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Application modernization updates outdated software, including legacy applications, to leverage modern technologies and public cloud solutions, improving performance, scalability, security, and user experience. It reduces operating costs, increases agility, ensures compatibility with current systems, and extends the application’s lifespan. The modernization approach often includes lift and shift strategies to move existing code to new environments.
Technologies used in application modernization include cloud computing, microservices, containerization (e.g., Docker, Kubernetes), DevOps practices, API integration, serverless computing, and modern programming languages and frameworks. These technologies facilitate the modernization of legacy systems by making them cloud-native.
The biggest factor is the application’s inability to meet current business needs, which may include performance issues, high operating costs, security vulnerabilities, and lack of compatibility with modern systems. This drives the need to modernize legacy systems through application migrations and other modernization processes.
The future of application modernization involves increased adoption of cloud-native technologies, AI-driven automation, advanced data analytics, continuous integration and continuous delivery (CI/CD) practices, and a focus on scalability, security, and flexibility to adapt to evolving business needs. The benefits of application modernization will continue to drive its adoption across industries.
A technology refresh aims to update hardware or software components to ensure optimal performance, security, and compatibility, extending the lifecycle of existing systems and improving efficiency. This can be part of the broader process to modernize legacy systems.
A tech refresh involves replacing outdated hardware or software with newer versions, while an upgrade enhances existing systems with additional features or improved performance, often through software updates or component enhancements.
Ensuring the right technology architecture involves understanding industry-specific requirements, regulatory compliance, scalability needs, and security concerns. It requires a thorough assessment of current systems, stakeholder consultation, and leveraging industry best practices and standards. A cloud-native approach often plays a crucial role in this process.
Initial steps include:
- Assessing the current state of the monolithic application.
- Identifying boundaries and responsibilities of potential microservices.
- Designing an incremental migration strategy to avoid a complete overhaul.
- Establishing robust communication protocols and data management strategies.
Technology architecture defines the structure and interaction of an organization’s IT systems and components. Infrastructure refers to the physical and virtual resources (servers, storage, networks) that support the technology architecture.
Process transformation involves reengineering business processes using digital technologies to improve efficiency, effectiveness, and adaptability, often resulting in significant changes in how the business operates.
The most important phase is the planning phase, where objectives are defined, current capabilities assessed, a strategic vision developed, and a roadmap created to guide the transformation efforts, ensuring alignment with business goals. This phase sets the foundation for successful application modernization and overall digital transformation.