Teaching labs, independent researchers and labs that need repeatable workflows.
First product
A reference lab bill of materials and a simulator that records the steps and outputs of one workflow.
Next decision
The task, exclusions and operator responsibilities are documented and reviewed.
Product boundary
A research infrastructure project. Equipment qualification and trained supervision are separate from software completion; this is not a home medicine-manufacturing kit.
PRODUCT 0 → 1.0
The Phase 0–5 strategy.
Each phase has a concrete deliverable and an acceptance gate. These are proposed development plans, not completed scientific or product validations.
PHASE 0 / 0% MILESTONECurrent planning
Choose one lab workflow
Define a task small enough to reproduce reliably.
Work to do
Map the operator steps and required measurements.
Separate simulation from physical execution.
Ask a lab partner to review hazards and measurement requirements.
Acceptance gate
The task, exclusions and operator responsibilities are documented and reviewed.
Publish: Workflow brief and initial equipment inventory.
PHASE 1 / 20% MILESTONEPlanned
Specify the interfaces
Describe how instruments and software exchange information.
Work to do
Publish the bill of materials and compatible interface requirements.
Define calibration, measurement and run-record schemas.
Build mock instrument adapters with deterministic responses.
Acceptance gate
A complete simulated run can be represented without untracked manual steps.
Publish: Interface contracts, bill of materials and simulator fixtures.
PHASE 2 / 40% MILESTONEPlanned
Build the simulator
Let users understand and replay the workflow before hardware integration.
Work to do
Build a visual sequence and run timeline.
Record inputs, errors and outputs for each simulated step.
Support replay and export of a complete run.
Acceptance gate
The same fixture produces the same recorded outputs; injected failures are visible.
Publish: Lab simulator prototype and example run.
PHASE 3 / 60% MILESTONEPlanned
Validate one instrument
Compare recorded measurements with an accepted reference.
Work to do
Integrate one instrument in a supervised partner lab.
Record calibration and measurement uncertainty.
Test disconnects, out-of-range values and operator intervention.
Acceptance gate
The lab signs off the measurement and failure-handling criteria for the defined use.
Publish: Instrument validation report and reviewed adapter.
PHASE 4 / 80% MILESTONEPlanned
Replicate with a partner
Check whether another operator can reproduce the workflow.
Work to do
Run the documented workflow with a second operator.
Compare measurement consistency and setup effort.
Resolve ambiguous instructions and record deviations.
Acceptance gate
A second operator meets the predefined repeatability target with the published instructions.
Publish: Replication report and revised setup guide.
PHASE 5 / 100% MILESTONEPlanned
Release the research kit
Package a maintainable reference system.
Work to do
Publish supported hardware and software versions.
Provide installation, calibration and troubleshooting guides.
Separate experimental adapters from supported releases.
Acceptance gate
Supported configurations pass acceptance checks; scope and maintenance ownership are explicit.
Publish: Product 1.0 reference kit and console.
Progress stays at 0% until the starting scope is accepted and subsequent milestone evidence is published. Phase 1–5 targets are 20%, 40%, 60%, 80% and 100%. These percentages track development, not treatment effectiveness.
Published the module strategy, concrete phase deliverables, acceptance criteria and future portal workflow. This is a planning update; product completion remains 0%.
Entries are published with site updates. Planned work is labelled separately from completed product milestones.