Embedded integration means connecting software so the integration runs inside the application people already use, instead of in a separate tool they have to open, learn and maintain. The user clicks "connect," maps a few fields, and data starts flowing between systems without anyone leaving the product.
That matters because nobody works in one app anymore. According to Zylo's 2025 SaaS Management Index, cited by IBM, large enterprises use an average of 660 SaaS applications at the same time. Every one of those tools holds part of the picture, and embedded integrations are how the pieces stay connected.
In this guide, you'll learn what embedded integration is, how it differs from native integrations and traditional iPaaS, the most common use cases, and how to compare embedded integration platforms. We'll also show where Getint fits, and where a different type of platform is the better choice.
What is embedded integration?
Embedded integration is an integration delivered as part of a software product's own experience. Instead of exporting CSVs or building a workflow in an external automation tool, users set up and manage the connection from inside the application. Behind the scenes, an integration platform handles authentication, API calls, field mapping, error handling and monitoring.
The term is used in two related ways, and it's worth separating them.
1. Integrations a software vendor embeds in its product
This is the meaning most embedded iPaaS vendors use. A B2B software vendor wants to offer customer-facing integrations, such as a "Connect to Salesforce" button in its app, without building and maintaining every connector itself. It uses an embedded integration platform to add pre-built connectors, an integration marketplace and configuration screens that look like its own product.
IBM describes embedded iPaaS as "a cloud-based integration solution that enables software providers to embed integration capabilities directly into their applications." Customers see the integrations as native features, while the platform does the work in the background.
2. Integrations embedded in the tools your teams already use
The second meaning starts from the user's side. Your engineers live in Jira or Azure DevOps. Your service desk lives in ServiceNow or Zendesk. Sales lives in Salesforce. An embedded integration runs inside those tools, often as a marketplace app, so each team keeps working in its own system while issues, tickets, comments and statuses stay in sync.
This is where Getint works. Getint runs as an app inside Jira and connects it with ServiceNow, Azure DevOps, Salesforce, Zendesk and other tools, keeping work items synchronized between them so nobody has to switch tools or copy updates by hand.
Embedded integration vs. native integrations
A native integration is built and maintained by the software vendor itself, usually for a small number of popular apps. Native integrations feel seamless, but they're expensive to build and maintain, and they rarely cover every customer's stack.
Embedded integration delivers a similar in-product experience, but the connector infrastructure comes from an integration platform. That lets a vendor offer many more integrations, or lets a team connect tools the vendor never integrated with, without writing integration code from scratch.
Why embedded integrations matter
Integrations have moved from "nice to have" to a buying criterion. The 2024 State of SaaS Integrations report from Partner Fleet, Paragon and PartnerStack, based on a survey of more than 100 B2B SaaS leaders, found that:
- 92% say customers who use integrations are less likely to churn
- Integrations drive about 35% of expansions and upsells
- 60% of SaaS sales cycles involve integration discussions
- 84% of customers say integrations are very important or a dealbreaker
- 75% of companies take more than three months to build a single integration in house
The report was produced by integration vendors, so treat it as directional. Still, the pattern is consistent across the industry: buyers expect their tools to connect, and integrations that are hard to set up or unreliable become a reason to switch.
For the teams using those tools, the stakes are practical. When engineering and support work in separate systems, updates get lost, escalations stall and people spend time copying information between tickets. Embedded integrations remove that manual work and give each team an up-to-date view without leaving its own tool. Customers expect this now, and for software vendors, reliable product integrations have become a lever for customer retention, not just a feature on a pricing page.
Common integration challenges
Integrations look simple in a demo and get hard in production. These are the integration challenges that come up most often, whether you build your own integrations or use a platform:
- A growing backlog of integration requests. Every new customer or team brings another tool. Without integration infrastructure that scales, each request turns into a separate engineering project.
- Every customer is different. Two companies using the same Jira and ServiceNow setup will still have different custom fields, workflows, statuses and permissions. You need configurable integrations, not one-size-fits-all scripts.
- Maintenance never stops. APIs get versioned, authentication methods change and rate limits tighten. Teams that maintain integrations in house spend a growing share of their time keeping existing connections alive instead of shipping new integrations.
- Two-way sync is hard. Pushing data one way is easy. Keeping records aligned in both directions, without duplicates, loops or overwritten comments, takes careful integration logic.
- Visibility and support. When a sync fails, someone has to find out why. Without logs and alerts, support teams hear about broken integrations from frustrated users.
- Security reviews. Enterprise buyers ask where data goes, who can access it and which certifications the integration tools hold. Custom integrations built quickly often struggle to pass those reviews.
These problems are the main reason embedded iPaaS solutions and sync platforms exist: they move the hard, repetitive parts of the integration process onto managed infrastructure.
How embedded integration platforms work
Most embedded integration platforms share the same building blocks:
- Pre-built connectors for popular applications, so you don't start from raw APIs
- Authentication handling, including OAuth, API keys, tokens and permissions, for many customers or instances at once
- Field and status mapping, so a "Priority" field in one system lines up with the right field in another, including custom fields and custom objects
- Sync logic, one-way or two-way, triggered by events or run on a schedule
- Per-customer configuration, because every company's workflows, fields and filters are different
- Monitoring and logs, so failed syncs are visible and can be fixed quickly
- Low-code or no-code setup, with custom code or scripting for complex transformation logic
Key embedded iPaaS features
Embedded iPaaS products add a few key features on top of that, because they're designed to be white-labeled inside another company's app:
- An embedded integration marketplace, where the vendor's customers discover and activate specific integrations
- An embedded workflow builder, so end users can create workflows or build custom workflows between apps without leaving the product
- Pre-built workflow templates that help vendors accelerate integration development and help customers automate workflows quickly
- Multi-tenant authentication and API management, so thousands of customers can connect their own accounts safely
- Data orchestration across integration flows, including triggers, transformations and retries
- Code-first SDKs or low-code platforms, depending on how much technical expertise the vendor's team has
The difference between platforms is mostly about who configures the integration and where it lives. An embedded iPaaS gives a software vendor the tools to build integrations into its product. A sync platform like Getint gives administrators the tools to connect the systems their teams already use.
Embedded iPaaS vs. traditional iPaaS vs. unified API
Three categories often get mixed up. Here's how they compare:
Traditional iPaaS solutions such as Boomi and MuleSoft are general integration platforms as a service for internal integrations and workflow automation. An embedded iPaaS is built for product integrations that a vendor's customers activate themselves. A unified API gives developers one data model across many apps in a category, such as HR or CRM systems, which is fast for simple reads but less flexible for custom fields and complex sync.
Sync platforms such as Getint sit alongside these categories. They focus on keeping work items in sync between specific systems, like Jira and ServiceNow, with deep support for comments, attachments, statuses and custom fields.
Embedded integration use cases
Escalating ServiceNow incidents to Jira
A support agent finds that an incident is caused by a bug. Instead of emailing engineering or re-creating the ticket, the incident is synced to Jira as an issue. As developers update status and add comments in Jira, the agent sees the progress in ServiceNow and can keep the customer informed. Both teams stay in their own tool.
Keeping Jira and Azure DevOps in sync across teams
Large organizations often run Jira and Azure DevOps side by side, especially after mergers or when different departments choose different tools. A two-way Jira and Azure DevOps integration keeps work items, statuses, comments and attachments aligned, so program managers get one view of delivery without forcing anyone to switch platforms.
Connecting Salesforce cases to engineering work
When customers report problems or request features through Salesforce, those cases can create or update linked Jira issues. Account teams see when a fix ships, and product teams see which customers are affected. This is a common way to close the loop between sales, support and product.
Routing Zendesk or Freshdesk tickets to development
Help desks receive bug reports every day. An embedded integration pushes the right tickets to the development tool with the relevant fields and attachments, and syncs updates back, so support agents don't have to chase engineers for status.
Cross-company collaboration
Agencies, outsourcing partners and managed service providers often need to share work with clients who use different tools. A sync integration lets each company keep its own system and control what data is shared, instead of giving external users accounts in your tools.
In-app integration marketplaces for SaaS vendors
For a software vendor, the classic embedded integration use case is an integration marketplace inside the product, where customers browse available integrations, connect their accounts and configure settings themselves. IBM cites HubSpot, Salesforce AppExchange and Slack as well-known marketplace examples.
AI agents that act across tools
AI is creating new integration demand. McKinsey's 2025 State of AI research, cited by IBM, found that 88% of organizations use AI in at least one business function. AI assistants and agents need secure access to data and actions in other systems, which is why many embedded iPaaS vendors now offer tool calling and MCP servers. Clean, synchronized data across your work tools also makes AI features more useful.
Build integrations in house or use a platform?
Many teams start by building integrations in house. That can make sense for one or two simple, stable integrations with a strong engineering team behind them. The problem is maintenance. APIs change, customers add custom fields, rate limits shift, and every new integration adds to the integration code your engineers have to build and maintain.
The 2024 State of SaaS Integrations report found that 75% of companies need more than three months to build a single integration in house. Multiply that by every tool your customers or teams use, and integration development quickly competes with your core product for engineering resources.
A platform makes sense when:
- You need multiple integrations, or the list keeps growing
- Different teams or customers need different configurations
- You need two-way sync with comments, attachments and custom fields, not just one-way data pushes
- You want non-developers, such as admins, to manage integrations
- Reliability, monitoring and security reviews matter
A code-first platform suits engineering teams that want full control. A no-code platform suits admins who need to deploy integrations quickly. Many platforms, including Getint, offer no-code setup with scripting available for advanced logic.
Embedded integration platforms and embedded iPaaS solutions
The embedded iPaaS category has grown quickly, and the line between embedded iPaaS platforms, unified APIs and sync platforms isn't always clear. Here's an overview of well-known platforms by category. Connector counts and pricing are vendor-stated and change often, so check each vendor's site.
Pricing varies widely. Cyclr publishes plans from about $999 per month, while Workato Embedded, Paragon and Prismatic are sales-led and custom-priced, according to Paragon's 2026 comparison.
How to choose an embedded integration platform
Use this checklist when you evaluate embedded integration platforms:
- Connector coverage. Does the platform support every application you need today and on your roadmap?
- Data depth. Can it sync custom fields, custom objects, comments, attachments and statuses, or only basic records?
- Sync direction. Do you need one-way updates or true two-way sync with conflict handling?
- Configuration. Can admins configure mappings and filters without code? Is scripting or custom code available for edge cases?
- Where it runs. Do you need cloud only, or also on-premises and behind-the-firewall deployment?
- Security and compliance. Look for SOC 2 Type II, ISO 27001 and GDPR compliance, plus clear data handling and access controls.
- Monitoring. Are failed syncs logged with actionable errors? Can you retry them?
- Pricing model. Check the unit you pay for, such as connections, tasks, API calls or users. It often matters more than the headline price as you scale.
- Proof of concept. Test with real data and your messiest custom fields before you commit.
Embedded iPaaS cost
Embedded iPaaS cost depends on the pricing model and how you scale. Common models charge per connected customer, per active integration, per task or per API call, often with a platform fee. Some vendors publish pricing; many quote only after a sales conversation.
A clear integration strategy helps here. Decide which integrations are core to your product or operations, which can come from pre-built connectors, and which are rare enough to handle with custom API integrations. When you compare costs, include what you'd spend otherwise: engineering time to build each integration, ongoing maintenance as APIs change, support tickets for broken syncs, and the deals or customers lost to missing integrations.
How Getint fits
Getint is an integration platform for work management, ITSM and CRM tools. It's built for teams that want embedded integrations inside the tools they already use, rather than a white-label toolkit for building integrations into a SaaS product.
With Getint you can:
- Sync work items both ways between Jira, Jira Service Management, ServiceNow, Azure DevOps, Salesforce, Zendesk, Freshdesk, Freshservice, GitHub, GitLab, Asana, Monday, ClickUp, Wrike, HubSpot and more
- Map fields and workflows without code, including custom fields, comments and attachments, with advanced options for admins who need them
- Connect across instances and companies, including hybrid and multi-instance setups
- Deploy in the cloud or on-premises, with support for Cloud, Server and Data Center environments
- Meet security requirements with ISO 27001 and ISO 27018 certification, a SOC 2 Type II audit and GDPR compliance
Getint is also available on the Atlassian Marketplace as an Atlassian Platinum Marketplace Partner, so Jira teams can install and manage integrations from inside Jira.
If you're a SaaS vendor that wants to offer a branded integration marketplace inside your own product, an embedded iPaaS such as Prismatic, Paragon or Workato Embedded is designed for that job. If your goal is to connect the tools your engineering, support and business teams already use, Getint is built for it. Book a demo to see it with your own projects.
