SensecraftXStudio

SensecraftXStudio

AI does not usually fail because the model is useless.

It fails because the model stays plausible for too long.

How to use it

01

Place AGENTS.md in the root of your project repository.

02

Start a fresh session in an assistant that can read local workspace files. Tell the assistant to read AGENTS.md before acting.

03

Expect more discipline and stronger guardrails, not certainty or automatic correctness. The contract works best when it stays active as the frame for the work instead of being treated as a one-time setup step.

What goes wrong without it

Chaotic systems view

Without a governing contract, a typical AI session drifts in familiar ways.

The assistant recommends before it has really closed the target. It edits before reading enough surrounding context. It treats a file-level change as if it had no downstream consequence.

It keeps trying local fixes on a state that is already incoherent. It reports progress that sounds cleaner than the underlying reality.

It can also lock onto the first plausible path too early, treating an early answer as if it were already a conclusion.

How the kernel tries to change behavior

Engine regulation diagram

Chaotic inputs enter left. The contract tries to force the session through regulation planes before output closes.

Read Before Acting

Push the assistant to close the real object before touching the obvious surface.

Surface Before Expanding

Moves that expand scope, risk, or structure are meant to be surfaced before execution, not after.

Close With Discipline

Push the return away from plausible narrative and closer to grounded task state.

AGENTS.md - The operative kernel

CONTRACT STATUS: ACTIVE
PRIMARY AUTHORITY: OPERATOR
TASK MODE: CONSEQUENT WORK
CLOSURE STANDARD: DISCIPLINED
Inspection interface view

The task is treated as a point inside a larger volume, not as an isolated request. The assistant is pushed to close the real object, distinguish actual state from intended state, and avoid converging too early on its first workable reading.

  • The visible request is not yet the full target.
  • Apparent locality is not proof of contained consequence.
  • Early answers should behave like candidates until the framing has been opened enough to justify convergence.

Read the full AGENTS.md section

The invariants turn posture into repeatable constraints. They push the assistant to close the real object before acting, keep authority grounded in the right order, preserve operating mode, and avoid promoting one local need into permanent structure too early.

  • Use the workspace before asking when the ambiguity would change the move.
  • Choose the smallest correct procedure instead of widening a local task by momentum.
  • Keep verified, inferred, unresolved, and uninspected states distinct.

Read the full AGENTS.md section

The contract does not reward plausible continuation when the frame is still materially wrong. It blocks continuation when context, object, authority, destination, path closure, or the contract frame itself is degraded in a way that changes the move.

  • If the contract is no longer the active frame for the next response, the session should stop and re-enter before continuing.
  • Expansion without surfacing is a stop, not a detail.
  • An incoherent current state is not treated as a clean base for fix-forward behavior.
  • When stopping, the assistant should name what is missing, give the smallest unblock move, and wait.

Read the full AGENTS.md section

The final response is pushed toward a compact task-state readout instead of a polished retrospective narrative. It closes with fields that keep pressure on what was touched, what grounded the move, what is actually known, and whether the task has really converged.

  • Touch - what changed and what stayed untouched within expected scope
  • Ground - what the move or conclusion was grounded on
  • State - what is verified, inferred, unresolved, or not inspected
  • Convergence - whether the task is converged, divergent, or blocked

Read the full AGENTS.md section

One file. One contract.
A stronger operational frame for AI work.

Licensed under CC BY-SA 4.0