Network Drives to OpenText Core Content Management Migration

Move from file shares and network drives to OpenText Core Content Management, transforming unstructured content chaos into organized, searchable, governed, AI‑ready repositories—while maintaining access and minimizing user disruption.

Source

  • Network file shares
  • DFS environments
  • NAS storage systems

Target

  • OpenText Core Content Management 

     

Common challenges

  • Analyzing and cleaning terabytes of legacy, unstructured Network drives content with 40-60% ROT, based on usage, ownership, and compliance criteria

  • Designing a future-proof OpenText information architecture to standardize previously unstructured content and align with governance and retention policies

  • Transforming deep, inconsistent folder hierarchies into a metadata-driven structure

  • Identifying, classifying and deduplicating overlapping content across multiple file shares to reduce volume and risk.

Public sector IT specialists planning a network drive to OpenText cloud migration
Unstructured network drive folders being transformed into OpenText Content Server Cloud repositories

  • Translating complex NTFS permissions to OpenText security groups 

  • Handling file path length limitations 

  • Managing file name character restrictions 

  • Migrating massive volumes efficiently while minimizing network impact 

  • Post migration redirection of links that point to archived content

How Xillio Addresses This 

Content discovery and ROT analysis with Xillio Insights

Before migrating a single file, we scan your network drives to analyze content volumes, identify duplicates, detect ROT content, assess folder depth, and reveal permission complexity. This analysis shows exactly what you have, what's worth migrating, and what should be archived or deleted—often reducing migration scope by 40-60%. 

Information architecture design 

We work with you to design OpenText workspace structures, document repositories, and metadata schemas that transform folder-based chaos into organized, searchable content. Our migration accelerators—pre-built pathways for common network drive scenarios—provide templates for departmental workspaces, project repositories, and functional libraries. 

Intelligent restructuring options

Choose to preserve folder structures where they work, flatten using metadata where appropriate, or implement hybrid approaches. We can extract business meaning from folder paths (dates, project names, client codes) and convert them to OpenText metadata attributes for improved search and filtering. 

Deduplication and cleanup

Automated duplicate detection identifies identical files across locations, allowing you to migrate single copies and redirect users to consolidated content locations. 

 

Permission optimization 

We analyze NTFS permission patterns and recommend OpenText security group structures that maintain appropriate access while avoiding performance-killing unique permission scenarios. 

Content Migration Specialists

With 20+ years migrating unstructured content from file shares, network drives, and legacy storage to modern platforms, Xillio has developed proven methodologies for transforming file chaos into organized environments. 

Xillio is trusted by companies worldwide:

What can make these migrations complex?

The Hidden Cost of Network Drives 

Unstructured Content Sprawl

Network drives have become digital landfills—decades of accumulated files with cryptic folder names, duplicate versions scattered across locations, and no metadata beyond "Modified Date" and "Modified By." Without governance, file shares grow organically into deeply nested hierarchies (10-15 levels) that users navigate by memory rather than logic.

Security & Compliance Gaps

Security models drift over time. NTFS permissions accumulate as people join, leave, and change roles, creating access patterns nobody fully understands. Shared drives lack audit trails, version control, and retention policies, putting organizations at compliance risk in regulated industries.

ROT & Cost Explosion

The sheer volume compounds the problem—terabytes of content where 40-60% is typically ROT content (redundant copies, obsolete documents, trivial temp files). Migrating everything means paying cloud storage costs for digital waste while making OpenText slow and difficult to navigate.

Why OpenText Core Content Management Changes Everything

From File Chaos to Governed Content

OpenText Core Content Management transforms unstructured file chaos into organized, searchable, governed content. Metadata-driven repositories replace cryptic folder names with intuitive views and filters. Version history eliminates "finalv2FINALUSETHIS.docx" proliferation. Integration with enterprise workflows makes collaboration efficient, while advanced search and AI features turn your migrated content into actionable knowledge—but only if it's clean and well-organized. 

Unstructured Source Challenges

Network drive migrations face unique challenges that distinguish them from structured ECM platform migrations. Unlike systems with enforced metadata, file shares contain zero structured information—just filenames and folder paths that may or may not be meaningful. Organizations must design OpenText information architectures from scratch, deciding how to impose structure on previously unstructured content. 

Folder Hierarchy Decisions

Deep folder hierarchies with business meaning embedded in paths (e.g., /Projects/2023/ClientA/Contracts/Executed/) require decisions: preserve the hierarchy in OpenText folders, flatten it using metadata attributes, or hybrid approaches balancing familiarity with modern organization patterns. 

Duplicate Content Risk

Duplicate detection becomes critical—the same file copied to multiple locations, slightly different versions with no clear "source of truth," and content duplicated across departmental silos. Without deduplication, you migrate and pay for the same content multiple times. 

Permission Model Translation

Permission translation from NTFS groups to OpenText security groups requires careful planning—especially when file-level permissions create thousands of unique security scopes that can cripple performance if migrated directly. 

FAQ

How much of our network drive content is typically ROT?

Analysis across hundreds of file share migrations shows 40-60% of content is typically ROT—duplicates, obsolete versions, temp files, and abandoned content. Xillio Insights identifies this before migration, allowing you to clean up rather than migrate digital waste. 

Can you preserve our folder structures in OpenText? 

Yes, but we recommend evaluating whether folder structures serve users well or simply reflect historical accidents. We can preserve folders where meaningful, flatten using metadata where appropriate, or implement hybrid approaches based on content analysis. 

How do you handle files with paths longer than OpenText's limits? 

We identify long-path files during pre-migration analysis and provide options: restructure folder hierarchies, shorten folder names, or migrate to alternative locations. This prevents migration failures from path length issues. 

Can you translate NTFS permissions to OpenText security groups?

Yes. We analyze NTFS permission patterns and design OpenText security group structures that maintain appropriate access while avoiding performance problems from excessive unique permissions. 

Can this migration be executed in phases?

Yes. We support phased migrations by department, file server, or content type, allowing users to transition gradually while maintaining access to network drives during the process. 

Do you support export-only migrations for compliance archival? 
Yes. If you're decommissioning file servers but need to retain content for regulatory compliance, we can export files with full metadata and permission information to long-term archival storage. 

Ready to Transform File Share Chaos into Organized OpenText Workspaces?

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