A multi-channel retailer selling through more than ten online channels got relief on its existing platform first, and is scoping the rebuild on evidence rather than assumptions.
About the client
A multi-channel consumer goods retailer with a Japan sales operation and warehouses in three Asian countries. More than ten online sales channels feed into one order management system.
Challenges
The retailer's existing commerce platform was struggling to handle growing order and inventory workloads. Although a full rebuild was under discussion, the operations team needed improvements much sooner.
Platform limitations
The configuration-driven commerce platform was reaching its limits as the business continued to expand.
Increasing processing load
Order and inventory processing slowed as channel volume grew. Every additional sales channel placed more load on the existing system.
Complex multi-channel operations
More than ten online channels fed a single order management system serving warehouses across three Asian countries.
Immediate operational pressure
A full platform rebuild was being discussed, but the business needed performance relief immediately rather than waiting for a long replacement project.
Solution
TPS proposed a fixed-scope performance engagement instead of immediately replacing the existing platform. The immediate priority was to identify and remove performance bottlenecks, while keeping the long-term rebuild decision separate from the optimization work.
Profile the flows
Profile order and inventory flows end to end to identify where processing time was actually lost.
Fix inside the platform
Address bottlenecks that could be removed within the existing platform, delivering operational improvements without requiring a full rebuild.
Document the limits
Record where the platform would continue to constrain growth, supported by findings from the performance assessment.
Scope the rebuild on evidence
Use the assessment to define the scope of a potential rebuild based on measured limitations instead of assumptions.
Performance improvements focused on the order and inventory flows connecting sales channels with warehouse operations.
Inventory processing PERFORMANCE OPTIMIZED
The engagement focused on improving the existing order management system before committing to a platform rebuild.
Results
By separating immediate performance improvements from the long-term rebuild, TPS helped the retailer address operational pressure while establishing a clearer foundation for its next technology decision.
Performance relief in weeks
Performance fixes were delivered on the existing platform, without requiring an immediate system replacement.
Improved operational flows
The engagement addressed bottlenecks affecting order and inventory processing across the multi-channel environment.
Documented platform limitations
The client received a written assessment of the platform's limitations, based on findings from the performance engagement.
Evidence-based rebuild planning
The rebuild is being scoped using the assessment rather than relying solely on assumptions or a vendor proposal.
Performance improvements were delivered first. The wider replacement project remains a separate planning decision.
Bottlenecks addressed within the existing platform, with initial relief delivered in weeks.
Documented technical limitations and supporting evidence provided to the client.
Defining the scope of a potential rebuild using findings from the performance assessment.
The rebuild is in scoping; it has not been presented as a completed implementation.
Why it matters for you
Improve performance first. Make the rebuild decision on evidence. A struggling commerce platform does not always require an immediate replacement. Targeted performance improvements can provide operational relief while a detailed assessment establishes where modernization is actually needed.
Start with a 30-minute assessment
Bring your current system and the question you are trying to answer. TPS comes back with a written view of options, not a sales deck.
BOOK A 30-MIN ASSESSMENTEC Platform · Performance Optimization
