Readiness States: Knowing What to Do Next in Every Workspace
Most teams do not stall because they lack ideas.
They stall because they cannot answer one question:
What should we do next, right now?
Readiness states solve this by turning ambiguity into clear next actions.
The Four Universal Readiness States
Use these states across all workspaces:
1. Exploring: options are still open
2. Shaping: direction selected, details forming
3. Ready for Handoff: output is usable by next workflow
4. Needs Revision: blocked by risk, mismatch, or missing data
Keep states explicit and visible.
Canvas Readiness
Exploring
Signals:
- multiple concept directions
- open user/problem assumptions
Next action:
- compare 2-3 directions and eliminate one
Shaping
Signals:
- preferred direction selected
- constraints are clearer
Next action:
- define concept rationale and prepare CAD handoff
Ready for Handoff
Signals:
- one concept direction with explicit constraints
Next action:
Needs Revision
Signals:
- concept fails constraints or user logic
Next action:
- return to exploration with tighter brief
CAD Readiness
Exploring
Signals:
- geometry alternatives still wide open
Next action:
- pick baseline geometry and parameter set
Shaping
Signals:
- baseline model exists
- key dimensions stabilize
Next action:
- prep inspectable exports and validate assumptions
Ready for Handoff
Signals:
- geometry is consistent with constraints
- artifacts are reviewable
Next action:
- handoff to Firmware and/or System
Needs Revision
Signals:
- manufacturability or integration conflicts appear
Next action:
- revise parameters and re-run checks
Firmware Readiness
Exploring
Signals:
- unclear behavior architecture
- board choice not finalized
Next action:
- establish baseline config and logic path
Shaping
Signals:
- code structure stabilizing
- first build feedback available
Next action:
- resolve compile/runtime blockers and align interfaces
Ready for Handoff
Signals:
- testable behavior baseline exists
Next action:
- sync with System and product readiness review
Needs Revision
Signals:
- behavior mismatches product requirements
Next action:
- update assumptions and iterate
System Readiness
Exploring
Signals:
- module boundaries unclear
Next action:
- draft initial architecture and interfaces
Shaping
Signals:
- dependencies and ownership becoming explicit
Next action:
- lock key decisions and risk map
Ready for Handoff
Signals:
- architecture supports current execution plan
Next action:
- continue execution in relevant workspace with clear guidance
Needs Revision
Signals:
- cross-workstream conflicts or unresolved critical risks
Next action:
- run focused architecture correction cycle
Handoff Rules Between Workspaces
Before any handoff, confirm:
- output is understandable by next contributor
- assumptions are explicit
- next action is written in one sentence
If any of these fail, state is still "Needs Revision."
Weekly Readiness Review (15 Minutes)
1. Mark current state in each active workspace.
2. Identify one blocker per workspace.
3. Define one next action per workspace.
4. Set one handoff target for the week.
This keeps teams moving without status sprawl.
Related Reading
- Canvas vs CAD vs Firmware vs System: Where to Start and Why
- The Haitch Journey: Concept -> Prototype -> Real Product -> Customer Sale
- How Solo Builders Avoid Context Loss Across Hardware Tools
- Haitch vs Traditional Hardware Tool Stack
- Concept-to-Prototype Software Evaluation Checklist
FAQ
Why use readiness states instead of task lists alone?
Tasks show activity. Readiness states show whether work is actually transferable and decision-ready.
Can solo builders use this framework?
Yes. It is especially useful for solo builders switching roles across concept, CAD, and implementation.
How often should we update readiness state?
At minimum, once per week and at every major handoff.
What is the biggest warning signal?
When work appears complete in one workspace but cannot be used by the next workflow.
Final Recommendation
Make readiness explicit.
When every workspace answers "what state are we in and what happens next," execution speed and handoff quality both improve.
Next step: Apply readiness states in your Haitch workflow