CRM

Migrate your openCRX data

Enterprise-class open-source CRM built on openMDX/MDA principles, requiring self-hosting and technical expertise. Suited for organisations that need full data ownership and deep customisation at zero licensing cost.

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In its favor

Why people choose openCRX

The signal that keeps openCRX on the shortlist. Sourced from G2, Capterra, and customer scoping calls.

Fully open-source with BSD licence and published UML models, giving organisations complete data ownership without per-seat or tier-based licensing constraints.

Rich enterprise feature set spanning Sales Force Automation, Customer Service, Activity Management, Bug Tracking, and Groupware in a single integrated platform.

Multi-currency and multi-language support with role-based security and pervasive audit trail for regulated or global organisations.

Docker-ready deployment with Apache TomEE, enabling self-hosted cloud installations with virtually unlimited scalability and zero-downtime updates.

Active open-source community with downloadable UML models and Javadoc enabling deep technical customisation beyond what SaaS CRMs allow.

The user interface is unintuitive and the learning curve is steep, making day-to-day usage challenging for non-technical teams without dedicated administrator resources.

Comprehensive formal documentation is lacking, forcing teams to reverse-engineer behaviour from UML models, Javadoc, and community forum posts.

No official commercial support channel exists; users must rely on community resources or internal expertise when production issues arise.

Pre-built integrations with popular third-party tools are minimal, requiring custom development effort to connect openCRX to modern SaaS stacks.

Reasons to switch

Why people leave openCRX

The recurring reasons buyers give for replacing openCRX. Presented as facts, not knocks.

Platform scorecard

Strengths, weaknesses, and where openCRX 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

Zero licensing cost with full source code, UML models, and Javadoc published under a BSD licence.Enterprise-grade data model covering the full sales cycle from Lead through Invoice with full position-level detail.Built on standard J2EE 6 Web Profile and Apache TomEE, running on any OS with Java VM support.Multi-currency, multi-language, and multi-entity capabilities designed for global enterprise deployments.Role-based security with system-wide audit trail meets requirements for regulated industry deployments.

Weaknesses

Self-hosting responsibility means no vendor-managed uptime, backups, or security patching.No official commercial support; production issues require community resources or internal Java expertise.Steeper operational burden compared to SaaS CRMs, requiring dedicated server administration.Scarce pre-built third-party integrations; most connectors require custom development.

Where it works

Organizations with dedicated Java/J2EE engineering teams capable of self-hosting, administering servers, and performing custom development without relying on vendor support.Regulated industries such as finance, healthcare, or government that require complete data sovereignty, comprehensive audit trails, and role-based access controls on premises.Global enterprises operating across multiple currencies, languages, and legal entities that need a unified CRM platform without per-seat licensing constraints.Large project-based organizations coordinating complex workflows, activity trackers, and time-tracking across distributed teams managing long sales cycles.Teams with MDA/openMDX technical competency that need to customize the data model, UI, or business logic beyond the boundaries of SaaS CRM platforms.

Where it struggles

Small teams or non-technical users without dedicated IT resources, as the platform requires self-hosting, server administration, and technical expertise to operate day-to-day.Organizations that depend on ready-made integrations with popular third-party tools such as marketing automation platforms, helpdesk systems, or SaaS ERPs—openCRX has minimal pre-built connectors.Business environments requiring rapid deployment where teams need a CRM operational within days rather than weeks of technical configuration and customization.Companies that prioritize user experience and intuitive navigation, since the interface is widely described as unintuitive with a steep learning curve for end users.Startups or SMBs needing responsive vendor-backed support and SLAs for production issues, as openCRX offers no official commercial support channel.

Pricing tiers

openCRX pricing overview

openCRX itself is free and open-source under a BSD licence. Organisations that want commercial support engage third-party solution partners, whose pricing is not publicly published and varies by scope and region.

Open Source (Community)

Tier 1 of 2

Free

What's included

Full open-source BSD-licensed CRM suiteSource code, UML models, and Javadoc includedCommunity support via forums and mailing listsDocker image available for self-hostingNo user or feature limits

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Pricing is informational. FlitStack AI does not bill on openCRX's schedule — see our quote-based pricing →

What gets migrated

openCRX object support

Object-by-object support for openCRX migrations. Per-pair details surface during scoping.

Accounts (LegalEntity / Contact)

Fully supported

Account is the primary person or organisation object, split into Contact (individuals) and LegalEntity (companies). All account-related data including PostalAddress and PhoneNumber are standard fields. We migrate both subtypes and preserve the full address structure as structured fields.

Opportunities

Fully supported

openCRX models opportunities as part of the contract hierarchy, inheriting from abstract contract classes. Deal fields, ratings, and associated notes are standard. We map stage transitions and timestamp history to the destination CRM's equivalent pipeline object.

Quotes

Fully supported

Quotes inherit from the same contract hierarchy as Opportunities and Sales Orders. Quote positions are modelled as contract positions. We preserve line items, pricing rules, and currency context during migration.

Sales Orders

Fully supported

Sales Orders follow the contract hierarchy and can be transformed from Quotes. Order positions are contract positions. We capture order headers and all position details, including pricing logic applied at order time.

Invoices

Fully supported

Invoices are terminal contract objects in the sales process chain, inheriting from contract classes. We migrate invoice headers, line positions, and payment status as structured records.

Products and Price Lists

Fully supported

openCRX supports complex product structuring including bundles and design-to-order scenarios. Multi-currency price lists and run-time pricing rules are stored as configuration. We map products, pricing tiers, and currency associations to the destination catalog structure.

Activities and Activity Trackers

Mapping required

Activities are core openCRX objects with rich attributes including time-tracking and activity trackers for grouping. Activity subtypes and custom feature definitions require field-level mapping. We extract all activity records and map tracker groupings to the destination's task or activity equivalent.

Workflow Processes

Mapping required

openCRX includes a Workflow Controller and topic-based event subscription system. Workflow processes are segment-specific and not carried as standard records. We can export workflow process definitions and topic subscriptions but they require significant reconfiguration in most destination systems.

User-Defined Attributes (DataBinding PropertySet)

Mapping required

Custom fields added via DataBinding PropertySet are stored as feature definitions in the UI customising layer and bound to CrxObject at runtime. We identify all active custom fields during scoping, extract their values, and map them to custom fields in the destination CRM.

Attachments

Mapping required

openCRX stores binary attachments linked to objects. We extract attachment metadata and file content where accessible via the data export, and re-attach them to the corresponding migrated records in the destination system.

Topics and Alert Subscriptions

Not in this platform

Topics drive email notifications and alerts based on object lifecycle events (creation, modification, removal). These are infrastructure configuration objects tightly bound to the running openCRX instance. We do not migrate alert subscriptions as they require reconfiguration in the destination platform.

Users and Roles

Mapping required

openCRX uses role-based security with segment-scoped user assignments. User records, roles, and access permissions require mapping to the destination's user and permission model. Active users are migrated; historical role configurations are documented for manual re-creation.

Gotchas

What to watch for in openCRX migrations

Issues we've hit on past openCRX migrations, tagged by severity. FlitStack AI handles every one — surfacing them up front because buyer engineering teams want to know.

High

No public REST API with documented rate limits

Medium

WebDAV client quirks block document access on Windows

Medium

"Too many open files" on Linux blocks installation and export

Low

Workflow Processes are segment-scoped and non-portable

How a openCRX migration works

Four steps, openCRX-specific

Connect

Not publicly documented into openCRX. Scopes limited to read-only on the data we move.

Map

We translate openCRX-specific structures (custom fields, objects, value lists) to the destination's model.

Sample

Test with a 50–200 record subset to validate openCRX quirks before production.

Migrate

Full migration with openCRX rate-limit handling. Rollback available throughout.

FAQ

openCRX migration FAQ

Answers to the questions buyers ask most during openCRX migration scoping. Not seeing yours? Book a call.

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Most openCRX migrations under 1M records finish in 48–72 hours end-to-end. Larger orgs with custom objects or buyer-side security review typically take 5–7 days.

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