Turn repeated work into tools you can plug in anywhere.

Most automation tools end up in another dashboard. You build the workflow, save it somewhere, and then have to remember to go back there when you need it.

Tool Forge works differently.

Once a tool exists, you can plug it into the surfaces you already use. Add it to Power Strip. Attach it to a command. Run it from Project Navigator. Trigger it from browser content. Schedule it for later. Connect it to an event. Drop a file on it and let the tool do the work.

The point is not to move your workflow into another system. The point is to make the useful parts of ThinkForge available where your work already happens.

Tool Forge is not a library of generic templates. It is for the work that keeps coming back. The weekly report. The review process. The file cleanup. The project summary. The handoff you keep doing by hand.

A folder watcher can watch for new PDFs, process them, and save clean summaries to the right project folder.

A daily priorities tool can pull tasks from your project system and prepare a focused morning brief.

A code review agent can read a pull request and suggest improvements before you spend time reviewing every line yourself.

An architecture Q&A agent can use project documentation to answer questions about how the system fits together.

A sync tool can pull pages from another service and save them as local markdown files on a schedule.

A content pipeline can take research notes, extract the useful points, draft an outline, and save the result where the project expects it.

If the workflow is repeatable, Tool Forge can help turn it into something reusable. If it does not need AI, it will not use AI. If it does, it will use it for the part that actually requires judgment.

Tool Forge does not take a prompt, generate something mysterious, and hope it works.

Before a tool is saved, the request is planned, checked against available capabilities, reviewed for safety, and shown to you for approval. You see what it is supposed to do, what inputs it needs, what outputs it creates, and what services or project data it can use.

There are hard boundaries. Tools cannot create other tools. They cannot assign themselves triggers. They cannot bypass the allowed capability list. They cannot handle credentials directly. They run inside the permissions you approve.

That matters because useful tools need trust. You should not have to wonder what a tool is doing behind the curtain.

When a tool runs, you can see what is happening.

Each step shows its status, output, and timing. If the tool is reading files, calling a service, generating a summary, or saving a result, the run view shows the progress instead of hiding everything behind a loading animation.

For Tool Agents that generate text, output appears as it is created. If something looks wrong, you can stop it before it wastes more time.

Execution history is saved, so you can review past runs, check failures, compare results, and understand how a tool behaves over time.

Start by describing the workflow in plain language. Tell Tool Forge what the tool should do, what it should use, what result you expect, and where that result should go.

Tool Forge turns that into a structured plan. You review the name, steps, inputs, outputs, required capabilities, and any outside services involved. If something is wrong, you change it before the tool is saved.

Once approved, the tool becomes available to run. Add it to Power Strip. Use it from Project Navigator. Attach it to a command. Schedule it. Trigger it from an event. Keep it where the work actually happens.