Migrate your Pega Platform data
Enterprise low-code BPM and case management platform with AI-powered decisioning. Built for organizations that automate complex, high-volume workflows and need strong governance controls.
In its favor
Why people choose Pega Platform
The signal that keeps Pega Platform on the shortlist. Sourced from G2, Capterra, and customer scoping calls.
Low-code case management lets enterprises build complex, compliant workflows without hand-coding every step, reducing development time significantly.
AI-powered Next-Best-Action decisioning integrates directly into case processing, enabling real-time personalization without separate tooling.
Strong governance and audit trails satisfy regulatory requirements in financial services, insurance, and healthcare verticals where Pega is most common.
Scalable cloud deployment on AWS-backed infrastructure handles millions of cases per year without requiring infrastructure management.
Pre-built industry frameworks for financial services, insurance, and CRM reduce initial build time for organizations adopting standard process patterns.
Annual licensing at enterprise tier plus 500-user minimum creates a high fixed cost that smaller teams cannot justify, especially when headcount fluctuates.
Steep learning curve and specialized certification requirements mean most business teams cannot modify workflows without certified Pega developers.
Version upgrades routinely deprecate rules and automation patterns, forcing costly remediation projects every 18–24 months.
Strict UI customization limits force teams to accept Pega's structural constraints, leading to subpar customer-facing experiences compared to modern platforms.
Support accessibility is tiered—smaller organizations report difficulty getting timely assistance from Pega's support organization.
Reasons to switch
Why people leave Pega Platform
The recurring reasons buyers give for replacing Pega Platform. Presented as facts, not knocks.
Platform scorecard
Strengths, weaknesses, and where Pega Platform fits
Grades across six dimensions, plus a SWOT-style view of where the platform shines and where it falls short.
SWOT — strengths, weaknesses, and use-case fit
Strengths
Weaknesses
Where it works
Where it struggles
Pricing tiers
Pega Platform pricing overview
Pega Platform uses a per-named-user pricing model with steep minimums (500 users, 350,000 cases/year) billed annually on a 3-year term. All tiers require cloud deployment on Pega's managed infrastructure. Separate licensing applies for Pega Robotics automation. Pricing is opaque for Enterprise tier, making total cost of ownership difficult to project without a formal sales engagement.
Low-code Factory Edition
Tier 1 of 3
$35/user/month
What's included
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What gets migrated
Pega Platform object support
Object-by-object support for Pega Platform migrations. Per-pair details surface during scoping.
Cases
Fully supportedCases are Pega's core work object. We export them via Data Set APIs or Export wizard, preserving all standard properties, status, and assignment history. The case ID, creation timestamp, and parent-child hierarchy map cleanly to most destination schemas.
Data Sets
Fully supportedData Sets hold structured data (list, decision, and Cassandra-backed). We export them as CSV or JSON depending on the destination API. Cassandra-backed Data Sets require chunked reads to avoid memory pressure during export.
Data Objects
Fully supportedData Objects represent business entities in the logical data layer. We map them to destination object types, preserving property names and relationships where field-level mapping is defined.
Custom Fields
Mapping requiredCustom Fields attach metadata to Rules or Cases. Since they are defined per application and can reference external tables, we require a custom field inventory from the customer before mapping to the destination schema.
Rules and Rulesets
Mapping requiredRules are Pega's executable configuration units. Exporting them via the Product Rule wizard bundles rules into an archive, but portability depends on whether destination Pega environment has compatible versions. We extract rule metadata and flag version incompatibilities.
Work Parties
Mapping requiredWork Parties represent stakeholders attached to a Case (e.g., customer, guarantor, manager). We map these to destination contact or account associations, but role naming conventions vary widely between Pega applications.
Decision Rules
Mapping requiredDecision Rules (Decision Trees, Tables, MATRIX) encode business logic. We preserve them as structured records, but translating their conditional logic requires manual review since the destination may not support the same decisioning syntax.
Assignments and Worklists
Mapping requiredAssignments represent queued work items and Worklists are the operator's queue. These depend heavily on Operator ID (user) resolution between systems, which we handle via an explicit user mapping table.
Operator IDs (Users)
Mapping requiredPega Operator IDs carry role, organization, and access group data. We extract them but cannot import directly into a destination without explicit user mapping, as role and access group semantics differ across platforms.
Applications
Mapping requiredAn Application bundles rulesets, data model, and UI into a deployable unit. Migration requires extracting the application via Export wizard, then decomposing it into its constituent objects for import into the destination.
Pega Robotics Automation Packages
Not in this platformPega Robotics (now part of Pega Platform) uses separate licensing and automation packaging. These packages are not accessible via standard Pega REST APIs and require manual export via Robotic Automation Importer. We do not migrate Robotics automations as part of standard Pega data migration.
| Object | Support | Notes |
|---|---|---|
| Cases | Fully supported | Cases are Pega's core work object. We export them via Data Set APIs or Export wizard, preserving all standard properties, status, and assignment history. The case ID, creation timestamp, and parent-child hierarchy map cleanly to most destination schemas. |
| Data Sets | Fully supported | Data Sets hold structured data (list, decision, and Cassandra-backed). We export them as CSV or JSON depending on the destination API. Cassandra-backed Data Sets require chunked reads to avoid memory pressure during export. |
| Data Objects | Fully supported | Data Objects represent business entities in the logical data layer. We map them to destination object types, preserving property names and relationships where field-level mapping is defined. |
| Custom Fields | Mapping required | Custom Fields attach metadata to Rules or Cases. Since they are defined per application and can reference external tables, we require a custom field inventory from the customer before mapping to the destination schema. |
| Rules and Rulesets | Mapping required | Rules are Pega's executable configuration units. Exporting them via the Product Rule wizard bundles rules into an archive, but portability depends on whether destination Pega environment has compatible versions. We extract rule metadata and flag version incompatibilities. |
| Work Parties | Mapping required | Work Parties represent stakeholders attached to a Case (e.g., customer, guarantor, manager). We map these to destination contact or account associations, but role naming conventions vary widely between Pega applications. |
| Decision Rules | Mapping required | Decision Rules (Decision Trees, Tables, MATRIX) encode business logic. We preserve them as structured records, but translating their conditional logic requires manual review since the destination may not support the same decisioning syntax. |
| Assignments and Worklists | Mapping required | Assignments represent queued work items and Worklists are the operator's queue. These depend heavily on Operator ID (user) resolution between systems, which we handle via an explicit user mapping table. |
| Operator IDs (Users) | Mapping required | Pega Operator IDs carry role, organization, and access group data. We extract them but cannot import directly into a destination without explicit user mapping, as role and access group semantics differ across platforms. |
| Applications | Mapping required | An Application bundles rulesets, data model, and UI into a deployable unit. Migration requires extracting the application via Export wizard, then decomposing it into its constituent objects for import into the destination. |
| Pega Robotics Automation Packages | Not in this platform | Pega Robotics (now part of Pega Platform) uses separate licensing and automation packaging. These packages are not accessible via standard Pega REST APIs and require manual export via Robotic Automation Importer. We do not migrate Robotics automations as part of standard Pega data migration. |
Gotchas
What to watch for in Pega Platform migrations
Issues we've hit on past Pega Platform migrations, tagged by severity. FlitStack AI handles every one — surfacing them up front because buyer engineering teams want to know.
Version upgrades deprecate rules and break existing applications
Constellation UI migration requires explicit rule rewrites
Pega Robotics requires separate export tooling
Data Set exports require chunked reads for large volumes
Decision Rule logic does not port automatically to non-Pega destinations
| Severity | Issue |
|---|---|
| High | Version upgrades deprecate rules and break existing applications |
| High | Constellation UI migration requires explicit rule rewrites |
| Medium | Pega Robotics requires separate export tooling |
| Medium | Data Set exports require chunked reads for large volumes |
| Medium | Decision Rule logic does not port automatically to non-Pega destinations |
Leaving Pega Platform?
Where Pega Platform customers move next
12 destinations Pega Platform can migrate to.
How a Pega Platform migration works
Four steps, Pega Platform-specific
Connect
OAuth 2.0 and API keys (application-level) into Pega Platform. Scopes limited to read-only on the data we move.
Map
We translate Pega Platform-specific structures (custom fields, objects, value lists) to the destination's model.
Sample
Test with a 50–200 record subset to validate Pega Platform quirks before production.
Migrate
Full migration with Pega Platform rate-limit handling. Rollback available throughout.
FAQ
Pega Platform migration FAQ
Answers to the questions buyers ask most during Pega Platform migration scoping. Not seeing yours? Book a call.
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