tables autonomously.

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It doesn't wait for you to highlight and click

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format. And Cloudback MCP connects to clients

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like Cursor or VS Code. It manages 300 backup

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definitions through simple chat commands. So

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what happens when an agent gets stuck in a loop

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trying to solve a problem? Well, new tools are

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being built specifically to handle agent friction.

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When they get suck, they trigger a decision ping

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to you. They outline the specific roadblock and

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ask for your human intuition. Got it. Human oversight

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shifts from micromanaging to just approving decisions.

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Exactly. You become the senior editor, not the

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junior writer. Right. So to make these continuous

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loops run smoothly, things must change. The underlying

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foundation models need a major structural upgrade.

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They definitely do. They need more speed, larger

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memory, and better debugging tools. You cannot

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run persistent loops on slow, forgetful foundation

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models. They will just lose track of the original

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goal completely. Well, rumors about Cloud Sound

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at 5 are really heating up now. It is currently

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codenamed Fennec inside the development circles.

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Word is it could launch as early as next week.

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The hardware specs leaking out are highly impressive.

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Yeah. It reportedly features a 1 million token

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context window. Tokens are tiny chunks of words

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AI uses to read and write. Right. And a context

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window is the AI's active short -term memory

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limit. It is supposed to have vastly stronger

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coding capabilities, too. A million tokens means

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it remembers massive amounts of data. It can

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hold hundreds of textbooks in its active memory.

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We are also seeing Grok build remote showing

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up online. It looks unfinished and was likely

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leaked by accident. Yeah, it is unclear if it

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lives on. folds into cursor cursor is a wildly

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popular ai code editor right now a grok integration

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would disrupt that market significantly definitely

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there is also big money moving in the debugging

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space elastic is buying an ai debugging startup

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called deductive ai the deal is reportedly worth

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up to 85 million dollars deductive ai is a startup

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from 2023 with solid revenue yeah they've reached

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about 1 million in annual recurring revenue already

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This will massively boost Elastic's AI observability

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tools. When an agent hallucinates, you need to

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know exactly why. You have to trace the error

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back to its source. It's like buying an MRI machine

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specifically to diagnose where the AI went wrong.

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You need to see the exact layer inside the black

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box. That is exactly what observability tools

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provide for developers today. They map out the

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AI's internal logic pathways clearly. We are

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also seeing fascinating Y Combinator -backed

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startups emerge. Palmier just unveiled an entirely

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new video editor tool. Oh, yeah. Cloud or Codex

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can directly edit videos inside the software.

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It works seamlessly with Sedans 2 .0 and Cling

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D3. And it is completely free to download right

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now. That strategy really drives rapid user adoption

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in competitive markets. There are some quick

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hits for your toolbox today, too. Microsoft opened

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a free 12 -week AI course online. It has 24 lessons

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covering classic AI concepts thoroughly. It dives

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into deep learning, neural networks, and modern

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architectures. It is an excellent resource for

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anyone trying to catch up. Stanford also released

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a brilliant four part prompting technique. If

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your chat bot gives shallow answers, try this

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specific framework. Yeah, it pushes any model

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to give deeper Ph .D. level analysis. It is perfect

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for complex reports, interviews or big structural

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decisions. Let me ask you, why do we need a one

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million token window just for coding? Massive

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context allows the AI to ingest everything at

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once. It can literally read an entire company's

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code base simultaneously. Wow. Yeah. So it understands

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how a change here breaks a feature over there.

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You need the whole map to navigate, not just

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a single street. Precisely. And navigating that

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map requires flawlessly clean data. That brings

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us to our final highly important topic today.

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Even with huge context windows and these persistent

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working loops, the AI is completely useless if

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the data is garbled. Garbage. Always guarantees

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garbage out. Especially in highly complex systems.

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Nowhere is this more critical than in high -stakes

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global finance. A joint research team just dropped

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a monumental new fix. Yeah, they did. Teams from

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Stanford, the University of California, and Nanjing

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University collaborated. They tackled one of

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the most frustrating problems in modern AI. Feeding

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raw SEC filings into LLMs is notoriously difficult.

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LLMs are large AI systems trained on massive

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text data sets. Right. If you've tried it, you

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already know the painful truth. Financial tables

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usually get completely flattened by the AI models.

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Rows and columns just collapse into a useless

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text paragraph. Exactly. And that destroys the

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actual underlying accounting logic entirely.

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A misplaced decimal or a flattened row changes

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millions of dollars. The research team developed

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a new data set and methodology entirely. It is

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designed specifically to make SEC filings readable

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for machines. It allows the AI to parse the data

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without losing structural meaning. The researchers

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propose something they officially call SCFD.

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It is a reconstructed version of the SEC's edGR

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document filings. Right. It translates the raw

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data into layout -faithful multi -markdown. Multi

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-markdown is a text format preserving complex

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structural formatting clearly. It acts as a perfect

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bridge between human documents and machine code.

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They successfully retain the merged headers and

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the critical indentation. They keep the financial

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signs, spans, and complex table hierarchies.

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And incredibly, it uses far fewer tokens. The

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scale of this data set is just absolutely staggering.

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The team dropped 152 billion token public snapshot

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recently. Processing the full archive yields

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around 550 billion tokens total. That is 550

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billion tokens of structurally perfect financial

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documents. It is an unprecedented amount of high

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quality training material. This data set has

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less than a 0 .1 % overlap with Common Crawl.

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Common Crawl is the standard web scrape data

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most models use. Right, which means it offers

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highly unique, specialized training material.

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Whoa. Imagine scaling to a billion queries on

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flawless financial data. Two sec silence. It

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completely revolutionizes algorithmic trading

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and financial risk analysis forever. This represents

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a massive infrastructural upgrade for the financial

00:13:10.159 --> 00:13:13.720
AI space. It finally provides a clean, standardized

00:13:13.720 --> 00:13:16.980
pipeline for the industry. Millions of complex,

00:13:17.179 --> 00:13:19.639
unstructured financial documents become high

00:13:19.639 --> 00:13:21.980
-quality training data. But how does retaining

00:13:21.980 --> 00:13:25.100
a simple text indentation actually change the

00:13:25.100 --> 00:13:28.549
AI's financial logic? Well, in accounting, indentation

00:13:28.549 --> 00:13:30.990
signifies vital parent -child relationships and

00:13:30.990 --> 00:13:33.669
revenue streams. If operating income isn't indented

00:13:33.669 --> 00:13:36.269
under gross profit, the underlying math breaks.

00:13:36.490 --> 00:13:39.549
Oh, I see. The AI needs that exact visual hierarchy

00:13:39.549 --> 00:13:42.149
to understand the financial reality. Clean data

00:13:42.149 --> 00:13:44.610
finally replaces messy guesswork in financial

00:13:44.610 --> 00:13:47.429
AI models. It truly is the foundation for the

00:13:47.429 --> 00:13:49.750
next generation of financial intelligence. Mid

00:13:49.750 --> 00:13:52.129
-roll sponsor, BreakMarker. We have covered a

00:13:52.129 --> 00:13:54.309
tremendous amount of ground today. Let's pull

00:13:54.309 --> 00:13:56.320
this deep dive together and look at the... big

00:13:56.320 --> 00:13:59.720
picture. We started with OpenAI becoming a comprehensive

00:13:59.720 --> 00:14:03.200
ad tech operating system. They are building the

00:14:03.200 --> 00:14:05.960
commercial infrastructure for the modern web.

00:14:06.159 --> 00:14:08.960
They're moving from a simple tool to the foundational

00:14:08.960 --> 00:14:12.049
layer. We saw how loop engineering is fundamentally

00:14:12.049 --> 00:14:15.590
changing our daily workflows. It is turning AI

00:14:15.590 --> 00:14:18.509
from a passive assistant into a persistent worker.

00:14:18.750 --> 00:14:21.970
Right. We explored the rumors of robust new foundation

00:14:21.970 --> 00:14:24.830
models arriving soon. Models with active memory

00:14:24.830 --> 00:14:27.490
large enough to understand entire corporate ecosystems.

00:14:27.970 --> 00:14:30.090
And finally, we looked at how researchers are

00:14:30.090 --> 00:14:32.970
fixing raw financial data. They are repairing

00:14:32.970 --> 00:14:35.370
the very foundation of financial training materials

00:14:35.370 --> 00:14:38.289
entirely. All these pieces are snapping together

00:14:38.289 --> 00:14:40.509
like Lego. blocks right now. We are building

00:14:40.509 --> 00:14:42.990
a fully autonomous digital economy from the ground

00:14:42.990 --> 00:14:45.669
up. Yeah. The persistent agents, the clean data,

00:14:45.769 --> 00:14:48.110
the monetization framework, it is all finally

00:14:48.110 --> 00:14:50.649
connecting. It is a genuinely fascinating time

00:14:50.649 --> 00:14:53.169
to be watching this technology evolve. I want

00:14:53.169 --> 00:14:55.299
to leave you with one final thought today. If

00:14:55.299 --> 00:14:58.440
AI can run your marketing campaigns at con automatically,

00:14:58.799 --> 00:15:01.500
if it can manage your inbox without ever asking

00:15:01.500 --> 00:15:05.279
permission, and if it flawlessly parses 550 billion

00:15:05.279 --> 00:15:08.059
tokens of complex SEC beta, what is the deeply

00:15:08.059 --> 00:15:09.820
human skill you need to be cultivating tomorrow?

00:15:10.179 --> 00:15:12.139
Beat. Thank you for taking this deep dive with

00:15:12.139 --> 00:15:13.139
us today. Out to your music.
