Size the migration portfolio
Capture workflow counts, active workflows, business-critical processes, average action count, ownership, testing readiness, and inventory quality so teams can separate quick wins from complex remediation work.
Qualify a Nintex migration before the first workshop. Estimate portfolio complexity, manual rebuild effort, Flow Migrator-assisted effort, Power Platform licensing impact, and potential first-year savings from moving Nintex workflows to Microsoft Power Automate.
Capture workflow counts, active workflows, business-critical processes, average action count, ownership, testing readiness, and inventory quality so teams can separate quick wins from complex remediation work.
Identify patterns that usually drive Power Automate migration effort, including approvals, state machines, child workflows, SQL or API calls, custom task forms, Nintex Tables, XML/XSLT, and on-premises data access.
Compare manual migration cost against tool-assisted migration cost, annual Nintex spend, likely premium licensing, delivery services, and expected request volume before committing to a migration plan.
Use this calculator for pre-sales qualification, discovery preparation, and executive planning. It estimates effort from questionnaire inputs; for exact action mappings, blockers, connector requirements, and export readiness, upload real Nintex workflow exports into Flow Migrator.
The questionnaire is designed to start the conversation. Flow Migrator can then analyze exported Nintex workflows to produce supported, partial, and unsupported action counts; Power Automate limit-risk checks; premium connector and gateway flags; and importable Power Automate packages where mappings are supportable.
Analyze exports in Flow Migrator