OpenText Write for Us – Submit an OpenText Guest Post

Enterprise information is spread across documents, emails, business applications, scanned records, collaboration platforms, file shares, and cloud services. OpenText products are used in many organizations to manage content, support business processes, govern information, connect documents with enterprise transactions, and protect selected digital assets.

Computer Tech Reviews welcomes OpenText consultants, administrators, developers, information architects, records professionals, integration specialists, cybersecurity practitioners, and experienced technology writers to contribute to our OpenText Write for Us section.

We are interested in original articles about enterprise content management, document management, capture, records, archiving, workflows, information governance, OpenText integrations, implementation, migration, cloud deployment, security, administration, and responsible use of automation.

This contributor page forms part of our broader Software Write for Us hub, where writers can explore enterprise applications, collaboration platforms, content management, accounting systems, software development, testing, and business technology.

What Is OpenText?

OpenText is an enterprise-software company with products and services spanning information management and several related technology areas. Its portfolio has expanded through internal development and acquisitions, so contributors should identify the exact product, release, deployment model, and capability they are discussing.

Depending on the product and configuration, an OpenText solution may support:

• Enterprise content management
• Document management
• Document capture and classification
• Records and retention
• Workflow and process support
• Archiving
• Search and information discovery
• Business-system integration
• Information security
• Analytics and automation

These capabilities should not be attributed to every OpenText product. Product names, packaging, licensing, and cloud offerings can change, so articles should use current official documentation.

Enterprise Content Management

Enterprise content management, commonly abbreviated as ECM, refers to the processes and technologies used to capture, organize, store, access, govern, preserve, and dispose of business content.

Enterprise content may include:

• Contracts
• Invoices
• Purchase orders
• Customer correspondence
• Engineering documents
• Policies and procedures
• Employee records
• Financial reports
• Images and scanned files
• Email and other communications

Installing an ECM platform does not automatically organize an organization’s information. Content ownership, metadata, permissions, retention, workflows, user adoption, and governance must also be defined.

Document Management

A document-management system helps users store, retrieve, classify, revise, share, and control documents. It may provide version histories, metadata, permissions, search, check-in and check-out, document relationships, and audit records.

Document-management articles may discuss:

• Document libraries and repositories
• Version control
• Metadata
• Document identifiers
• Check-in and check-out
• Approval states
• Permissions
• Search
• Document relationships
• Lifecycle management

Document versioning is different from backing up a repository. Version histories can help recover earlier revisions, while backups address selected system, storage, or disaster-recovery scenarios.

Document Capture and Classification

Document capture converts paper, images, email attachments, forms, and incoming files into information that can be reviewed and used within business processes.

A capture workflow may include:

1. Receive or scan a document.
2. Improve image quality where necessary.
3. Recognize text and fields.
4. Classify the document.
5. Extract relevant information.
6. Validate uncertain or important values.
7. Route the document and data.
8. Store the document with appropriate metadata.

Optical character recognition and automated classification can reduce manual entry, but they can also misread poor-quality images, unfamiliar layouts, handwriting, damaged documents, and ambiguous fields.

High-impact information such as supplier bank details, invoice totals, patient identifiers, or contract dates should receive appropriate validation.

Metadata and Information Architecture

Metadata helps describe content using properties such as document type, owner, department, customer, project, status, effective date, or retention category.

An information architecture may define:

• Document types
• Metadata fields
• Classification structures
• Repository and workspace organization
• Naming standards
• Search behavior
• Access rules
• Retention requirements

Too little metadata can make content difficult to find and govern. Too many mandatory fields can create user resistance and unreliable values. Writers should relate metadata recommendations to actual search, workflow, reporting, and compliance needs.

Records Management and Retention

Records management governs information that must be preserved as evidence of business activity or according to legal, contractual, regulatory, or operational requirements.

Records-focused submissions may cover:

• Retention schedules
• Records classification
• Legal holds
• Disposition reviews
• Audit histories
• Records declarations
• Physical and electronic records
• Storage locations
• Policy exceptions
• Defensible disposal

Retention is not the same as keeping every document forever. Excessive retention can increase privacy, discovery, security, and storage risks.

Contributors discussing legal or regulatory requirements should identify the jurisdiction, industry, information type, and date. General configuration guidance should not be presented as legal advice.

Archiving

Archiving moves or preserves information according to operational, historical, legal, or regulatory requirements. An archive should maintain appropriate integrity, access, context, and retention behavior.

Archiving articles may examine:

• Active versus archived content
• Retention and disposition
• Search and retrieval
• Storage tiers
• Integrity verification
• Encryption
• Access controls
• Format preservation
• Migration
• Recovery testing

An archive should not be treated as an uncontrolled dumping ground for old information. Ownership and retrieval requirements remain important.

Workflow and Business Processes

OpenText platforms may support workflows involving document review, approval, task assignment, exception handling, correspondence, and integration with enterprise applications.

A workflow may include:

• Triggers
• Tasks
• Approvals
• Deadlines
• Escalations
• Business rules
• Notifications
• Exceptions
• Audit evidence
• Completion outcomes

Automating a poorly understood process can reproduce errors more quickly. Organizations should define ownership, decisions, exceptions, and controls before implementing automation.

Search and Information Discovery

Enterprise search helps authorized users locate documents and other information across repositories. Search quality depends on content, metadata, permissions, indexing, language, relevance settings, and user terminology.

Search-focused articles may discuss:

• Indexing
• Full-text search
• Metadata filters
• Facets
• Synonyms
• Security trimming
• Search analytics
• Stale or duplicated content
• Multilingual content
• Search-result tuning

Search should not expose documents a user is not authorized to access. However, search cannot correct permissions that were too broad in the source repository.

OpenText and Accounting Software

Accounting processes create and receive invoices, purchase orders, receipts, statements, contracts, payment evidence, audit documents, and financial reports. An enterprise-content platform can help capture and organize these documents while accounting software records the financial transactions.

An integration may connect an invoice image with its accounting entry, route the invoice for review, or preserve reports under a retention policy. It should clearly define which system owns the financial record and which system stores supporting content.

Writers focusing on bookkeeping platforms, ledgers, accounts payable, reconciliation, financial controls, reporting, or accounting-system integrations can visit our Accounting Software Write for Us page.

OpenText and SharePoint

OpenText and SharePoint may both participate in an organization’s document, collaboration, content, workflow, and records strategy. Their roles depend on business requirements, product editions, integrations, existing investments, and governance.

A balanced comparison may consider:

• Team collaboration
• Enterprise document management
• Records and retention
• Intranet publishing
• Business-system integration
• Search
• External sharing
• Administration
• Licensing
• Migration

Neither platform should be declared universally superior. Writers should define the exact products, editions, use cases, and evaluation criteria.

Contributors writing about Microsoft 365 collaboration, intranets, SharePoint sites, document libraries, permissions, workflows, or SharePoint migration can explore our SharePoint Write for Us section.

OpenText and SAP

OpenText solutions may connect with SAP applications to manage documents associated with finance, procurement, sales, human resources, manufacturing, maintenance, and other enterprise processes.

An integration should consider:

• Document and transaction identifiers
• Metadata mapping
• User identity
• Authorization
• Version control
• Retention
• Availability
• Error handling
• Monitoring
• Migration

A document being stored successfully does not prove that the related SAP transaction was approved, posted, or completed.

Articles focused on enterprise resource planning, SAP finance, procurement, supply chains, implementation, migration, testing, or administration can be submitted through our SAP Write for Us page.

OpenText and Specialized CAPP Software

Enterprise-content platforms may integrate with specialized business applications to store supporting documents, route approvals, retain records, or provide controlled access to information.

Articles focused on CAPP software, its use cases, implementation, workflows, content requirements, or enterprise integrations can be directed to our CAPP Write for Us section.

Because CAPP can refer to different products and concepts, contributors should clearly define its meaning and industry context.

OpenText Integration and APIs

OpenText products may connect with business systems through APIs, connectors, events, file transfers, message-based integration, or product-specific interfaces.

Integration articles may examine:

• Authentication and authorization
• API versioning
• Metadata mapping
• Document transfer
• Large-file handling
• Retries and duplicate prevention
• Error handling
• Monitoring
• Rate limits
• Reconciliation

Contributors should not publish a universal API count for the entire OpenText portfolio without a current official source and clearly defined product scope.

Cloud, On-Premises, and Hybrid Deployment

OpenText products may be delivered through cloud services, customer-managed infrastructure, hosted environments, or hybrid configurations. Deployment options vary by product.

A deployment comparison should consider:

• Operational responsibility
• Upgrade schedules
• Customization
• Data location
• Security controls
• Integrations
• Availability
• Backup and recovery
• Licensing
• Exit planning

Cloud deployment is not automatically less expensive or more secure. Outcomes depend on scope, configuration, contractual terms, internal capabilities, product architecture, and usage.

OpenText Security

OpenText repositories may contain intellectual property, personal information, financial records, contracts, customer correspondence, and regulated documents. Security must address the content, platform, identities, integrations, administrators, and connected infrastructure.

Security-focused submissions may cover:

• Authentication
• Multi-factor authentication
• Role-based access
• Least privilege
• Encryption
• Privileged administration
• External access
• Audit logs
• Patch management
• Incident response

Security certifications or authorizations apply to defined products, services, versions, scopes, and operating conditions. Writers should not imply that every OpenText product automatically makes a customer compliant with GDPR, HIPAA, FedRAMP, or another framework.

Articles must not contain production credentials, access tokens, private repository information, customer documents, personal data, or confidential screenshots.

Privacy and Information Governance

Information governance coordinates policies and responsibilities for creating, using, protecting, retaining, discovering, and disposing of information.

A governance program may address:

• Information ownership
• Classification
• Access
• Privacy
• Retention
• Legal holds
• Records management
• Data residency
• Disposition
• Auditability

Governance is not completed by turning on a software feature. Policies must be translated into usable processes, assigned to accountable owners, monitored, and reviewed.

Artificial Intelligence and Content Automation

AI and machine-learning techniques may assist with document classification, field extraction, search, summarization, routing, anomaly identification, and content analysis.

AI-focused articles should explain:

• The content being processed
• The intended task
• How output quality is measured
• When human review occurs
• How confidential data is protected
• How errors are corrected
• How bias and language differences are evaluated
• How generated content is identified

AI does not automatically understand a document’s legal, accounting, medical, or operational significance. High-impact classifications and extracted values require appropriate validation.

OpenText Implementation

An OpenText implementation affects content structures, user workflows, integrations, permissions, retention, reporting, and administrative responsibilities.

An implementation may include:

1. Define business objectives and scope.
2. Inventory repositories, content, and integrations.
3. Design information architecture and metadata.
4. Define permissions, retention, and governance.
5. Configure the selected OpenText product.
6. Build and test integrations.
7. Clean and migrate content.
8. Train users and administrators.
9. Plan cutover and recovery.
10. Review adoption and operational results.

Implementation success should be measured through content quality, user adoption, search effectiveness, control reliability, process outcomes, and support readiness—not simply whether the platform went live.

OpenText Migration

A migration may move documents, metadata, versions, permissions, records, workflows, audit information, and links from file shares, collaboration platforms, legacy repositories, or another OpenText environment.

Migration planning may address:

• Content inventory
• Ownership
• Duplicates
• Unsupported file types
• Metadata mapping
• Version histories
• Permissions
• Retention
• Links and integrations
• Validation

Old content should not be migrated automatically merely because it exists. However, deletion decisions must respect legal holds, retention schedules, business requirements, and records policies.

Migration Testing

A migration tool reporting success does not prove that the destination contains complete, accessible, and correctly governed information.

Testing may include:

• Document and folder counts
• File integrity
• Metadata values
• Version histories
• Permissions
• Search
• Retention behavior
• Links
• Integrations
• Representative business processes

Teams should define reconciliation totals, acceptance criteria, exception handling, and rollback options before cutover.

Administration and Operations

OpenText administration may involve users, groups, repositories, metadata, workflows, integrations, jobs, storage, performance, updates, backups, and audit logs.

Operations-focused submissions may discuss:

• System monitoring
• Job and queue management
• Repository health
• User and role administration
• Storage capacity
• Search indexing
• Integration failures
• Patch and upgrade planning
• Backup and recovery
• Support procedures

Tutorials should identify the product, release, deployment model, required permissions, expected result, and rollback procedure.

Backup and Disaster Recovery

Version histories, retention, replicas, archives, and backups address different requirements. They should not be treated as interchangeable.

Recovery planning may consider:

• Deleted documents
• Unwanted changes
• Repository corruption
• Infrastructure failure
• Cyber incidents
• Configuration loss
• Connected databases
• Search indexes
• Encryption keys
• Recovery testing

A backup strategy is useful only when the organization can restore the required content and services within its recovery objectives.

OpenText Product Comparisons

OpenText products may be compared with SharePoint, Box, FileNet, Documentum, Alfresco, and other content or collaboration platforms. A fair comparison should define the exact products and use case.

Evaluation criteria may include:

• Document and records requirements
• Collaboration
• Workflow
• Search
• Integrations
• Security
• Deployment options
• Migration
• Administration
• Total cost of ownership

Contributors should not publish broad tables claiming that all competitors have limited AI, fewer certifications, or no legacy-system support without current product-level evidence.

OpenText Article Ideas

• OpenText and enterprise information management explained
• Document management versus records management
• Planning metadata for an enterprise repository
• Document capture and validation workflows
• Building a practical retention schedule
• Improving enterprise search and content discovery
• Automating document approvals responsibly
• Connecting OpenText with accounting software
• Integrating OpenText with SAP
• Comparing OpenText and SharePoint for a defined use case
• Securing an enterprise content repository
• Planning a cloud or hybrid OpenText deployment
• Using AI for document classification and extraction
• Planning and testing an OpenText migration
• OpenText administration and performance monitoring
• Backup and recovery for content-management platforms
• Calculating enterprise-content total cost of ownership
• Retiring a legacy content repository responsibly

What We Do Not Accept

• Copied, spun, or lightly rewritten content
• Lists of OpenText products without useful explanations
• Outdated product information presented as current
• Claims that every OpenText product provides the same capabilities
• Unqualified compliance or certification claims
• Biased competitor comparisons without current evidence
• Examples containing credentials, private documents, or production data
• Instructions intended to bypass access controls, retention, or governance
• Promotional consulting or product descriptions disguised as tutorials
• Guaranteed cost reduction, compliance, or return-on-investment claims
• Undisclosed sponsorships and commercial relationships
• Unreviewed AI-generated submissions

OpenText Guest Post Guidelines

• Submit original content that has not been published elsewhere.
• Aim for at least 800 words when the subject requires detailed treatment.
• Use descriptive headings, short paragraphs, and practical examples.
• Identify the OpenText product, edition, version, and deployment model.
• State the date associated with features, licensing, certifications, and support.
• Test code, configurations, integrations, migrations, and administration procedures.
• Use fictional or properly anonymized documents and business data.
• Explain security, governance, retention, migration, and recovery implications.
• Support compliance, product, security, and performance claims with authoritative evidence.
• Remove credentials, tokens, repository details, and confidential information.
• Disclose sponsorships, affiliations, and commercial interests.
• Review AI-assisted drafts for originality, accuracy, clarity, and natural language.

How to Submit Your OpenText Article

Email your proposed title, a short summary, and either an outline or completed article to contact@computertechreviews.com. Use “OpenText Write for Us” as the subject line so your proposal can be directed to the appropriate editor.

Include a brief author biography and describe your experience with OpenText, enterprise content management, records, integrations, migration, security, or another relevant field. For tutorials, provide the product, version, deployment model, permissions, dependencies, sample content, and tested steps.

Frequently Asked Questions

Do you accept OpenText implementation articles?

Yes. Define the product, scope, information types, deployment model, integrations, and lessons learned. Remove client-identifying and confidential information.

Can I submit an OpenText tutorial?

Yes. Identify the exact product, release, required permissions, and tested environment. Explain the effects and risks of each material change.

Do you accept OpenText product comparisons?

Yes. Use current product information, transparent evaluation criteria, comparable editions, and a clearly defined use case. Disclose commercial relationships.

Can I write about OpenText security and compliance?

Yes. Identify the product, configuration, certification scope, jurisdiction, and shared responsibilities. Do not imply that software alone guarantees compliance.

Are AI-assisted submissions accepted?

AI tools may assist with planning or editing, but contributors remain responsible for originality, technical accuracy, tested procedures, reliable sources, and final human review.

Explore Related Enterprise Software Topics