Sitecore Migration Strategy: Should You Stay, Step Up to SitecoreAI, or Switch?

As Liferay and GSPANN covered in our recent webinar, Liferay DXP vs. Sitecore: Why Enterprises Are Rethinking Their Platform Choice, a successful Sitecore migration strategy requires evaluating your digital properties individually rather than forcing your entire web presence into a single monolithic upgrade. Stepping up from legacy Sitecore Experience Platform (XP) to SitecoreAI (formerly XM Cloud) provides a modernized SaaS environment for public marketing sites, but it externalizes visitor authentication, entitlements, and security enforcement into custom front-end code.

For enterprises running complex customer portals, dealer networks, or employee intranets, moving to SitecoreAI means building and maintaining security logic from scratch. A balanced portfolio approach—retaining Sitecore for public-facing brand sites while consolidating authenticated, workflow-intensive hubs onto a platform with native role-based permissions like Liferay DXP—protects your historical investments while minimizing architectural risk.

What Is Changing with Sitecore Support Timelines and Platform Direction?

Sitecore is focusing its development investments and product roadmap entirely on SitecoreAI, positioning the SaaS-based offering on Microsoft Azure as its primary path forward. Organizations operating on on-premise or managed-cloud installations of Sitecore Experience Platform (XP) face definite lifecycle boundaries based on their active version.

Extended Support no longer includes automated security fixes, production incident assistance, or standard hotfixes without a negotiated supplemental agreement. Because XP 10.5 serves primarily as a maintenance release, technical leaders must evaluate whether maintaining a legacy codebase delivers adequate return on investment compared to modern alternatives.

Why Does Moving to SitecoreAI Require Rebuilding More Than Just the Front End?

Moving from Sitecore XP to SitecoreAI is a full replatforming and architectural rebuild rather than an in-place version migration. While your core content repository and raw content schema carry over, virtually every presentation and operational layer must be re-engineered from the ground up.

Presentation renderings that historically relied on proprietary ASP.NET codebases must be rebuilt using modern decoupled frameworks such as Next.js, React, or Vue. Furthermore, operational data stored within Sitecore’s Experience Database (xDB), behavioral personalization parameters, and custom search indexes do not transfer over to the new cloud ecosystem.

The one thing that does carry over is content... Very likely most people will probably rebuild the front end using Next.js or Vue... The existing Experience Database, and then the personalization and search aspects, are going to be completely different within the new SitecoreAI environment.

Rolf Kraus Vice President, Marketing, Partnerships, and North America New Business Development, GSPANN

Teams must therefore plan for significant custom development, regression testing, and data restructuring across their entire digital application stack.

How Does Authenticated Portal Architecture Differ Between SitecoreAI and Liferay DXP?

The fundamental architectural difference between SitecoreAI and Liferay DXP centers on where user login, roles, and authorization logic reside. In legacy Sitecore XP, visitor accounts and role-based permissions were managed inside the platform itself. In SitecoreAI, that security paradigm moves completely outside the core engine.

Official SitecoreAI documentation explicitly instructs architects: "Do not use this domain to manage website visitor accounts or customized roles." Consequently, when organizations build customer portals or secured dealer networks on SitecoreAI, user authentication, role assignment, and entitlement enforcement must be custom-coded inside the head application and tied to an external identity provider (IdP).

In contrast, Liferay DXP's portal and content architecture enforces visitor authentication, role hierarchy, and item-level permissions natively within the platform. A single centralized permission model automatically governs all digital assets, personalized pages, documents, and integrated enterprise data out of the box.

In Liferay, visitor login, roles, and permissions live inside the platform itself... In SitecoreAI, visitor roles and entitlements live in custom code in your head application... That’s not a small detail. It’s the difference between configuring permissions and having to manually engineer them.

Yotam Levy Senior Manager, Customer Insights and Analyst Relations, Liferay

Why Is Enterprise Demand Shifting Toward Authenticated Self-Service Portals?

Modern business buyers increasingly demand digital self-service capabilities that mirror consumer-grade web experiences while protecting sensitive business relationships. According to Gartner research, 61% of B2B buyers now prefer a sales-rep-free purchasing journey.

This purchasing shift elevates the strategic priority of authenticated portals. B2B portals cannot function as passive brochureware; they require secure access controls, pricing agreements, automated approval workflows, and deep connections to back-office ERP and CRM engines.

Organizations that run their entire digital portfolio on marketing-focused platforms frequently encounter substantial engineering friction when attempting to support multi-step customer workflows. Managing these interactions within an authenticated platform ensures consistent governance across customer, distributor, and internal employee audiences.

Which Migration Path Makes Sense for Each Property in Your Portfolio?

Rather than forcing an enterprise-wide mandate, technical decision-makers should categorize each digital property under one of three paths: Stay, Step Up, or Switch.

Option 1: Stay on Sitecore Experience Platform 10.5

Upgrading legacy installations to XP 10.5 provides mainstream software support through 2029 and extended runway into the 2030s. This strategy works best when existing properties perform reliably, internal .NET skill sets are stable, and capital budgets are prioritized for other IT modernizations. However, teams remain tied to a maintenance-only branch and miss out on emerging AI-driven capabilities.

Option 2: Step Up to SitecoreAI

Transitioning directly to SitecoreAI suits public marketing websites where brand presentation, rapid campaign execution, and top-of-funnel customer personalization take precedence. Organizations eliminate infrastructure operational overhead and benefit from continuous SaaS rollouts on Azure. Nevertheless, teams must accept the loss of hosting control and the requirement to engineer access controls for any downstream portal features.

Option 3: Switch Authenticated Portals to Liferay DXP

Switching to Liferay DXP is the recommended path for digital hubs situated behind a login, including customer portals, dealer portals, and corporate intranets. Organizations gain native single sign-on, fine-grained access control, integrated workflow orchestration, and flexible deployment models.

For example, a prominent national tax authority in the Middle East operating citizen registration, document filing, and tax payment services faced soaring license maintenance fees and unmanageable workflow customization within their legacy Sitecore environment. By switching to Liferay DXP, the agency leveraged native form builders and low-code workflow management to run citizen e-services directly, while freeing their communications staff to deploy site updates without engineering intervention.

How Does Liferay Deliver Deployment Freedom and Governed Enterprise AI?

Enterprise security policies and regulatory frameworks often prevent organizations from adopting public multi-tenant SaaS environments. While SitecoreAI mandates a SaaS deployment on Microsoft Azure, Liferay meets enterprises across the complete infrastructure spectrum:

• Software as a Service (SaaS): Fully managed by Liferay for minimal operational overhead.
• Platform as a Service (PaaS): Infrastructure managed by Liferay while internal engineers retain control of application code.
• Cloud Native Experience (CNE): Officially supported, preconfigured Helm charts and Kubernetes architectures deployed inside your own AWS, Azure, GCP, or private cloud VPC.
• Self-Hosted: Deployed directly within proprietary on-premise data centers to ensure complete data sovereignty.

To support secure artificial intelligence adoption without vendor lock-in, Liferay AI Hub enables organizations to connect with leading large language models—including OpenAI, Google Gemini, and Claude—under strict governance. Agents inherit Liferay's underlying permission framework, ensuring they access only the documents and content records the querying user is permitted to view.

What Do Independent Industry Analysts and Real-World Customers Say?

Independent enterprise analyst evaluations validate Liferay’s platform performance across secure, large-scale architectures:

• 2025 Gartner® Critical Capabilities for Digital Experience Platforms: Liferay ranked highest among all evaluated vendors in the Authenticated Experience Use Case (scoring 3.98/5.0), while placing among the top five vendors in the Digital Marketing Use Case, earning notable recognition for Account Services, Security, and Access Control.
• 2025 IDC MarketScape for Worldwide AI-Enabled Full-Stack CMS: Named Liferay a Leader, noting: "Consider Liferay when you require a flexible DXP to deliver complex, multi-audience portals and intranets, with open source extensibility, hybrid delivery, and strong integration capabilities that support authenticated, role-based, and multilingual experiences at enterprise scale."
• 2026 Gartner® Peer Insights™ Voice of the Customer for DXPs: Liferay was recognized as a ‘Customers' Choice’ vendor, earning a 91% willingness to recommend and an overall rating of 4.6 out of 5.0 based on verified enterprise user reviews from around the world.

Enterprise Scale in Production: Validated Customer Deployments

• AGCO (Global Agricultural Manufacturing): Unified disparate regional dealer portals into a single, global role-based platform on Liferay DXP. The deployment provides 80,000 dealer users across four global regions with a centralized, secure entry point while retiring several legacy systems from their stack.
• José Cuervo (Global Beverage Production): Replaced a 16-year-old, heavily IT-dependent intranet with a modern employee experience platform personalized by job role. The unified solution centralizes access to 27 critical business applications for over 3,000 employees, including a streamlined, three-click internal purchasing workflow.
• Airbus Helicopters (Aerospace & Defense Manufacturing): Built the Keycopter customer portal on Liferay DXP to consolidate previously siloed services. The unified digital platform supports roughly 24,000 active users across 3,000 aviation operator companies, seamlessly managing technical documentation, warranty claims, and replacement parts ordering under granular access permissions.

What Five Swimlanes Must Enterprises Model in a Five-Year Cost Analysis?

Accurately evaluating the total cost of ownership across your digital portfolio requires accounting for long-term operational and engineering expenditures across five core financial dimensions:

• Licensing Overlap: Accounting for dual subscription and maintenance costs during multi-phase platform buildouts, ensuring budget visibility while legacy and replacement systems run in parallel.
• Rebuild & Design: Budgeting for front-end headless rewrites, custom middleware development, search API configurations, and structured content schema mapping.
• Ongoing Operations: Comparing multi-tenant SaaS consumption pricing against predictable Kubernetes, PaaS, or self-hosted deployment models.
• Skill Development & Enablement: Assessing internal team transition costs between .NET and Java/API stacks, or budgeting for a systems integration partner support to accelerate rollout.
• Long-Term Upgrade Overhead: Calculating recurring maintenance expenses, specifically comparing continuous SaaS head-code maintenance against isolated, upgrade-safe client extensions.

Conclusion: Clarify Your Digital Portfolio Roadmap

Before committing your organization to a high-risk replatforming project or accepting unexpected maintenance fees, evaluate your digital footprint through three strategic questions:

1. Which version of Sitecore XP are you running today, and what is your hard deadline for security support?
2. What percentage of your customer, partner, and employee experiences sit behind a login?
3. What is the true five-year total cost of ownership across licensing, rebuild engineering, and internal talent development?

To help answer these questions, Liferay and GSPANN offer a complimentary 30-minute Sitecore Portfolio Review. Our enterprise architecture specialists will partner with your team to review your digital properties, identify integration risks, and deliver a property-by-property recommendation with a five-year TCO financial model tailored to your requirements.

Frequently Asked Questions

Can .NET development teams work with Liferay without heavy Java engineering?

Yes, development teams can interact with Liferay completely headlessly through open REST and GraphQL APIs without writing custom Java code. Modern implementations leverage Liferay Client Extensions, allowing front-end engineers to build custom experiences, application widgets, and workflows using JavaScript frameworks like React, Next.js, or Vue while preserving core platform upgradability.

How does Liferay manage complex B2B commerce and catalog reordering?

Liferay DXP includes a native, enterprise-grade B2B commerce engine as part of standard platform subscriptions. Organizations can manage personalized product catalogs, custom contract pricing, accounts, and order workflows directly inside the platform without purchasing external commerce integrations, or integrate external transactional engines like Salesforce or SAP via open APIs.

Does content migration from Sitecore require manual entry or custom scrapers?

Content migration is routinely executed by systems integration partners like GSPANN using automated API extraction rather than front-end site scraping. Integration pipelines crawl Sitecore content trees via native APIs, transform structural schemas into an intermediate database, and import sanitized assets into Liferay DXP while pruning legacy, outdated pages.

How does Liferay’s commercial subscription model operate?

Liferay operates on an enterprise open-source subscription structure based on capacity (such as instance counts or Kubernetes pods) and selected support level, rather than charging for software licenses. Customers receive a perpetual license to continue running Liferay’s software even if they are no longer customers.