MACH and 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 Dev/Sec/Ops 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, both 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 platforms as part of composable DXPs.

• Greenfield and modernization implementations
• Unified customer experience across channels
• Vendor-agnostic commerce platform selection

Our focus is on flexibility, scalability, and long-term maintainability.

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

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

Where it makes sense, 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.