Struggling to scale your integrations?
Prismatic vs In-House: Why Integrations Are Hard
In-house integration development often leaves a lot on the nice-to-have list, providing a substandard UX. Prismatic provides a comprehensive integration infrastructure (so teams don’t need to build it in addition to the integrations), removes the integration development burden from engineering, and ensures that everyone has a first-class integration UX.

Overview
Prismatic's embedded iPaaS is a purpose-built, cloud-native B2B SaaS integration platform best suited for SaaS teams that must create anything from simple to highly complex integrations. It provides a first-class UX for devs (via code-native integrations) and non-devs (via the low-code designer). The platform provides end-to-end integration tooling and infrastructure, including capabilities like AI-powered development and MCP support, so teams focus on integration logic instead of infrastructure maintenance..
In-house integration development is often highly pragmatic, with teams under a deadline to rapidly deliver core functionality. This approach, while efficient, results in integrations that tend to be heavily customized to specific customer requirements and opaque to non-developers. In addition, user experience is not usually prioritized over immediate utility, and efforts to build a single, flexible solution for multiple customers are often set aside in favor of a simpler implementation targeting a single customer.
Prismatic:
- Provides a comprehensive integration infrastructure
- Supports the complete build, deploy, and manage lifecycle for integrations.
- Enables devs and non-devs alike to build integrations
- Includes detailed dashboards for everyone, including customers
- Is built for real-world integration scenarios
- Incorporates AI for accelerated code-native development
- Is built for real-world integration scenarios
In-House | |||
|---|---|---|---|
| Number of devs needed | Initially, 1 to 2. Ongoing, 0 to 1. This is common, but will grow for large orgs. | Initially 1 to N. Ongoing, 1 to N. | |
| Time-to-market | Weeks or days. | Months. | |
| Maintenance ownership | Prismatic handles updates, security, and scaling. | 1 or more dedicated DevsOps engineers. | |
| Costs | Predictable pricing tied to platform subscription and usage. | Substantial up-front dev, DevOps, and cloud costs. Variable ongoing costs (but usually still substantial). | |
| Reliability | 99.99% uptime per SLAs | Varies from really good to not-so-good. | |
| Customer self-service | Marketplace (search and activate), dashboards (configure and troubleshoot), and workflow builder (create one-off workflows). | Usually not a priority. Seen as unnecessary in most instances. | |
| Infrastructure scaling | Autoscaling infrastructure to handle the highs and lows without hiccups. | Varies greatly based on what's been pulled together to support integrations. | |
| Connector library | Pre-built connectors and a custom connector SDK for building more | Custom, from scratch connectors for each system | |
| Support tools | Built-in monitoring logging and alerting tools that are accessible to non-devs and customers. | Not usually included, unless as an afterthought. Engineering bears the support load. | |
| Customization | Provides flexibility (custom connectors, code-native integrations, white-labeling) but encourages standard patterns for efficiency. | Full control, so you can make whatever you wish. But it comes with a steep price and added complexity. | |
| Productized integrations | Focus on making integrations product features. Build once, deploy many. | Integrations often treated as services (one customer, one custom integration) and not usually optimized for reuse or scalability. | |
| Security and compliance | Offloads much of this infrastructure by design. | You are directly responsible for building and maintaining auth, establishing compliance, and implementing security. | |
| Role of non-devs | Can build (low-code designer), deploy, and manage integrations. | Can forward onboarding and support emails to engineering. | |
| Customer onboarding | You can build new integrations for new customers in short order. | If a new integration is required, development timeframes may significantly delay deal closing. | |
| Innovation vs tech debt | Frees up engineering to focus on the core product instead of integration infrastructure and support. | Tech debt is a reality of creating custom integrations as fast as you can. | |
| Churn and retention | Faster onboarding, reliability, and visibility lead to less churn. | When integrations are slow to deploy, unstable, or take much hand-holding, churn risk increases. | |
| Maintenance load | Much lower since integration infrastructure is pre-built and managed. | As integrations mature, your maintenance burden increases (usually in a linear fashion). | |
| Usage and metrics | Provides visibility into usage, logs, and performance, enabling better data-driven decisions. | Usually lack accessible metrics for usage, customers, and issues. | |
| Risk exposure | The platform is outsourced, so you have less control of details, but substantially less risk overall. Compliance with standard frameworks like HIPAA, GDPR, and CJIS are baked in. | You own everything and have complete control, but all the risk is also yours. | |
- Number of devs neededInitially, 1 to 2. Ongoing, 0 to 1. This is common, but will grow for large orgs.
- Time-to-marketWeeks or days.
- Maintenance ownershipPrismatic handles updates, security, and scaling.
- CostsPredictable pricing tied to platform subscription and usage.
- Reliability99.99% uptime per SLAs
- Customer self-serviceMarketplace (search and activate), dashboards (configure and troubleshoot), and workflow builder (create one-off workflows).
- Infrastructure scalingAutoscaling infrastructure to handle the highs and lows without hiccups.
- Connector libraryPre-built connectors and a custom connector SDK for building more
- Support toolsBuilt-in monitoring logging and alerting tools that are accessible to non-devs and customers.
- CustomizationProvides flexibility (custom connectors, code-native integrations, white-labeling) but encourages standard patterns for efficiency.
- Productized integrationsFocus on making integrations product features. Build once, deploy many.
- Security and complianceOffloads much of this infrastructure by design.
- Role of non-devsCan build (low-code designer), deploy, and manage integrations.
- Customer onboardingYou can build new integrations for new customers in short order.
- Innovation vs tech debtFrees up engineering to focus on the core product instead of integration infrastructure and support.
- Churn and retentionFaster onboarding, reliability, and visibility lead to less churn.
- Maintenance loadMuch lower since integration infrastructure is pre-built and managed.
- Usage and metricsProvides visibility into usage, logs, and performance, enabling better data-driven decisions.
- Risk exposureThe platform is outsourced, so you have less control of details, but substantially less risk overall. Compliance with standard frameworks like HIPAA, GDPR, and CJIS are baked in.
- In-House
- Number of devs neededInitially 1 to N. Ongoing, 1 to N.
- Time-to-marketMonths.
- Maintenance ownership1 or more dedicated DevsOps engineers.
- CostsSubstantial up-front dev, DevOps, and cloud costs. Variable ongoing costs (but usually still substantial).
- ReliabilityVaries from really good to not-so-good.
- Customer self-serviceUsually not a priority. Seen as unnecessary in most instances.
- Infrastructure scalingVaries greatly based on what's been pulled together to support integrations.
- Connector libraryCustom, from scratch connectors for each system
- Support toolsNot usually included, unless as an afterthought. Engineering bears the support load.
- CustomizationFull control, so you can make whatever you wish. But it comes with a steep price and added complexity.
- Productized integrationsIntegrations often treated as services (one customer, one custom integration) and not usually optimized for reuse or scalability.
- Security and complianceYou are directly responsible for building and maintaining auth, establishing compliance, and implementing security.
- Role of non-devsCan forward onboarding and support emails to engineering.
- Customer onboardingIf a new integration is required, development timeframes may significantly delay deal closing.
- Innovation vs tech debtTech debt is a reality of creating custom integrations as fast as you can.
- Churn and retentionWhen integrations are slow to deploy, unstable, or take much hand-holding, churn risk increases.
- Maintenance loadAs integrations mature, your maintenance burden increases (usually in a linear fashion).
- Usage and metricsUsually lack accessible metrics for usage, customers, and issues.
- Risk exposureYou own everything and have complete control, but all the risk is also yours.
Proven impact at scale
How much might you save?
B2B SaaS teams that use Prismatic spend significantly less dev time on integrations. Use this calculator to estimate what you could save.
More Resources
Learn more about Prismatic vs in-house integration development.
Common Questions
An embedded iPaaS is a purpose-built integration platform that a B2B SaaS vendor embeds into its product so customers can connect to their other apps directly from within the UI.
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