AI models are becoming commoditized: the real revolution of 2026
The most important piece of information to retain about the state of AI in 2026 is not about a new spectacular model or an unprecedented feature. It is far more structural: large language models (LLMs) are converging toward similar performance levels. Claude, Gemini, and ChatGPT now compete less on the raw quality of their models than on the richness of their respective ecosystems.
This evolution radically changes the question professionals need to ask themselves. It's no longer "which is the best model?" but "what am I capable of building with these models?"
Three players dominate the market in 2026
- OpenAI / ChatGPT : the most mainstream, versatile and accessible for daily use
- Google / Gemini : the best in multimodality, natively integrated into the Google ecosystem
- Anthropic / Claude : the most used in professional context and by developers
Understanding how an LLM really works
Before discussing tools and strategies, a fundamental technical reminder is necessary. A Large Language Model is a massive neural network trained on billions of texts. It doesn't "think" in the human sense: it predicts the next token by calculating probabilities based on the context provided.
Concrete example: if you type "the cat", the model calculates approximately a 67% probability that the next two words will be "and a mouse". It selects the most probable token, then repeats the calculation. Billions of operations execute this way in just a few milliseconds for each generated response.
Interfaces like ChatGPT, Claude.ai, or Gemini are just interaction layers placed on top of these underlying models. Understanding this is understanding why the context you provide has become the number one performance lever.
From prompt to context: the real paradigm shift
Since ChatGPT's launch in late 2022, prompting has been presented as the central skill to master. In 2026, this vision is outdated. Models have become capable enough to rephrase and improve approximate prompts. Their blind spot is no longer linguistic — it is informational.
An LLM has generic knowledge of what exists on the internet. What it critically lacks is your specific context:
- Your precise business objectives
- Your brand guidelines
- Your organization's internal processes
- Your editorial tone and past examples
The analogy of an employee without briefing
Soliciting an LLM without providing context is like hiring a brilliant collaborator and asking them to work without giving any instructions. The result will be disappointing, not due to lack of competence, but due to lack of information.
The 5 AI skill levels to master
Level 1 — The 3D prompt
Basic prompting (role + context + action) remains useful for common uses. But for specialized tasks, a more rigorous approach is necessary: the 3D prompt, a three-step method.
Build your knowledge reference
Rather than directly instructing the LLM ("be a good copywriter"), start by teaching it what that concretely means. Retrieve transcriptions from YouTube videos, articles, or recognized frameworks on your target subject. Inject this knowledge before formulating your request.
Have the LLM generate the prompt itself
Provide the model with the reference built in the previous step, then ask it to write its own execution prompt. Typical instruction:
1You are the best prompt engineer in the world. Create a prompt to perform [action] based on this methodology: [reference content]The model thus generates a prompt anchored in real methodology, much more precise than a generic instruction.
Enable the model's self-correction
Before sending the final prompt, ask the LLM to create an evaluation matrix to judge its own production. This self-critique step takes the result from beginner level to competitive level. Then keep this validated prompt in a dedicated project for reuse.
Level 2 — Skills and MCPs
Skills represent the natural evolution of Claude projects. Concretely, a Skill is a folder containing a skill.md file with specialized instructions, supplemented by support files (guidelines, examples, brand rules).
The fundamental difference from a classic project: a Skill is not confined to a workspace. It can be called from any context, triggered manually, invoked by a prompt, or activated autonomously.
Skills draw their power from their connection to MCPs (Model Context Protocol), a universal standard created by Anthropic and adopted across the industry to connect models to external tools.
Concrete example of a LinkedIn Skill
A LinkedIn post creation Skill can simultaneously access your editorial tone, query a database of your past posts, generate new coherent content, and send it directly back to your database — without manual intervention.
Level 3 — AI automations, workflows, and agents
The logical progression after Skills leads to AI agents, which operate autonomously in dedicated instances. Three categories can be distinguished:
- AI Workflows : automations enriched with an AI step (e.g., automatic email classification). Leading tools: n8n
- Standard agents : autonomous processes capable of managing complex tasks without continuous supervision
- Super agents : agents with extended access to a complete system, like OpenClow, which accesses an entire computer
Vigilance on data
Super agents with full system access present real risks for data privacy. Their use requires serious evaluation of the access scope granted, particularly in professional contexts.
Level 4 — Vibe coding
Vibe coding erases the traditional boundary between developers and non-developers. Tools like Claude Code or Codex now allow anyone to open a terminal and build the foundations of a functional application.
To illustrate the current acceleration: completely rebuilding an agency website now takes two hours where it used to take a month in 2020. For those less comfortable with technology, more guided environments like Lovable or Bolt offer an accessible entry point.
Level 5 — AI solutions
The ultimate level combines everything above. As Naval Ravikant puts it: "software has been eaten by AI". When everyone can build an application, building itself has no intrinsic value anymore. Value migrates toward the method applied to software.
This is precisely why Y Combinator, the world's largest incubator, is interested for the first time in 15 years in the agency model: when software becomes a commodity, rare and codified expertise becomes the valuable asset.
Tools redefining the AI ecosystem
Claude Code: the central tool of 2026
Claude Code was born as an internal experimental project at Anthropic, led by Boris Cherny and Sid Bidasaria. This "sandbox" transformed the trajectory of the entire company.
Its secret? Integration into the CLI (Command Line Interface). By accessing the Shell, Claude Code has full access to files, Git, APIs, and MCPs. It can execute commands, self-debug, and manage large-scale projects autonomously.
A telling detail about its pricing strategy: the $200/month subscription actually offers the equivalent of $5,000 in credits. Anthropic deliberately subsidizes intensive use to enrich the training data of its next models.
Claude CoWork: the office version
Launched in January 2026, Claude CoWork adapts Claude Code's capabilities to everyday professional use: presentations, document writing, office automations. Its launch caused nearly a 300 billion dollar drop in market value for software publishers in a single day. Microsoft has since built Copilot CoWork directly on Anthropic's technology.
Comparison of major AI development tools
| Tool | Publisher | Interface | Strength | Target profile |
|---|---|---|---|---|
| Claude Code | Anthropic | Terminal (CLI) | Maximum autonomy, Skills, MCP | Developers and power users |
| Codex | OpenAI | Graphical interface | Polished UX, OpenAI integration | Developers and non-developers |
| Open Code | Open source | Terminal | Local models, privacy | Independent technical profiles |
| Lovable / Bolt | Various | Guided no-code | Accessibility, structured environment | Non-developers |
| n8n | n8n GmbH | Visual | Business automations and agents | Enterprises, ops teams |
Gemini and multimodal generation tools
Gemini stands out for its native ability to process and generate heterogeneous files: images, videos, audio, transcriptions. For video generation, VO3 (and its successors) has become the market reference. For non-artistic profiles seeking quality visual results, platforms like Xfield aggregate the best available models — including Chinese models — in a preconfigured interface.
7-day action plan to take action
Days 1-2: Choose an LLM and explore it in depth
Select a single tool (Claude recommended for professional uses) and explore its advanced features: Skills, MCP, project management. Apply the 3D prompt to a real task in your daily professional work.
Days 3-4: Build your personal context
Document how you work, your editorial tone, your business processes, and your usual tools. Create a context file that you'll systematically inject into your interactions with the LLM.
Days 5-6: Create your first AI agent
Identify a repetitive task in your workflow and build a simple agent via n8n or Claude Skills. The goal is not perfection, but concrete experimentation.
Day 7: Introduction to vibe coding
Open Claude Code or Lovable and try to generate a first simple application — a landing page, an internal calculation tool, a dashboard. The first step is the most important.
The golden rule for progress
There is no omniscient expert in AI. The professionals who progress the fastest are not those who follow all the news — they are those who dig deeply into a chosen scope. Limit your news consumption, maximize your practice.



