MACH & DXP Modernization

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Modernizing a digital experience platform requires more than following an architectural pattern. We help enterprises define the right target architecture based on digital maturity, organizational constraints, and DevSecOps processes.

• Architecture and platform assessment
• Pragmatic modernization strategies, incremental or greenfield
• Step-by-step transition plans focused on value, risk reduction, and continuity

Headless CMS is a core building block of modern DXPs. We design and implement headless CMS solutions for greenfield platforms and as part of broader DXP modernization initiatives.

• CMS selection aligned with business and technical requirements
• Greenfield and transition implementations
• Sustainable content models and governance

We support leading headless CMS platforms and remain open to additional solutions when appropriate.

We design and modernize commerce capabilities as part of composable digital experience platforms, ensuring commerce integrates cleanly into broader content and experience architectures.

• Vendor-agnostic commerce platform selection
• Decoupled commerce architectures aligned with frontend and CMS delivery
• Consistent customer experiences across channels

Our focus is on flexibility, scalability, and long-term maintainability, not point solutions.

Decoupling the frontend is often a foundational step in DXP modernization. We design frontend architectures that enable independent evolution and reuse.

• SSR, SSG, SPA, and micro-frontend architectures
• Shared component strategies across multiple frontends
• React / Next.js, Angular, and Vue / Nuxt ecosystems

Where appropriate, we apply JAMstack principles as part of a broader modernization strategy.

• Static-first delivery optimized for performance and SEO
• In-context authoring with modern CMS platforms
• Vendor-agnostic frontend delivery

JAMstack is applied pragmatically, not dogmatically.

A robust middle layer is essential for scalable and evolvable DXPs.

• API Gateway and Backend-for-Frontend (BFF) solutions
• Backend abstraction and decoupling
• Centralized security, caching, and traffic management

This layer enables frontend independence while simplifying backend evolution.

We introduce microservices where custom business logic does not belong in monolithic platforms.

• Modular, independently deployable services
• Cloud-native deployment strategies
• Context-driven technology choices

Microservices are used to reduce coupling and accelerate delivery, not to add unnecessary complexity.

For heavily customized legacy platforms, we apply incremental modernization strategies.

• Identification and isolation of critical domains
• Gradual extraction using routing and strangler patterns
• Improved scalability, fault isolation, and delivery velocity

This approach minimizes risk while steadily modernizing the platform.