Boomi: Cloud Integration Platform for Enterprise System Connectivity
Boomi is Dell's integration platform-as-a-service (iPaaS) — pre-built connectors for 200+ enterprise applications, visual workflow design, and the cloud-native deployment that connects SaaS, on-premises, and hybrid environments without middleware infrastructure. Xylity uses Boomi alongside MuleSoft and Power Automate based on integration requirements.
What Is Boomi and When to Choose iPaaS
Boomi provides cloud-native integration with pre-built connectors for Salesforce, SAP, NetSuite, Workday, and 200+ other applications. Visual process canvas for designing integration workflows. Boomi Molecule for on-premises/hybrid deployments. Master Data Hub for data quality across systems. API Management for publishing and governing APIs.
Choose Boomi when: you need SaaS-to-SaaS integration with pre-built connectors, your integration team prefers visual development over code, you need hybrid (cloud + on-premises) connectivity, or you want iPaaS without the infrastructure management overhead of MuleSoft Runtime Fabric.
How Xylity Works With Boomi
Consulting, implementation, and specialist talent for Boomi projects.
System Integration
Enterprise system connectivity.
Enterprise Integration
ERP, CRM, and app integration.
Technologies That Work With Boomi
Boomi FAQ
Xylity provides Boomi consulting, implementation, and specialist talent through our consulting-led model. We cover strategy, architecture, development, and ongoing optimization — plus pre-qualified Boomi specialists deployed in 4.3 days average.
Yes. Pre-qualified Boomi specialists sourced from 200+ delivery partners through 4-stage consulting-led matching. 92% first-match acceptance rate. Senior to architect level.
Boomi integrates with multiple technologies in the enterprise stack. Our consulting-led approach selects the right combination for your requirements — not vendor preferences.
Your Boomi Project Needs
The Right Partner
Boomi integration consulting for enterprise connectivity — iPaaS implementation, connector configuration, and hybrid integration.