GDPR Compliance

We use cookies to ensure you get the best experience on our website. By continuing to use our site, you accept our use of cookies, privacy policy and terms of service.

MuleSoft Migration Specialists — Zero-Downtime Cutover

MuleSoft Migration
From Legacy ESB to Anypoint.

We migrate legacy ESB platforms — TIBCO BusinessWorks, IBM App Connect, Software AG WebMethods, Oracle Service Bus, BizTalk, Dell Boomi — to MuleSoft Anypoint Platform, and upgrade Mule 3 applications to Mule 4. Every migration is delivered with parallel testing, zero-downtime cutover planning, and a validated production environment before the legacy platform is decommissioned.

TIBCO, IBM, WebMethods Mule 3 → Mule 4 Zero-Downtime Cutover Parallel Testing
150+
ESB Migrations Delivered
Production migrations from TIBCO, IBM, WebMethods, BizTalk, and Boomi to MuleSoft Anypoint Platform.
100%
Zero-Downtime Cutovers
Every production cutover planned and executed with parallel validation — no production downtime on any completed migration.
Parallel
Test Environment Standard
We run source and target environments in parallel — validating Mule output against legacy output for every integration flow before cutover.
500+
Mule 3 Flows Upgraded
Mule 3 applications upgraded to Mule 4 — including DataWeave 2.0 rewrites, connector upgrades, and CI/CD pipeline implementation.
Full
Migration Documentation
Every migration delivered with a flow inventory, migration decision log, cutover runbook, and post-migration validation report.
4.9★
Client Rating
Rated 4.9★ for migration methodology, parallel testing discipline, and zero-downtime cutover execution.
Parallel Testing
Source vs target output validated for every flow
Zero-Downtime Cutover
Production rollback plan on every migration
Flow Inventory
Full catalogue of migrated flows at handover
API-Led by Default
Every migrated integration structured in three tiers

What Kind of Migration Do You Need?

Three distinct migration scenarios — each with its own assessment approach, migration methodology, and cutover strategy. We scope every engagement based on your specific source platform and target state.

Most Common

Legacy ESB to MuleSoft

Migrating from on-premises ESB middleware — TIBCO BusinessWorks, IBM App Connect, Software AG WebMethods, Oracle Service Bus, Microsoft BizTalk — to MuleSoft Anypoint Platform. These are typically the most complex migrations: legacy platforms with proprietary connectors, undocumented transformations, and brittle coupling that has accumulated over a decade.

TIBCO BusinessWorks IBM App Connect WebMethods Oracle Service Bus BizTalk
  • Full flow inventory and complexity scoring
  • Proprietary connector to Anypoint connector mapping
  • Transformation logic extraction and DataWeave rewrite
  • Parallel test environment with output comparison
  • Phased cutover with live legacy platform rollback option
Within MuleSoft

Mule 3 to Mule 4 Upgrade

Upgrading existing Mule 3 applications to Mule 4 — the current LTS version. Mule 3 reached end of extended support in August 2022, meaning no security patches or connector updates. Mule 4 uses a different runtime model, incompatible connector versions, and DataWeave 2.0 instead of DataWeave 1.0 — requiring a deliberate migration rather than a simple update.

Mule 3 → Mule 4 DataWeave 1.0 → 2.0 Connector Upgrades Runtime Fabric
  • Mule 3 flow audit and compatibility assessment
  • DataWeave 1.0 to DataWeave 2.0 script rewrite
  • Connector version upgrade and configuration
  • MUnit test suite development for migrated flows
  • CI/CD pipeline implementation on upgraded applications
iPaaS Migration

iPaaS to MuleSoft

Migrating from cloud-based iPaaS platforms — Dell Boomi, Informatica Cloud, Azure Logic Apps, Workato, Celigo, Jitterbit — to MuleSoft Anypoint Platform. These migrations typically involve moving from a low-code/no-code integration tool to a programmatic API-led platform — requiring the translation of visual flow diagrams into properly structured Mule 4 flows with error handling, retry logic, and test coverage.

Dell Boomi Informatica Cloud Azure Logic Apps Workato Celigo
  • iPaaS flow inventory and dependency mapping
  • Visual flow to Mule 4 flow translation
  • DataWeave transformation development
  • API-led architecture design around migrated flows
  • MUnit test coverage for all migrated integrations

Platforms We Migrate From

We have completed production migrations from all major legacy ESB and iPaaS platforms. Each platform has its own migration patterns, connector mapping challenges, and transformation translation requirements — which we have worked through in practice.

ESB
TIBCO BusinessWorks

BW 5 and BW 6 — BWCE migration to Mule 4 on CloudHub or RTF

  • TIBCO ActiveMatrix connector replacement
  • XPath/XSLT to DataWeave 2.0 rewrite
  • TIBCO EMS to Anypoint MQ migration
  • Business Works adaptor to Anypoint connector
ESB
IBM App Connect

IIB, ACE, and MQ migration — mapping message flows to Mule 4

  • IIB message flow to Mule 4 flow translation
  • ESQL transformation to DataWeave rewrite
  • IBM MQ to Anypoint MQ migration
  • IBM adaptor to Anypoint connector mapping
ESB
Software AG WebMethods

WebMethods Integration Server flow migration to MuleSoft

  • IS flow and service to Mule 4 migration
  • WebMethods adaptor connector replacement
  • Universal Messaging to Anypoint MQ
  • Trading Networks B2B migration
ESB
Microsoft BizTalk

BizTalk orchestrations and maps to Mule 4 Anypoint flows

  • BizTalk orchestration to Mule 4 flow
  • XSLT map to DataWeave 2.0 script
  • BizTalk adapter to Anypoint connector
  • MSMQ to Anypoint MQ migration
ESB
Oracle Service Bus

OSB proxy services and routing rules to MuleSoft API-led

  • OSB proxy service to Mule 4 System API
  • XQUERY to DataWeave 2.0 transformation
  • JCA adapter to Anypoint connector
  • Oracle AQ to Anypoint MQ migration
iPaaS
Dell Boomi

Boomi process canvas flows migrated to Mule 4 on CloudHub

  • Boomi process to Mule 4 flow translation
  • Boomi connector to Anypoint connector
  • Map function to DataWeave 2.0 rewrite
  • Boomi process library to Anypoint Exchange
iPaaS
Informatica Cloud

Informatica IDMC and IICS to MuleSoft Anypoint migration

  • IDMC mapping to DataWeave transformation
  • Informatica connector to Anypoint connector
  • Synchronisation task to Mule batch job
  • Workflow to Mule 4 flow migration
iPaaS
Azure Logic Apps

Logic Apps workflows migrated to Mule 4 for richer control

  • Logic App trigger to Mule 4 inbound flow
  • Action connector to Anypoint connector
  • JSON schema to RAML data type
  • Workflow condition to Mule 4 choice router
Mule Upgrade
Mule 3

Mule 3 ESB / EE applications upgraded to Mule 4 LTS

  • Mule 3 XML DSL to Mule 4 XML configuration
  • DataWeave 1.0 to DataWeave 2.0 rewrite
  • Deprecated connector to Mule 4 connector
  • MUnit 1 test suite to MUnit 2 migration

Migration Risks We Identify and Mitigate

Every ESB migration carries risks. Our migration methodology is designed around the most common failure modes — and we document our mitigation approach for each before the migration begins.

Risk Level How We Mitigate It
Undocumented transformation logic in legacy flows High We extract and document every transformation during the flow inventory phase — before migration begins — using source code analysis, live message capture, and interviews with the original developers.
Proprietary connector not available as Anypoint connector High We map every source connector to its closest Anypoint equivalent and build custom HTTP/REST wrappers for systems where a certified connector does not exist — always documented in the migration decision log.
Message format differences between source and target Medium We run a parallel test environment from day one — comparing source platform output with Mule 4 output record-by-record for every test scenario before cutover approval is given.
Regression in downstream systems after cutover High We run end-to-end integration tests with downstream systems in staging before production cutover — with rollback procedure to legacy platform active until downstream validation is complete.
Data loss during cutover window High We design cutovers as hot-swap transitions — queued messages are drained from the legacy platform before cut, and the new Mule flow is validated live before the legacy endpoint is deactivated.
Legacy flow error handling not replicated in Mule 4 Medium We audit every error path in the source flow during inventory and document the expected error behaviour — then verify Mule 4 error handling produces equivalent outcomes in parallel test.
Performance degradation after migration Medium We run load tests against the Mule 4 flows in staging before production cutover — validating throughput and latency at peak volume against the source platform baseline.
Knowledge lost when legacy platform team is unavailable Low We treat undocumented institutional knowledge as a project risk and allocate discovery time in the first two weeks specifically to capture it — before developers who built the original flows are unavailable.

MuleSoft Migration — Full Service Scope

Every stage of a migration programme — from the initial inventory through flow translation, parallel testing, cutover execution, and post-migration optimisation — with full documentation at every stage.

Migration Assessment

We produce a full migration assessment — inventorying every flow on the source platform, scoring complexity (low/medium/high/critical), mapping connectors to Anypoint equivalents, estimating DataWeave translation effort, and identifying undocumented flows that require discovery before migration can begin.

  • Full flow inventory and complexity scoring
  • Connector to Anypoint mapping matrix
  • DataWeave translation effort estimation
  • Undocumented flow discovery plan

Migration Roadmap

We produce a phased migration roadmap — grouping flows by domain, sequencing migrations to minimise inter-flow dependencies, identifying which flows to migrate first (highest business impact and lowest complexity) and which to defer or decommission.

  • Domain-based flow grouping
  • Dependency-aware migration sequencing
  • Prioritised migration backlog
  • Decommission candidate identification

Flow Translation & Build

We translate source flows to Mule 4 — converting proprietary connector configurations to Anypoint connectors, rewriting transformation logic as DataWeave 2.0, rebuilding error handling chains, and implementing retry and dead-letter logic — structured as API-led three-tier flows wherever possible.

  • Proprietary to Anypoint connector rebuild
  • DataWeave 2.0 transformation rewrite
  • Error handling and retry logic rebuild
  • API-led three-tier structure applied

Parallel Testing

We run the source platform and Mule 4 environment simultaneously — executing every test scenario against both platforms and comparing output field-by-field. Only when parallel test results are within defined tolerance does a flow advance to cutover planning.

  • Source vs Mule 4 output comparison
  • Record-level field comparison for batch flows
  • Error scenario parallel test execution
  • Tolerance threshold sign-off before cutover

MUnit Test Suite Development

We write MUnit test suites for every migrated Mule 4 flow — covering the primary success scenario, error handling paths, and edge cases — targeting 80%+ code coverage, with CI/CD pipeline integration so tests run automatically on every commit.

  • MUnit 2 test suite per migrated flow
  • Error path and edge case coverage
  • CI/CD pipeline MUnit integration
  • 80%+ code coverage gate enforcement

Zero-Downtime Cutover

We plan and execute production cutovers as hot-swap transitions — draining queued messages from the legacy platform before cut, validating the Mule 4 flow live against production data, and maintaining live rollback to the legacy platform until downstream validation is complete.

  • Cutover runbook documentation
  • Queue drain and message confirmation
  • Live Mule 4 validation before legacy deactivation
  • Rollback procedure to legacy platform

Anypoint Monitoring Setup

We configure Anypoint Monitoring dashboards and alerts for every migrated flow — ensuring production observability from the moment the legacy platform is deactivated, with alert thresholds and log search filters matching the operational requirements of each flow.

  • Anypoint Monitoring dashboard setup
  • Alert threshold configuration
  • Log management and search setup
  • Anypoint Visualizer topology update

Post-Migration Documentation

We produce a complete post-migration documentation pack — updated flow inventory, migration decision log (documenting every translation decision and rationale), cutover report, validation report, and updated operations runbook for each migrated flow.

  • Updated flow inventory
  • Migration decision log with rationale
  • Cutover and validation report
  • Updated operations runbook per flow

Our Migration Delivery Process

A gate-controlled migration methodology — no flow advances to production without passing parallel testing, and no cutover happens without a documented rollback plan and downstream validation.

01

Flow Inventory & Assessment

We catalogue every integration on the source platform — flow name, source and target systems, connector types, transformation complexity, message volume, business criticality — scoring each flow for migration complexity and producing a written assessment report within two weeks.

02

Discovery & Documentation

We extract and document every undocumented transformation — using source code analysis, live message capture in test environments, and interviews with the original developers — ensuring no migration is blocked by missing institutional knowledge.

03

Migration Roadmap

We produce a phased migration roadmap — grouping flows by business domain, sequencing based on dependencies, and identifying which flows to migrate in each phase — with a fixed timeline and price for each phase agreed before any migration begins.

04

Mule 4 Build (Phase 1)

We build the Phase 1 Mule 4 flows in Anypoint Studio — connector configuration, DataWeave 2.0 transformation, error handling chains, retry logic — structured as three-tier API-led flows and deployed to a staging environment that mirrors production configuration.

05

Parallel Test Environment

We run the source platform and the Phase 1 Mule 4 flows simultaneously in staging — executing every test scenario against both and comparing output — until parallel test results are within defined tolerance. No flow advances to production until parallel testing passes.

06

Zero-Downtime Cutover

We execute the production cutover as a hot-swap — draining the legacy queue, validating the Mule 4 flow live against production data, and deactivating the legacy endpoint only after live validation and downstream system confirmation. Rollback to legacy is available throughout.

07

Repeat for Each Phase

We repeat the build → parallel test → cutover cycle for each migration phase — following the roadmap sequence — until all in-scope flows have been migrated to MuleSoft and the legacy platform is ready for decommission.

08

Documentation & Handover

We produce the full post-migration documentation pack — updated flow inventory, migration decision log, cutover reports, validation reports, and operations runbooks — and conduct a handover walkthrough with your team before the engagement closes.

Why Enterprises Choose Us for MuleSoft Migration

Migration projects fail when the team underestimates undocumented complexity, skips parallel testing, or treats cutover as a simple deployment. Our methodology is designed around where migrations actually break down.

Inventory Before Estimation

We produce a full flow inventory before we produce a price or timeline. Most migration cost overruns happen because the initial estimate was based on the number of flows the client knew about — not the number that actually existed. We find the hidden flows before we price the work.

Parallel Testing Is Non-Negotiable

We have never seen a migration where the Mule 4 output matched the legacy output on the first parallel test run. Parallel testing exists precisely to find and fix those differences before they reach production. We run parallel testing for every flow before cutover, without exception.

Hot-Swap Cutover Strategy

We design every production cutover as a hot-swap — the legacy platform remains live and the rollback path is active until the Mule 4 flow has been validated against live production data. Cutover is not a deployment; it is a controlled, reversible transition.

API-Led on Every Migration

We do not replace a legacy ESB with an equivalent MuleSoft spaghetti — we use every migration as the opportunity to restructure flows into three-tier API-led architecture. Migrated flows are cleaner, more maintainable, and more reusable than the originals.

Discovery for Undocumented Flows

Undocumented integration logic is the most common migration blocker. We allocate dedicated discovery time in every migration to extract and document the logic that exists only in source code or in the heads of developers who built the original system.

Decision Log on Every Change

Every translation decision — why we chose a particular Anypoint connector, why a DataWeave script differs from the XSLT original, why we restructured an error handling path — is documented in the migration decision log. Your team can trace every post-migration difference back to a documented rationale.

150+
ESB Migrations Completed
100%
Zero-Downtime Cutovers
500+
Mule 3 Flows Upgraded to Mule 4
4.9★
Average Client Rating

Our Team Holds Active MuleSoft & Platform Certifications

Migration engineers hold active MuleSoft certifications alongside Salesforce credentials — ensuring deep platform expertise across both the source integration patterns and the MuleSoft target architecture.

Salesforce Administrator Certification Badge

Salesforce Administrator

Advanced Administrator Certification Badge

Advanced Administrator

Sales Cloud Consultant Certification Badge

Sales Cloud Consultant

Service Cloud Consultant Certification Badge

Service Cloud Consultant

Marketing Cloud Consultant Certification Badge

Marketing Cloud Consultant

Platform Developer I Certification Badge

Platform Developer I

SF Agentforce Specialist Certification Badge

SF Agentforce Specialist

Integration Architect Certification Badge

Integration Architect

Data Architect Certification Badge

Data Architect

Salesforce Marketing Associate Certification Badge

Salesforce Marketing Associate

Industries

At Rackwave Technologies, we deliver tailored IT Consulting Services across a wide range of industries. Our industry-focused approach ensures that every solution aligns with specific operational challenges, compliance requirements, and growth objectives—rather than generic technology implementations.

Automotive & EV

Smart IT solutions for connected and electric mobility.

Explore More

Banking & Finance

Secure, scalable IT systems for modern banking.

Explore More

Healthcare

Secure IT solutions for better patient care and data management.

Explore More

Education

Digital platforms for modern learning experiences.

Explore More

Insurance

Digital platforms for faster, smarter insurance operations.

Explore More

Retail & Ecommerce

Technology that powers seamless online and offline selling.

Explore More

Travel, Transport and Hospitality

IT systems for real-time tracking and efficient operations.

Explore More

Manufacturing

IT solutions enabling smart and automated manufacturing.

Explore More

Ready to Migrate from Your Legacy ESB?

Book a free migration assessment. We will inventory your integration landscape, score complexity, map connectors to MuleSoft equivalents, and return a scoped, fixed-price migration proposal within 10 business days.

Migrations Delivered with Zero Downtime

Real migrations — from TIBCO, IBM, and Mule 3 to production MuleSoft Anypoint. Every one delivered with parallel testing, zero-downtime cutover, and full migration decision documentation.

Manufacturing TIBCO → MuleSoft

TIBCO BusinessWorks → MuleSoft — Global Manufacturer

40 TIBCO BusinessWorks flows migrated to MuleSoft Anypoint in 6 months — with parallel test environment running TIBCO and Mule 4 simultaneously, zero-downtime hot-swap cutover, and 87% MUnit coverage on all migrated flows. TIBCO decommissioned within 8 months of programme start.

40 Flows
Migrated
Zero
Downtime
6 Months
to Production
Financial Services IBM IIB → MuleSoft

IBM App Connect → MuleSoft — Financial Services

Migrated 28 IBM Integration Bus message flows to Mule 4 — including ESQL-to-DataWeave rewrites, IBM MQ to Anypoint MQ migration, and zero-downtime cutover for the highest-volume payment processing flow. Full migration decision log delivered at handover.

28 Flows
Migrated
ESQL → DataWeave
All Rewrites
Zero
Data Loss
Retail Mule 3 → Mule 4

Mule 3 → Mule 4 Upgrade — Retail Group

Upgraded 65 Mule 3 applications to Mule 4 LTS — DataWeave 1.0 to 2.0 rewrites, deprecated connector replacements, MUnit 2 test suites, and CI/CD pipeline implementation. All flows migrated in 4 months, Mule 3 runtime decommissioned on schedule.

65 Apps
Upgraded
80%+
MUnit Coverage
4 Months
Duration

What Our Migration Clients Say

Real feedback from teams whose legacy ESB is now decommissioned — and whose MuleSoft environment has been running reliably ever since.

★ ★ ★ ★ ★

"The parallel test environment Rackwave ran for our TIBCO migration found 14 output differences we would never have caught any other way. Every one was documented, fixed, and verified before cutover. The production cut was a 4-minute window with zero issues. That level of preparation is what migration requires."

David Okafor
David Okafor
Head of Integration, Global Manufacturer
★ ★ ★ ★ ★

"We had 28 IBM IIB flows and a ESQL codebase that nobody fully understood. Rackwave's discovery phase produced documentation of our integration landscape that we never had during the 10 years we ran IIB. The DataWeave rewrites were cleaner than the original ESQL. IBM platform is now decommissioned."

Anita Rosenberg
Anita Rosenberg
CTO, Financial Services Group
★ ★ ★ ★ ★

"65 Mule 3 applications to Mule 4 in 4 months. Every one has MUnit coverage above 80%. The CI/CD pipeline was implemented as part of the upgrade — not as an afterthought. Rackwave treated the migration as the opportunity to do it properly, not just to lift and shift."

Karen Walsh
Karen Walsh
Integration Architect, Retail Group
star-1
star-2
Hero image

“Rackwave Technologies has significantly improved our marketing performance while providing reliable cloud services. We’ve been using their solutions for a while now, and the experience has been seamless, scalable, and results-driven.”

David Larry

Founder & CEO

Have a question or feedback? Fill out the form below, and we'll get back to you as soon as possible.

Sending your message…

Trusted for overall simplicity

Based on 400+ reviews with customer satisfaction on
Trustpilot Trustpilot Trustpilot Trustpilot Trustpilot Trustpilot Trustpilot Trustpilot Trustpilot Trustpilot Trustpilot Trustpilot

Frequently Asked Questions

Everything you need to know about migrating to MuleSoft from a legacy ESB or upgrading from Mule 3.

  • How long does a TIBCO to MuleSoft migration take?

    Timeline depends on the number of flows, their complexity, the number of proprietary connector types, and how well the original integration logic is documented. A TIBCO BusinessWorks migration covering 20 to 40 flows typically takes 4 to 6 months from assessment to production cutover. A 60 to 100 flow programme typically takes 8 to 12 months. We produce a scoped timeline and phase plan after the flow inventory — not before, because any estimate produced without a flow inventory is unreliable.

  • What is the hardest part of migrating from TIBCO or IBM to MuleSoft?

    The hardest part is almost always undocumented transformation logic — XPath and XSLT transformations in TIBCO, ESQL in IBM IIB — that implement business rules nobody wrote down. The XSLT or ESQL is the documentation, and it is often complex, undated, and maintained by developers who are no longer available. We allocate dedicated discovery time to extract and document this logic before the migration begins, because starting the migration without understanding it guarantees re-work.

  • Can you migrate from Mule 3 to Mule 4 without rebuilding everything?

    Most Mule 3 flows cannot be migrated by running a converter — the Mule 4 runtime model, DataWeave 2.0, and connector versions are genuinely incompatible in ways that require deliberate translation decisions. However, the Mule 3 XML DSL provides the structural blueprint for the Mule 4 implementation, which significantly reduces the effort compared to building from scratch. We use the Mule 3 code as the source documentation for the Mule 4 build — rather than treating it as a direct conversion problem.

  • What does zero-downtime cutover actually mean?

    Zero-downtime cutover means the production cutover is executed without any window during which the integration is unavailable to the business. We achieve this by running the Mule 4 flow in parallel with the legacy flow in a hot-standby configuration — then performing a hot-swap where the legacy endpoint is deactivated and the Mule 4 endpoint is activated without an intervening gap. For queue-based integrations, we drain the legacy queue of all in-flight messages before the swap. For synchronous API integrations, the swap is typically instantaneous. The legacy platform remains available as a rollback target until live production validation is complete.

  • Do you migrate integrations from Dell Boomi or Informatica to MuleSoft?

    Yes. We migrate from Dell Boomi (Process canvas flows to Mule 4), Informatica Cloud IDMC and IICS (mappings and synchronisation tasks to Mule 4 batch jobs and flows), Azure Logic Apps (workflows to Mule 4), Workato (recipes to Mule 4 flows), and Celigo (integration scenarios to Mule 4). iPaaS-to-MuleSoft migrations typically involve translating visual low-code flow diagrams into programmatic Mule 4 flows with proper error handling, retry logic, and test coverage that the iPaaS platform did not enforce.

  • What happens if we discover integrations we did not know existed during the migration?

    This happens on almost every migration — particularly for enterprises running ESBs that have accumulated integrations over many years. We include an explicit discovery phase in every migration that specifically looks for undocumented or shadow integrations — using network traffic analysis, source platform logs, and database schema review to surface integrations that were not in the initial flow list. Every undocumented integration discovered during this phase is added to the flow inventory and assessed before migration planning is finalised.

  • Should we migrate all flows at once or in phases?

    Always in phases. Attempting to migrate all flows simultaneously to a new platform and then performing a single big-bang cutover is the highest-risk migration approach — with no ability to learn from earlier flows before migrating the critical ones, and no ability to rollback selectively if issues arise. We always design phased migrations — typically grouping flows by business domain — and executing the cutover for each domain independently after parallel testing passes. This limits risk exposure at each phase and provides real production validation evidence before the next phase begins.

  • What is a migration decision log and why do we need one?

    A migration decision log is a document that records every translation decision made during the migration — why we chose a specific Anypoint connector over a custom HTTP callout, why a DataWeave script differs from the original XSLT, why we restructured an error handling path, or why we chose to deprecate a flow rather than migrate it. It matters because Mule 4 output that differs from legacy output will be noticed by downstream consumers — and without a decision log, your team cannot explain why it differs or determine whether the difference is intentional. We produce a migration decision log as a standard deliverable on every migration engagement.

  • What certifications do your migration engineers hold?

    Our migration engineers hold MuleSoft MCD Level 1 and Level 2 certifications alongside platform-specific experience on source platforms including TIBCO BusinessWorks, IBM App Connect and IIB, Software AG WebMethods, and Dell Boomi. Migration work is led by MuleSoft Integration Architect certified architects who have delivered production migrations across multiple legacy ESB platforms — not developers who have only built new MuleSoft integrations.

  • What do you deliver at the end of the migration?

    Every migration engagement delivers: a completed flow inventory updated to reflect the migrated state; a migration decision log documenting every translation decision and rationale; cutover reports for each phase documenting the cutover execution and results; a parallel test validation report confirming source-vs-target output comparison results; an updated Anypoint Monitoring configuration for every migrated flow; and an operations runbook for each migrated flow. All documentation is provided in PDF and optionally in Confluence format.