CLINICAL TECHNOLOGY / OPERATING TOOL 09

Don’t Migrate Your Old Participant-Journey Leaks Into Your New Clinical Stack.

A new CTMS or EDC can improve infrastructure.

Resources/Clinical technology

System Migration Is a Rare Opportunity to Remove Old Work.

Most migration programs naturally focus on:

  • data mapping,
  • field conversion,
  • validation,
  • user migration,
  • integrations,
  • SOP changes,
  • training,
  • cutover.

All of those matter.

But there is another question worth asking:

“Which manual participant handoffs should not exist in the new environment?”

Because if you migrate:

  • the same spreadsheet,
  • the same email approval,
  • the same duplicate data entry,
  • the same consent re-check,
  • the same milestone reconciliation,
  • the same payment exception process,

then the organization can spend heavily on transformation while leaving cost per randomized participant largely unchanged.

5. The Core Principle

A migration should redesign transitions, not only systems.

The participant journey crosses multiple functional boundaries:

candidate discovery

→ recruitment

→ site outreach

→ consent

→ clinical data access

→ screening

→ study participation

→ milestone completion

→ payment

The key migration question is:

“Which of those transitions are currently manual, duplicated, or unowned?”

Those are the handoffs to inspect before the new architecture is locked.

6. Risk Area 1 — Candidate Identification → Recruitment Workflow

Current-state questions

Where are potential candidates identified?

How are they handed into recruitment?

Does someone export or upload a file?

Are candidates copied into another system?

Is duplicate entry involved?

Can source provenance be retained?

Migration risk

The new stack may preserve a manual intake process because it was treated as “outside scope.”

Red flag

The recruitment team still starts with spreadsheets or email attachments after migration.

Future-state goal

Candidate creation should create a trackable workflow event with clear ownership.

7. Risk Area 2 — Recruitment → Site Handoff

Current-state questions

How does a likely candidate reach the site?

Does the site acknowledge receipt?

Is site action visible? Can the recruitment team tell whether the patient was contacted?

Are stale referrals escalated?

Migration risk

The new CTMS tracks site operations, but recruitment still lives in a separate workflow with no shared participant state.

Red flag

Referral status is still “sent” rather than “progressed.”

Future-state goal

Recruitment-to-site transitions should have a visible state and owner.

8. Risk Area 3 — Pre-Screen → Consent

Current-state questions

What triggers consent?

How is consent status communicated?

Does the next system receive the status automatically?

Does staff manually confirm whether the participant has signed?

Are multiple consent tools in use?

Migration risk

The new environment stores cleaner records, but consent state remains operationally fragmented.

Red flag

Coordinators still ask:

“Has this patient actually consented yet?”

Future-state goal

Consent should be a usable participant state, not only a document. 9. Risk Area 4 — Consent → Data Access

Current-state questions

Does the team know which data the participant has authorized?

Does data access depend on manual confirmation?

Does revocation propagate?

Is permission scope visible outside the consent tool?

Migration risk

Consent and data platforms are migrated independently with no operating link between them.

Red flag

The new system records consent perfectly, but downstream access still requires email or manual review.

Future-state goal

Permission state should be visible to the workflow that depends on it.

10. Risk Area 5 — External Clinical Data → Eligibility

Current-state questions

How are labs, imaging, medication history, treatment history, pathology, or other external records obtained?

Are PDFs downloaded and uploaded?

Is data re-entered manually?

Do coordinators chase providers? Does the patient retrieve records?

Migration risk

The EDC changes, but source-data retrieval remains unchanged.

Red flag

The future-state architecture modernizes trial data capture while eligibility evidence still travels by manual document exchange.

Future-state goal

Required source evidence should enter the workflow with less manual handling.

11. Risk Area 6 — Eligibility → Study Status

Current-state questions

Where is eligibility recorded?

Who updates CTMS?

Who updates EDC?

Who tells recruitment?

What happens if the decision changes?

Migration risk

Different applications carry inconsistent participant state.

Red flag

One system says:

“likely eligible”

while another says:

“screen failed” and someone must reconcile the truth.

Future-state goal

There should be a clearly defined source of truth for participant state transitions.

12. Risk Area 7 — Remote Activity → CTMS / EDC

Current-state questions

How are telehealth, ePRO, eCOA, wearable, home-health, or remote activities reflected in core trial systems?

Does someone manually confirm completion?

Do digital vendors push events downstream?

Migration risk

DCT tools are retained, but the new CTMS/EDC does not receive meaningful participant events automatically.

Red flag

The CRO has sophisticated remote tools but still reconciles completion manually.

Future-state goal

Important participant events should become usable downstream workflow signals.

13. Risk Area 8 — Visit Completion → Operational Milestone

Current-state questions

What proves a visit is complete? Which system owns completion?

Can operations see it immediately?

Does someone approve it manually?

Migration risk

The new EDC has cleaner visit data, but finance, site operations, or patient-experience workflows still wait for manual confirmation.

Red flag

Visit completion is known clinically but not operationally.

Future-state goal

A verified visit should be able to trigger the next eligible workflow.

14. Risk Area 9 — Milestone → Participant Payment

Current-state questions

How is payment eligibility determined?

Does someone check EDC?

Is payment data re-keyed?

Are reimbursements handled separately?

Are exceptions routed manually?

Migration risk

Payment tools remain outside the core migration and continue depending on manual reconciliation.

Red flag

The organization upgrades CTMS and EDC but preserves the same milestone-to-payment delay. Future-state goal

Verified milestones should feed payment eligibility with clear exception handling.

15. Risk Area 10 — Withdrawal / Re-Consent → Downstream Systems

Current-state questions

What happens when a participant withdraws?

What happens when consent changes?

Which systems are updated?

Who is notified?

What downstream activity should stop or change?

Migration risk

The new stack stores participant state but does not propagate changes across workflows.

Red flag

One system has the current status while other systems continue using stale assumptions.

Future-state goal

Critical participant-state changes should trigger defined downstream actions.

16. Risk Area 11 — Exception Handling

Current-state questions

Where do exceptions live today?

Email? Teams/Slack?

Spreadsheets?

Tickets?

Vendor portals?

Examples

Missing records

Failed integration

Duplicate participant

Consent mismatch

Unverified milestone

Payment exception

Site non-response

Migration risk

Normal workflows are redesigned, but exception workflows remain invisible.

Red flag

The “happy path” is automated, while difficult cases still disappear into email.

Future-state goal

Exceptions should have:

owner, status, SLA, resolution evidence.

17. Risk Area 12 — Reporting & Observability Current-state questions

Can leadership see:

candidate → contact?

contact → screen?

screen → randomization?

visit → payment?

Which system provides those metrics?

Can data be joined reliably?

Migration risk

The CRO gets better dashboards inside the new platform but still cannot see the end-to-end participant journey.

Red flag

Each function has better reporting but no one can measure cross-system transition time.

Future-state goal

Migration success should include participant-journey visibility, not only application adoption.

18. The 12-Point Migration Handoff Checklist

Before signing off future-state workflows, confirm:

  • Candidate intake is trackable
  • Recruitment-to-site status is visible
  • Consent state is operationally usable
  • Consent aligns with data access
  • External evidence retrieval is improved
  • Eligibility state is consistent
  • Remote activity can update core workflow
  • Visit completion creates a usable milestone
  • Milestone can support payment workflow
  • Withdrawal/re-consent propagates appropriately
  • Exceptions have owners
  • End-to-end journey metrics are possible

19. The “Do Not Migrate This” List

Ask every workstream to identify manual practices that should not survive.

Examples:

Do not migrate:

manual candidate CSV uploads

manual consent confirmation by email

manual chart-document transfer where integration is feasible

duplicate participant-state entry

manual milestone re-verification across systems

spreadsheet-based payment approvals

email-only exceptions

manually reconciled withdrawal status

Important

Not every manual process needs automation.

The goal is to identify high-volume or high-impact manual handoffs that materially affect:

  • enrollment,
  • coordinator effort,
  • participant experience,
  • data reliability,
  • payment speed. 20. Migration Prioritization Matrix

Score each handoff 1–5 on:

Volume

How often does it occur?

Delay

How much waiting time does it create?

Manual effort

How much staff time is used?

Participant impact

Does it create patient-facing friction?

Control sensitivity

Would failure affect important trial controls?

Integration feasibility

Can it realistically be improved during migration?

Priority

High score + feasible = redesign before cutover.

21. The Future-State Workflow Test

For every participant transition, the migration team should be able to answer:

1.

What event starts the workflow?

2.

Which system detects it? 3.

Who owns the next action?

4.

What data/permission is required?

5.

What system records completion?

6.

What downstream process is triggered?

7.

What happens on exception?

If those seven answers are unclear, the workflow is not fully designed.

22. Migration Success Metrics

Do not evaluate only:

systems migrated,

users trained,

data converted,

integrations completed.

Also consider:

  • candidate-to-site handoff time,
  • manual touches per participant,
  • consent-to-data time,
  • missing-evidence delays,
  • participant-status reconciliation,
  • milestone-to-payment time,
  • coordinator hours,
  • cost per randomized participant.

That connects technology transformation to clinical operations economics. 23. Finished Website Mid-Page CTA

Use the Migration Window to Remove Work — Not Just Move It.

Download the editable Clinical Stack Migration Handoff Pack and use it with:

  • Clinical Technology,
  • Data Operations,
  • Clinical Operations,
  • DCT,
  • Quality,
  • Operational Excellence.

Download includes

  • 12-point Handoff Risk Map
  • “Do Not Migrate This” worksheet
  • current-state handoff map
  • future-state workflow test
  • exception-handling checklist
  • migration prioritization matrix
  • participant-journey success metrics

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Download the Migration Risk Pack

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COVER

THE CLINICAL STACK MIGRATION HANDOFF RISK MAP

Don’t carry old participant-journey leakage into your new CTMS / EDC environment.

PAGE 2 — 12 Handoffs to Review

HandoffCurrent OwnerFuture-StateRedesign Needed?Risk

Candidate → recruitment

Recruitment → site

Pre-screen → consent

Consent → data

Data → eligibility

Eligibility → study status

Remote activity → core systems

Visit → milestone

Milestone → payment

Re-consent/withdrawal → downstream

Exception → resolution

Journey → reporting

PAGE 3 — “Do Not Migrate This” Worksheet

Manual process

Why does it exist today?

Frequency

Staff time required

Participant impact

Should it survive?

  • Yes
  • No
  • Redesign

Future-state alternative

PAGE 4 — Current-State Handoff Map

Event Source Manual Step Owner Delay System

Highest-friction current handoff: PAGE 5 — Future-State Workflow Test

For selected workflow:

Trigger event

Detecting system

Workflow owner

Required permission/data

Completion evidence

Downstream trigger

Exception path

PAGE 6 — Prioritization

Score 1–5:

HandoffVolumeDelayManual EffortParticipant ImpactControl SensitivityFeasibilityTotal

Top migration redesign priority: PAGE 7 — Exception Handling

Exception

Detection

Owner

SLA

Resolution evidence

Downstream update

PAGE 8 — Success Metrics

Before migration

Candidate → site: ______

Consent → data: ______

Coordinator manual touches: ______

Milestone → payment: ______

Cost per randomized patient: ______

After migration target

Candidate → site: ______

Consent → data: ______ Coordinator manual touches: ______

Milestone → payment: ______

Cost per randomized patient: ______

You Found the Handoffs Worth Redesigning.

Now quantify the current economic leakage.

Use the Cost-per-Randomized-Patient Leakage Calculator to estimate the impact of:
  • coordinator effort,
  • cross-system delay,
  • screen failure,
  • enrollment latency,
  • manual payment workflows,
  • and site burden.
Run the Calculator

Explore the related MinervaLedger workflow →

Take this framework into your next study discussion.

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Now calculate what the constraint costs.

Use your own study inputs to quantify the operational impact.

Run the Leakage Calculator

START WITH ONE WORKFLOW

One Study. One Broken Handoff.
One Measurable Outcome.

Choose one participant workflow. Baseline it. Fix the handoff. Measure the result.

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