The composable approach involves migrating selected business capabilities to the cloud, instead of moving the entire suite. By doing this, you can build SaaS capabilities over time while supporting your IT roadmap. This means you have more flexibility in how you develop your software and create solutions that work best for your organization.

The composable approach allows for a hybrid arrangement, with some applications remaining on-premises while others move to the cloud. It provides measurable ROI and allows organizations to adapt to change with ease.

How to Move to Composability with Minimal Resources?

Composable architecture gives your organization the agility it needs to adapt to new business needs at lightning speed. Besides, you'll be able to say goodbye to all those on-premises hassles and adopt easier management via cloud platforms. When your customers want new features, you can easily develop and deploy them to boost their experience.

Before you plan your composable journey with limited resources, it's important to focus on cost-effectiveness, efficiency and leverage existing tools. Here's a step-by-step approach to help you plan with fewer resources:

• 1. Define clear objectives: Clearly articulate your goals for adopting a composable architecture. Identify the specific benefits you aim to achieve, such as agility, scalability, or cost optimization.


• 2. Assess your current resources: Conduct a thorough assessment of your existing resources, including infrastructure, personnel, and budget. Understand the limitations and areas where you can optimize resource allocation.


• 3. Identify critical components: Identify the most critical components of your infrastructure that could benefit from composability. Focus on areas that can drive significant value and have a high impact on your organization's operations.


• 4. Prioritize use cases: Determine the most pressing use cases where composability can provide immediate value. Consider factors such as complexity, potential cost savings, and alignment with strategic objectives.


• 5. Leverage existing assets: Explore your existing technology assets and identify components that can be repurposed or integrated into a composable architecture. Reusing and adapting existing resources can help reduce costs and speed up implementation.


• 6. Embrace modular design: Adopt a modular approach when designing your composable architecture. Break down your applications and infrastructure into smaller, reusable components that can be combined and orchestrated flexibly.


• 7. Explore low-code or no-code solutions: Leverage low-code or no-code platforms and tools that enable rapid application development and integration. These solutions require less coding expertise and can empower your team to build composable solutions more efficiently.
  
  
• 8. Emphasize automation: Automate repetitive and manual tasks wherever possible. Implement configuration management tools, infrastructure-as-code, and continuous integration/continuous deployment (CI/CD) pipelines to streamline development, testing, and deployment processes.


• 9. Consider cloud-native solutions: Cloud platforms offer many services and tools that align with composable architecture principles. Consider leveraging cloud-native solutions like serverless computing, containers, and managed services to reduce the burden of managing infrastructure.


• 10. Leverage open-source technologies: Explore open-source technologies and communities to find reusable components, frameworks, and libraries that align with your composable architecture goals. Open-source solutions often provide cost-effective alternatives to proprietary software.


• 11. Collaborate with partners and vendors: Forge partnerships or leverage vendor solutions that align with your composable architecture strategy. Engage with technology providers who offer specialized expertise and services to augment your limited resources.


• 12. Training and upskilling: Invest in training and upskilling your team to become proficient in composable architecture principles and related technologies. Develop an internal knowledge base to facilitate knowledge sharing and foster a learning culture.


• 13. Measure and optimize: Continuously monitor and measure the performance of your composable architecture to identify areas for optimization. Leverage analytics and monitoring tools to gain insights into resource utilization, scalability, and cost efficiency.


• 14. Iterate and evolve: Treat your composable journey as an iterative process. Continuously iterate and refine your architecture based on feedback, lessons learned, and changing business requirements.


• 15. Foster a culture of innovation: Encourage a culture of innovation and experimentation within your organization. Encourage your team to explore new ideas and technologies that align with your composable architecture strategy, even with limited resources.

Your Move to Composable DXP in 5 Steps

Step 1: Take Personalize out of XP

Why is this a good idea?

• Low effort
• Gather session data for later use of Personalize
• Gradual migration of personalization
• The gradual rollout of training

Step 2: Migrate to Edge

Why is this a good idea?

• Core web vitals
• Global delivery
• Gradual application transition, no need to rebuild all at once
• Upgrades are still required
• Content delivers and XP personalization is still running on the sites
• Static publish is not magic! Other elements might still impact like forms, multilingual, media library usage, and setup.
  
  

Step 3: Transition to XM

Why is this a good idea?

• No more XP Infrastructure
• Much closer to XM Cloud
• Transition to Personalize and CDP

Things to watch out for

• Address CD customizations
• XP personalization = Personalize
• Migrating all xDB data is not always a great ROI
• Lift-and-Shift vs in-place transition

Step 4: Migrate to Next.js JSS

Why is this a good idea?

• Removes any dependencies on content delivery servers.
• Ready for XM Cloud

Things to watch out for

• Content delivery customizations
• Server-side session reliance

Step 5: Migrate to XM Cloud

• 1. The Next.js applications will help in a smooth transition.
• 2. There’s another content migration to worry about.
• 3. This one's a little more complicated though. There are multiple XP instances that are running, multiple content repositories in different regions. Plan around how you are going to handle that scenario.
• 4. Now from a provisioning perspective for XM Cloud, typically we recommend going by a project, team, or type of approach.
• 5. Think of how you can make use of shared content in a single XM cloud instance for cost optimization.

Conclusion

With composable architecture, you can achieve greater efficiency and a more personalized experience for your users. By following the above-mentioned steps, you can plan and implement a composable journey effectively, even with limited resources.

Keep in mind prioritization, efficiency, and leveraging existing assets to maximize the value of your composable architecture. With careful planning and resourcefulness, you can achieve remarkable results even with minimal resources. Get in touch with us if you want our experts to plan your roadmap to composability.