Steelax is the workspace where a half-formed idea becomes work engineering can build. It reads your trackers, your specs and your source code, shapes intent into scoped tasks, and carries those tasks through to a pull request your team reviews.
Read access to start. Nothing is written to your tracker or repository until you approve it.
Workspace / Product / Saved views
Let people pin any saved view to the sidebar. Small one, let us get it in this sprint.
One thing to settle first. Saved views are user scoped in views/model.ts, but the sidebar renders from the team workspace. Pinning as written would expose personal filters to the whole team. Scope it to the individual first?
Needs a decision. Team-wide pinning is still open. Steelax left it out of this set rather than guessing.
Every product idea starts with a reason behind it. By the time it reaches a branch, that reason has been summarised three times, and the thing that gets built is a close relative of the thing that was meant.
A document describes the system as it was understood on the day it was written. The product keeps moving. Six weeks later nobody is sure which parts of the spec still describe reality, so the whole thing gets treated as a rough suggestion.
Titles survive the trip into the tracker. Trade-offs, rejected options and the constraint that shaped the decision do not. Engineering gets a sentence and has to reconstruct the thinking behind it.
Someone reads the code, finds the surprise nobody wrote down, asks in a channel, waits. The work is sound. It is also the third time this quarter the same ground has been covered.
This is not a discipline problem, and more process does not fix it. It is a continuity problem: the context lives in four systems and no tool holds the thread between them.
Steelax follows the shape of real product work. Each stage inherits everything the one before it learned, so nothing has to be explained twice.
It reads your connected systems first and answers questions about how the product behaves today, with the files and documents that back each answer.
UnderstandBring something rough. Steelax pushes back on the assumptions, narrows the scope to what the product can support, and tells you what is still unresolved.
ShapeIt writes linked tasks across interface, logic, integration and data, each carrying the reasoning and the files involved, then pushes them to your tracker.
GenerateA coding agent picks up a task in an isolated environment, implements it against your real codebase, runs the tests and opens a pull request for review.
DeliverSteelax is only useful if it knows your product. Connect the systems your team already runs on and it builds a working picture of them: the issues in flight, the decisions written down, the code that is actually deployed.
Every answer it gives names its sources. Every task it writes points at the files it expects to touch. When it is not sure, it says so instead of filling the gap with something plausible.
Delivery is the stage most tools skip. Steelax includes a coding agent that takes a generated task, clones the connected repository into an isolated environment, explores the relevant code, makes the change, and runs your test suite.
It works on a branch. It never pushes to your default branch, and it stops and asks when a task turns out to be larger than it was scoped to be.
The same six moves, whether the work is a new feature, a spec that needs validating or a number that dropped overnight.
Tracker, documents and repositories, with read access and scopes you choose. Steelax indexes what it can see and tells you what it cannot.
How does password reset work today. Does this spec match the build. Why did checkout conversion drop. Plain language, specific answers.
Steelax challenges the shaky parts, proposes a scope that fits the system you have, and separates what it is confident about from what it is not.
Linked tasks across interface, logic, integration and data, written with full context and pushed into the tracker your team already lives in.
Pick the tasks worth automating. The agent implements them in an isolated environment and opens a pull request against a branch.
Your reviewers see the diff, the reasoning and the task it came from. Merge, send it back, or take it over by hand.
Pressure-test an idea before it becomes a ticket. Check a spec against the build. Write work that engineering does not send back for scoping.
Receive tasks that are already scoped against the real codebase, with the risky parts named and the unresolved decisions sitting at the top.
Start with the files, the constraints and the reasoning in hand. Let the agent take the mechanical tasks and keep the ones worth your attention.
See how a flow is actually implemented before redesigning it, and find out which states exist in code but never made it into the design file.
A product is only as good as the intent behind it.
Steelax exists for one reason: to keep intent intact from the first rough sentence through to the code that ships it. No re-explaining, no quiet reinterpretation, no context left behind in a document nobody opens.
That means being specific when the product is specific, being honest when the answer is not clear, and leaving the decisions that need judgment to the people who are accountable for them.
Scoped tokens, per-run sandboxes, encryption in transit and at rest, and a clear line on what we store. Your code and content are never used to train models.
How we handle your dataTwo published plans and an enterprise tier. Everyone can read the sessions, the answers and the tasks. You only pay for the seats that create them.
See plans and limitsTell us about your product and the stack you run on. We will walk you through Steelax on your own systems and show you where it carries work that currently stalls.