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Platform rebuild

Platform Rebuilding & Application Replatforming

Build the platform your next stage of growth needs.

Discuss your workflow

The operation, connected

Build the platform your next stage of growth needs.

Aiwah rebuilds operational and product platforms when their architecture is making useful change too difficult. We work across the data model, business logic, interfaces and integrations, with a delivery sequence that accounts for the live business. The result should make the next change easier to understand, test and release.

An ageing platform can accumulate duplicate records, tightly coupled modules and customer-specific workarounds. New features touch too many systems and an ambitious replacement plan grows before users see a benefit. We define clear boundaries and a practical first release before expanding the rebuild.

  • A small feature requires changes across multiple tightly connected modules.
  • The platform cannot support a new market, channel or operating model cleanly.
  • Teams spend more effort maintaining workarounds than improving the product.

What we can build

Purpose-built capabilities.
One connected system.

Scope the combination that solves your operating problem, with clear responsibilities for software and people.

01

Current-platform assessment

Map users, business capabilities, dependencies and recurring failure points. Distinguish essential behaviour from accidental complexity before designing a replacement.

02

Target architecture

Define module boundaries, data ownership and integration contracts. Choose an architecture the team can operate and change rather than adding components without a delivery reason.

03

Workflow and interface rebuilding

Design the tasks people actually perform, including bulk work, review and exceptions. Test the experience with users before a large implementation is committed.

04

Shared data foundation

Reconcile identities and define the records that connect the business. Plan historical data migration, permission mapping and reporting continuity.

05

Incremental rollout

Where feasible, move a bounded capability alongside the existing platform. Define how old and new exchange state, which system owns each record and when a dependency can be retired.

06

Production operations

Deliver testing, observability, deployment automation and recovery procedures with the platform. Make ongoing operating costs and ownership clear.

Platform architectureA foundation built to change in bounded parts.

Clear modules and contracts make the next release easier to understand.

An example workflow

From the first signal
to the next accountable action.

This is a starting point for design. The actual workflow, permissions and integrations are scoped around your operation.

  1. 01

    Choose the first capability

    Agree the business reason for rebuilding and identify a bounded area with useful impact. Map its interfaces and current behaviour.

  2. 02

    Build the new foundation

    Implement the shared records, permissions and contracts required for that capability, with tests around its critical rules.

  3. 03

    Validate and migrate

    Exercise real workflows, reconcile data and rehearse the release. Roll out to an agreed group before widening adoption.

  4. 04

    Expand with evidence

    Use feedback, stability and delivery performance to prioritize the next capability and retire obsolete dependencies deliberately.

Works with your existing tools

Connect the systems that already matter.

We design coexistence with existing applications, identity providers, payment systems, reporting tools and external partners. Compatibility, data ownership and integration versioning are part of the rebuild scope.

Measures we can define together

  • Lead time for a change
  • Release reliability
  • Data reconciliation quality
  • Adoption of new workflows

We establish a baseline and agree a measurement method. Results depend on your process, data and adoption; these are measures to track, not promised outcomes.

From discovery to live operation

A team responsible for the system, not just the handoff.

We begin with a working session around a real example. We map the workflow, identify the costly handoffs and agree the decisions, permissions and integrations the system needs.

We then shape a focused first release, build the operating interfaces and test routine work alongside exceptions and failure recovery. Rollout includes the people using the system and a way to observe whether the change is helping.

You keep practical control of the code, workflows, business logic, data and operating context we create, subject to third-party services and licences. Support and continued improvement are scoped with the engagement.

Read about security and controls →

Before we begin

Your questions,
answered clearly.

Will we have to stop developing the existing product?

The release plan should account for ongoing work. Parallel delivery is often possible, but the answer depends on shared data, module boundaries and team capacity. We agree the coexistence plan during discovery.

Can you preserve historical data?

We assess the source quality and required history, then map, transform and reconcile it. The migration plan includes samples, exception handling and an acceptance process with the data owners.

Who owns the rebuilt platform?

Ownership of the code, workflows, business logic and data we create is defined in the engagement. Third-party services keep their own licensing terms. Documentation and support responsibilities are part of delivery.

Explore connected services

Revenue and sales operationsCustomer lifecycleOperations and service deliveryKnowledge and back officeAI discovery & roadmapLegacy modernizationAI operations redesignAI for engineering teams

Bring one important workflow

What should work better
in your business?

Tell us where the operation slows down, what your team is doing manually and what a better result would look like.

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