Gemini 4 Argon
Google DeepMindStrong on paper. Unguided, it rushes into execution. With AEO, it gets close to Opus on coding tasks.
A free live webinar on one instruction file that changes how Gemini 4 Argon runs coding tasks - until its results stand next to Claude Opus 5.5. We work on a real project live, so you see the before and after for yourself.
Hand an agent a big task and it often rushes straight into code - without exploring the project, without picking the right tool, stacking each step on guesses nobody checked. That distance between what a model can do and what it actually delivers has a name: the Execution Strategy Gap.

Strong on paper. Unguided, it rushes into execution. With AEO, it gets close to Opus on coding tasks.
The benchmark. The exact same task and success criteria, so the call is fair.
Real-world software engineering tasks, as reported by Google.
output tokens in a single response - built for long, multi-step work.
Gemini 4 Argon was announced on September 30, 2026. The figures above are Google’s own, on benchmarks Google chose, and haven’t been independently verified. We don’t lean on them - we show our own runs, live.
Agentic Execution Optimization is an instruction file that shapes how a model runs a task: six stages that repeat, with the last one looping back to fixes until the tests pass.

The goal, what success looks like, and the constraints - before a single line of code.
Files, structure and the tools on hand. No guessing how the project works.
Search, reuse an existing solution, or build from scratch. The heart of the method.
Small stages, each with a result you can check on its own.
Nothing gets built on top of a stage until that stage passes.
Fixes come from test results, not guesses - and the loop runs until it passes.
Not a slide deck - a real build. Press play to see the method at work, then join the webinar to take it apart step by step.
One of the results: a full game built by Gemini 4 Argon following AEO.
We run Argon on a real project with no guidance and watch exactly where it falls into the Execution Strategy Gap.
We open the file section by section: how it steers exploration, decisions, splitting the work and testing.
Same project, same task. We compare the unguided run, the guided run, and Opus 5.5 side by side.
What you’ll see are results on specific tasks we ran - not a final verdict on which model wins. That’s why the file is yours after the session: apply it to your own work and judge by your own numbers.
Builds and experiments with AI products and intelligent systems. His approach: start with a clear question, build something testable, and let the results decide the next step.







Straight answers to what people ask most. Anything else, ask us on WhatsApp.
Ask on WhatsAppYes. Registering and attending are free. Leave your details and our team sends you the session link and time on WhatsApp.
It helps if you already use AI models on real work. We apply the method to a coding project live, but the core idea - guiding how a model runs a task - is useful to anyone working with agents.
The file is for registrants. It reaches you after the session so you can apply it to your own work and measure the difference yourself.
No. The point is that how you run a model matters a lot - enough that a guided Argon gets close to Opus on the tasks we tested. Any general verdict on which model is better needs broader measurement, and we will be upfront about that.
Not to attend and follow along. To apply the method yourself afterwards, you will need access to the model you want to test.
We will confirm this with registrants before the date. Joining live is the best way to ask questions and watch the comparison as it happens.
One minute and you’re on the list. The webinar link and time arrive on WhatsApp, and the AEO file follows after the session.
We’ll send the webinar link and time on WhatsApp before October 29, and the AEO file after the session. Want it faster? Message us now.
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