Livelink to SharePoint Online Migration
Unlock modern collaboration in Microsoft 365 while safely carrying forward decades of content, metadata, permissions, and institutional knowledge—so your users stay productive, and your business runs without disruption.
LiveLink Migration to SharePoint Online Overview
Source
- Livelink versions (9.x, 10.x)
- OpenText Content Server (formerly known as Livelink)
- Livelink ECM
Target
- SharePoint Online
- Microsoft Teams
- OneDrive for Business
- Microsoft 365 with Copilot
Export-only option: Archive Livelink content for long-term retention without migrating to a new platform
Typical challenges:
- Converting deep folder hierarchies to SharePoint's metadata-driven structure
- Translating Livelink categories and attributes to SharePoint columns and content types
- Handling compound documents and multi-part objects
- Migrating workflow content to Power Automate or SharePoint workflows
- Preserving permission inheritance and security models
- Managing legacy file formats and scanned documents
- Extracting content from aging Livelink infrastructure with limited support
How Xillio addresses this:
Pre-migration content analysis with Xillio Insights
We scan your Livelink environment to analyze folder depth, identify ROT content, assess metadata quality, and reveal permission complexity. This analysis helps you decide what to migrate, what to archive, and how to restructure content for optimal SharePoint performance.
Intelligent Restructuring
We transform Livelink's folder hierarchies into SharePoint's metadata-driven organization, creating document libraries, content types, and managed metadata that align with modern collaboration patterns while preserving findability.
Permission Translation
We map Livelink's permission model to SharePoint security groups, inheritance, and sharing capabilities, maintaining appropriate access controls in the Microsoft 365 environment.
See the Migration in Action
Proven at scale
Xillio has delivered many migrations for global enterprises, moving millions of documents while maintaining business continuity and user productivity.
A leading Northern European financial regulator migrated document management from OpenText LiveLink to Microsoft SharePoint Online as part of its cloud transformation strategy.
Xillio extracted, analyzed, tested, and packaged content for migration, delivering a controlled and secure transition that preserved access to critical documents while improving searchability, governance, and compliance.
Financial Oversight Agency migrates confidential content to the cloud
Xillio helps Oasen to a problem-free content migration
Dutch drinking water company Oasen migrated its document archive and metadata from OpenText LiveLink to Microsoft SharePoint Online.
Working closely with Xillio, the organization successfully transferred content and metadata, making the entire archive accessible in SharePoint Online and providing employees with a modern, reliable document management environment.
Why Livelink to SharePoint Online Migrations can be Complex?
Folder-Centric vs. List-Based Architecture
Livelink's folder-centric architecture and proprietary metadata structure create significant challenges when migrating to SharePoint's list-based model. Organizations face difficulties translating Livelink's nested folder hierarchies (often 10+ levels deep), custom attributes to SharePoint's flatter, metadata-driven organization.
Categories, Compound Documents, and Embedded Objects
Livelink's category templates, compound documents, and embedded objects don't map directly to SharePoint concepts.
Permission Model Differences
The platform's permission inheritance model differs fundamentally from SharePoint's security groups and sharing paradigms.
Accumulated Technical Debt in Legacy Environments
Decades-old Livelink installations contain accumulated technical debt: inconsistent metadata, broken links, orphaned documents, and custom classifications that evolved without governance.
Legacy Livelink Version Constraints
Legacy Livelink versions (9.x, 10.x) present additional extraction challenges with limited API access, outdated database structures, and proprietary file storage mechanisms that require specialized knowledge to access reliably.