Digital migration

Legacy modernization and process digitization that keep users and auditors continuous while platforms change underneath.

Modernize experiences while business continues to move

Radiantze modernizes customer and employee workflows in increments by decomposing legacy interfaces and batch processes into services without stopping operations.

Content, forms, and case management often move ahead of core systems. Radiantze orchestrates dual-write and reconciliation so reporting stays consistent through the transition.

Teams modernizing digital workplace tools and customer experiences

Partnership

Strangler fig delivery with measurable adoption

Each Radiantze increment reduces legacy risk through fewer green-screen touches, shorter handle times, and KPIs product owners can stand behind.

  • Journey workshops prioritized by revenue, compliance, and support value.
  • API and micro-frontend layers that sunset legacy module by module.
  • Document modernization with templating, e-signature, and archival policy.
  • Change management and helpdesk readiness before go-live.

01

Experience modernization

Responsive web and mobile that replace desktop-only clients, with accessibility designed in where required.

02

Process orchestration

Workflow engines connecting tasks, rules, and integrations with visible SLAs.

03

Legacy coexistence

Reconciliation, feature flags, and parity testing through the parallel-run window.

Priorities

Delivery priorities Radiantze addresses

  • Radiantze separates business rules from legacy procedures for controlled evolution.
  • Radiantze keeps parallel runs focused with automated parity testing.
  • Radiantze delivers role-based training that builds confidence in the new experience.

Delivery

Radiantze approach

  • 01Journey prioritization

    Value and risk matrix with an MVP tied to adoption metrics.

  • 02Incremental build

    Strangler releases with parity dashboards and rollback levers.

  • 03Cutover & retire

    Hypercare, then decommission with cost takeout and a reduced security surface