The business challenge
A distributor maintains stock records, sales orders, and customer details in separate tools. Teams reconcile data manually, and customers ask staff to check availability. Replacing every system at once would introduce unnecessary operational disruption.
The proposed approach
Map the current data ownership and build an integration layer first. Introduce a shared operations view, then a customer portal, while migrating selected legacy workflows in stages. Validate each increment with the people who run daily operations.
What the scope would include
- An inventory of systems, data flows, and operational dependencies.
- APIs or adapters for stock, sales orders, and customer records.
- A role-based operations interface and customer portal.
- A phased data migration and cutover plan.
How the pieces connect
The proposed platform uses explicit interfaces between source systems and the new application. A synchronization layer records changes and exceptions. The user interface shows source freshness so staff can recognize delays instead of assuming every value is current.
Controls and exception handling
Data reconciliation, access controls, integration retries, and rollback steps are included in each release. Critical warehouse tasks receive a continuity plan before the legacy workflow is changed.
Intended benefits
- Reduce repeated data entry across connected workflows.
- Make stock and order information easier to access.
- Replace fragile components without a single large cutover.
How we would evaluate it
Measure reconciliation differences, synchronization failures, task completion time, system availability during cutover, and user acceptance of each migrated workflow.
Actual outcomes would depend on the available systems and data, agreed scope, user adoption, and results of the pilot.