- Your AI tools do two things: produce (assistants) or retrieve (RAG, wikis). None keeps the practicePracticeA unit of know-how captured in Marylink: not a document but an executable structure (content, prompt, rules, style).: the way your organization actually works.
- That function is carried by no surface on the market. It's the missing layer.
- Marylink is that layer: beneath your tools, plugged in via MCPMCPModel Context Protocol: the open standard that connects an AI assistant (Claude, etc.) directly to your Marylink space., it preserves, governs and replays your practices. You switch tools, the capital stays.
Take an honest inventory of your AI stack. You'll find, for sure, four families of tools. Each is useful. None does what you actually need.
Four surfaces, one shared blind spot
1. Individual assistants
ChatGPT, Claude, Copilot, Mistral, Gemini. They do: an answer, right away, excellent. But they keep nothing for the collective. The conversation is private, ephemeral, unreadable to anyone who wasn't in the thread. The work happened; no usable trace remains.
2. Augmented search
RAG, Glean, internal engines. They retrieve what you already know: your documents, your tickets, your pages. Valuable. But they answer “where is the info?”, never “how do we, here, do this work well?”. They index artifacts, not practices.
3. Documentation spaces
Notion, Confluence, wikis. They store what you write. But a wiki is dead text: it has to be maintained by hand, it ages, and above all it doesn't execute. No one “runs” a Confluence page. Knowledge there is described, never activatable.
4. Agent platforms
The multi-agent surfaces that orchestrate workflows. They run agents, but the practice those agents apply stays captive to the tool, its format, its vendor. You don't own what you build there; you rent it.
All these surfaces make you produce or retrieve. None keeps what your teams learn while working with AI.
The function with no product
Put it another way. When a colleague brilliantly solves a problem with their AI, where does that solution go? In which system does it become an asset the next person can pick up, improve, execute without starting from scratch?
The answer, in nearly every organization, is: nowhere. There is no layer whose job is to capture the practice, type it, get it validated and make it replayable. That absence isn't a configuration detail. It's a structural hole in the architecture, and it's through that hole that your know-how capital drains away, every single day.
Marylink: the layer, not one more surface
Marylink replaces none of your tools. It sits beneath them, and plugs all your surfaces into it via MCP (Model Context Protocol). Concretely, your usual assistant can now:
- Search the Practice GraphPractice GraphThe living architecture that links your practices, concepts, roles and spaces, executable by your teams and by AI. for the practice your experts validated for this kind of problem.
- Combine the right prompt, the right style, the right model, and execute it on your case.
- Publish the result as a new practice, available immediately to the whole team.
What this layer brings, and no surface can bring alone:
- Typed: a practice isn't a block of text, it's a structure (intent, content, prompt, style, rules) that humans and agents understand.
- Governed: roles, validation stepsValidation stepA stage in a publication's path (draft → review → approved), with rules that gate each transition., reviewsReviewAn expert's assessment of a practice: score, comments and recommendations against criteria.. Quality can be steered.
- Executable: you don't read a practice, you run it.
- Owned & reversible: the capital is yours. Switch assistant tomorrow? The practice stays, and re-plugs in.
You keep your surfaces. Marylink keeps what they teach you.
It's the difference between an organization that leans on tools (replaceable, unstable, owned by others) and one that leans on its own asset, which it grows with every use. To see this layer in detail, its governanceGovernanceThe roles, validation steps and reviews that ensure the quality of shared practices. grammar and the graph that structures it, read the solution and the science behind Marylink.

