Boomi

Overview

Boomi is an integration platform as a service (iPaaS) designed to connect disparate applications, data sources, and devices across hybrid IT environments. Established in 2000 and acquired by Dell Technologies in 2010 before being purchased by Francisco Partners and TPG in 2021, Boomi provides a cloud-native platform for integrating SaaS, on-premises, and legacy systems.

The platform is structured around several core products, including Boomi Integration for application and data integration, Boomi API Management for designing and governing APIs, Boomi Data Master Hub for master data management, and Boomi B2B/EDI Management for automating business-to-business transactions. It caters to organizations seeking to streamline operations, improve data accuracy, and accelerate digital transformation initiatives. Boomi's approach emphasizes a low-code/no-code visual development environment to expedite the creation and deployment of integrations, making it accessible to a broader range of technical users while still offering programmatic access via its AtomSphere API for developers requiring more control or custom extensions.

Boomi is positioned for enterprises that require robust data synchronization across complex application landscapes, automated B2B communications, and comprehensive API lifecycle management. Its distributed architecture, leveraging "Atoms" (lightweight runtime engines), allows integrations to run either in the cloud or on-premises, providing flexibility for data residency requirements and performance optimization. For example, a common use case involves synchronizing customer data between a Salesforce CRM instance and an on-premises ERP system like SAP, ensuring consistent customer records across sales and finance departments. This capability is crucial for maintaining data integrity and supporting operational efficiency in organizations with diverse IT ecosystems. The platform's compliance certifications, including SOC 2 Type II and ISO 27001, address enterprise security and governance requirements.

Key features

• Integration: Connects cloud applications, on-premises systems, and data sources using a visual drag-and-drop interface. Supports various connectors and protocols for data mapping and transformation (Boomi Help Center).
• API Management: Enables the design, deployment, security, and governance of APIs. Features include API gateway capabilities, developer portals, and analytics to monitor API usage and performance.
• Data Master Hub: Provides master data management (MDM) capabilities to consolidate, cleanse, and synchronize critical business data (e.g., customer, product, vendor) across multiple systems, ensuring data consistency.
• B2B/EDI Management: Automates electronic data interchange (EDI) and other B2B processes, supporting standard formats like X12, EDIFACT, and RosettaNet. Facilitates partner onboarding and transaction monitoring.
• Flow: A low-code workflow automation tool for building custom applications and orchestrating human and system-driven processes.
• Integration Packs: Pre-built integration solutions and templates for common applications and use cases, designed to accelerate deployment.
• Atom Runtime Engine: A distributed runtime that can be deployed in the cloud, on-premises, or in hybrid environments to execute integrations close to the data sources.
• Process Reporting and Monitoring: Dashboards and logging tools to track the status, performance, and errors of integration processes.

Pricing

As of May 2026, Boomi offers a "Starter" free tier for basic integration needs. Paid plans, including "Professional," "Enterprise," and "Enterprise Plus," are custom-quoted based on specific organizational requirements, such as the number of connections, data volumes, and features utilized (Boomi Pricing Page). Direct pricing details for paid tiers are not publicly listed and require contacting their sales department.

Common integrations

• Salesforce: Connecting Salesforce CRM with ERP, marketing automation, or data warehousing systems for customer data synchronization (Boomi Salesforce Connector Guide).
• SAP: Integrating SAP ERP and S/4HANA with other business applications for financial, supply chain, and HR data exchange (Boomi SAP ERP Connector Documentation).
• NetSuite: Synchronizing data between NetSuite ERP and CRM, e-commerce platforms, or third-party logistics providers (NetSuite Help Center).
• Workday: Connecting Workday Human Capital Management (HCM) and Financial Management with payroll, benefits, and other HR systems (Workday API Reference).
• Microsoft Dynamics 365: Integrating Dynamics 365 applications (e.g., Sales, Finance, Supply Chain) with enterprise systems for unified business processes (Dynamics 365 Developer Overview).
• Databases: Connecting to various relational and NoSQL databases such as Oracle, SQL Server, MySQL, and Snowflake for data migration and synchronization (Boomi Database Connector Guide).

Alternatives

• MuleSoft: Anypoint Platform offers API-led connectivity for integrating applications, data, and devices, emphasizing API lifecycle management.
• Workato: An iPaaS platform focused on enterprise automation, combining integration with workflow automation and AI capabilities.
• SnapLogic: Provides an intelligent integration platform (IIP) that uses AI-powered "Snaps" to connect applications, data, and APIs.
• Oracle Integration: Oracle's cloud-based integration platform offering application integration, process automation, and visual development.
• Azure Logic Apps: Microsoft's cloud service for building automated workflows, integrating apps, data, and systems across enterprises.

Getting started

A basic "Hello World" equivalent in Boomi typically involves creating a simple integration process to retrieve data from one source and send it to another, or to log a message. This example demonstrates a minimal process that uses a "Start" shape to initiate the process and a "Message" shape to output a string. This can be built using the Boomi platform's visual interface.

To begin, log into the Boomi AtomSphere platform and navigate to the Integration service. You would then:

1. Create a new process.
2. Add a Start shape to the canvas. Configure it with a "No Data" start shape if you are not receiving external input initially.
3. Connect the Start shape to a Message shape.
4. Configure the Message shape to output the string "Hello, Boomi World!" in its message field.
5. Add a Stop shape at the end of the process.
6. Save and deploy the process to an Atom.
7. Test the process by executing it, and review the process logs to confirm the "Hello, Boomi World!" message output.

While this is a visual process, programmatic interaction with Boomi can be done through its AtomSphere API. Below is a conceptual example of how you might interact with the Boomi API using a REST client to query account information, assuming you have API access configured. This is not a direct "Hello World" but illustrates API interaction.

# Example: Authenticating and making a basic API call to Boomi AtomSphere API
# Replace with your actual Boomi account ID and API token
BOOMI_ACCOUNT_ID="your_account_id"
BOOMI_API_TOKEN="your_api_token"

# Base URL for the AtomSphere API
BOOMI_API_URL="https://api.boomi.com/api/rest/v1/${BOOMI_ACCOUNT_ID}"

echo "Querying Boomi Account Info for Account ID: ${BOOMI_ACCOUNT_ID}"

curl -X GET \
  "${BOOMI_API_URL}/Account/${BOOMI_ACCOUNT_ID}" \
  -H "Accept: application/xml" \
  -H "Content-Type: application/xml" \
  -u "token:${BOOMI_API_TOKEN}" \
  --compressed

This command would attempt to retrieve XML-formatted details for the specified Boomi account using HTTP Basic Authentication with an API token (Boomi API Authentication Guide). For actual development, a robust API client in a language like Python or Java would be used.