Application Modernization & Migration Services

Stay Relevant with Chudovo App Modernization Services

Chudovo provides expert developers for modernizing and migrating legacy applications, smoothly transitioning from outmoded software systems to the newest technology stack, and creating tailored migration solutions for older applications.

Legacy System Modernization
Our Legacy System Modernization services guarantee a seamless and effective transition, infusing vitality into obsolete systems. We utilize cutting-edge approaches to rejuvenate legacy systems, improving functionality, security, and performance while safeguarding the core. Upgrade your systems to meet the demands of the highly competitive technological niche.
Application Modernization
Chudovo's Legacy Application Modernization services are designed to deal with the compatibility, scalability, and user experience challenges. Our team of experts uses innovative strategies to modernize applications, integrating contemporary features, intuitive interfaces, and robust security measures. Transform and improve your applications to boost efficiency and performance.
Application Migration
Migrating from outdated applications to state-of-the-art technology demands a careful strategy to avoid business disruptions. Chudovo specializes in Legacy Application Migration, managing smooth transitions to reduce downtime and boost productivity. Move with assurance as we lead you through a personalized journey to the newest software solutions.

Legacy System Assessment

Evaluating current legacy systems to pinpoint outdated technologies, potential risks, and areas for enhancement is crucial. The assessment lays the groundwork for creating a customized migration plan to avoid specific obstacles, minimize risks, and maximize the advantages of transitioning to a more advanced and effective system.
Legacy Application Modernization

Modernizing legacy applications encompasses upgrading or rebuilding outdated applications using contemporary technologies to enhance performance, usability, and scalability. It's a comprehensive approach that tackles technological obsolescence and seeks to enhance the application's overall user experience, performance, and adaptability to meet current and future business needs.
Data Migration Services

Data migration services are essential for the legacy migration process, as they involve securely transferring data from outdated systems to new platforms. The primary objective is to guarantee a smooth transition while maintaining data integrity and addressing compatibility issues.
Platform Redesign & Architecture

Chudovo's skilled developers will seamlessly transfer your current mainframe/monolithic database to a dependable cloud environment tailored to your data management needs, ensuring no disruption to its existing onsite functionality.
Code Refactoring and Optimization

Code refactoring and optimization are pivotal in the legacy migration process, enhancing the efficiency, maintainability, and adherence to best practices of existing code. They are crucial steps in guaranteeing that the migrated system utilizes modern technologies, functions efficiently, and remains maintainable in the long term. It contributes to the overall success of the legacy migration by tackling technical debt and enhancing the resilience of the codebase.
Legacy to Cloud Migration

The transition from legacy systems to cloud-based platforms is a strategic move that entails transferring current applications and infrastructure from on-premises environments to the cloud. This shift presents numerous benefits, including scalability, flexibility, and cost-efficiency. Legacy to cloud migration is a transformative endeavour that, when approached carefully, can greatly improve an organization's flexibility, scalability, and cost-effectiveness.
Mobile Enablement

Mobile enablement is modifying older systems to be usable on mobile devices, ensuring they are accessible and user-friendly on smartphones and tablets. It is essential for businesses aiming to remain competitive in a world heavily relying on mobile technology. It enables organizations to broaden the accessibility of their older systems, giving users the freedom to access information and services while on the move. Successful mobile enablement involves carefully considering design, development, and user experience.
User Interface (UI) and User Experience (UX) Improvement

Enhancing the User Interface (UI) and User Experience (UX) of older applications involves updating the visual design and overall user interaction to meet modern standards and user expectations. This ongoing process necessitates a thorough understanding of user needs and a dedication to providing a positive and efficient user experience. By integrating modern design principles and user-centered approaches, older applications can be revamped into intuitive and captivating platforms that align with today's user expectations.
Compliance and Security Updates

Prioritizing compliance and security updates during the legacy migration process is essential to align the migrated systems with current industry regulations and fortify them against modern security threats. Organizations can enhance the resilience of their migrated systems and protect valuable data by focusing on compliance and security updates. Maintaining a proactive approach to security, addressing vulnerabilities promptly, and staying compliant with industry standards are crucial steps in this process.
Performance Testing and Optimization

Performance testing and optimization are crucial to ensuring migrated systems work correctly and perform well under different conditions. By systematically carrying out these steps, organizations can guarantee that their migrated systems meet performance expectations and have the scalability and efficiency required to handle changing workloads and user demands. Ongoing monitoring and regular performance assessments are key to maintaining the long-term health and effectiveness of the systems.
Post-Migration Monitoring

Monitoring after migration is essential for maintaining migrated systems' continued performance, stability, and security. Using strong monitoring solutions helps proactively identify issues, enhance system performance, and uphold high reliability. Post-migration monitoring plays a crucial role in the system's lifecycle, supporting the long-term success and sustainability of the migrated environment. Organizations can sustain high performance, security, and user satisfaction through active monitoring and responsiveness to changes.
Technology Stack Upgrade

Upgrading the technology stack is key to modernizing legacy systems and thoroughly updating programming languages, frameworks, databases, and other components. This process aims to align the legacy system with current industry standards and use modern tools and technologies. A successful technology stack upgrade is essential to keep software competitive, secure, and able to meet changing business needs in the rapidly evolving technology landscape.
Business Process Simplification & Automation

Chudovo specializes in creating personalized business process automation solutions specifically crafted to assist businesses in simplifying operations, optimizing workflows, and attaining success-oriented outcomes by automating laborious business processes and repetitive tasks.
Data Modernization

Our team will optimize your data pipeline by harnessing analytics and AI/machine learning, offering adaptable on-premise and cloud hosting solutions for data sourcing, interpretation, and utilization.
Containerization

Chudovo's approach to containerization involves encapsulating and launching your legacy application's code, settings, and requirements in one unit. It enables the software to operate consistently without transitioning between different computing environments.
Serverless Modernization

Creating a serverless infrastructure enables you to transfer more operational duties to the cloud without depending on a server. It helps eliminate tasks related to infrastructure management, such as capacity and cluster provisioning, patching, OS maintenance, and more.

Cloud

Cloud technology is not a novel concept, but its progress has been extraordinary. Its significance in modern architecture is tremendous, as it serves as a base for constructing, constructing, and preserving applications and services in a novel way. The cost-effectiveness of cloud computing is debatable; however, the correct management can save you money and provide you with possibilities to grow your business, which was probably only possible after.

There are fantastic public cloud services, and it is not suitable to consider the pros and cons of AWS, Azure, GCP, etc., or your platform strategy in this context. A well-laid plan is essential; you can opt for a single platform, a hybrid option, or a multi-platform architecture.

The approach should be consistent, whether it's hybrid (cloud and on-premise/managed data center), multi-cloud, or a single consolidation cloud platform. The architecture, tools, and methods used must be appropriate for the chosen approach.

Event-Driven Architecture

Event-Driven Architecture (EDA) may not be as well-known as cloud or DevOps, but it is essential for a microservices-oriented architecture. Unlike request/response-driven legacy architectures, EDA allows for real-time, asynchronous interactions with software.

With EDA, events are sent without waiting for a response and can be consumed by receiving applications as needed, which fits perfectly with the loosely coupled components of microservices. In short, Event Driven Architecture is essential for modern software architecture.

It enables components to be created, implemented, deployed, and managed independently, with the capacity for modifications and scalability.

DevOps Pipelines for Rapid, Reliable Software Delivery

DevOps and the cloud are closely related. Developing on the cloud makes it easier to transition from development to deployment. Many leading cloud platforms offer continuous integration, delivery, and infrastructure automation to enable DevOps. Strong DevOps (or DevSecOps) practices and implementations are crucial for the quality and speed of modern application development.

Finding the right balance between releasing new features and guaranteeing reliability for users is critical. With more operational systems, SRE (Site Reliability Engineering) can be used to automate tasks and troubleshoot.

Containers and Microservices

Containers have been a significant force in software development over the past decade, driving DevOps processes with their modularity and looser coupling. It has enabled microservices to become the predominant architectural pattern, breaking applications into individual, self-contained services in place of giant, complex monoliths.

This shift has had far-reaching implications for how businesses operate, enabling them to focus more on product management, features, and optimizations - tasks that are difficult in legacy systems.

Automation and Infrastructure-as-Code (IaC)

Migrating to an event-based microservices architecture may bring about some complexity, but it can also diminish it in other areas. Infrastructure automation is the answer to this, as it allows the entire architecture and infrastructure to be coded, developed, changed, and automated – freeing it from the restrictions of legacy/monolithic applications.

A vital advantage of this is the ability to quickly create and remove test environments as needed, along with the relevant application, in a cloud environment.

API Integrations

APIs are at the core of this current system infrastructure/architecture method, which provides a universal way to supply and access services from a growing ecosystem. Utilizing APIs grants the capability to link and combine services and data inside an organization and facilitates broader integration with external systems and data sources.

Employing APIs can fuel your products and services by controlling services and gaining access to more comprehensive data, eventually providing more value to customers or to you internally.

Eight Key Steps for Successful Modernization

Legacy migration services are essential for businesses transitioning from outdated systems to more efficient, modern, and scalable solutions. Here are eight key considerations for engaging in legacy migration services

Assessment and Planning

Conduct a comprehensive assessment of the legacy system to identify challenges and opportunities. Develop a detailed migration plan outlining the scope, objectives, and steps involved in the process.

Data Migration Strategy

Prioritize data migration to ensure a seamless transition to the new environment. Implement data cleansing, mapping, and validation processes to maintain data integrity.

Migration Approach

Select the appropriate migration approach based on the specific needs and challenges of the legacy system. Options include rehosting (lift and shift), refactoring, rearchitecting, or rebuilding applications.

Technology Modernization

Integrate modern technologies such as cloud computing to enhance scalability, flexibility, and cost-effectiveness. Explore microservices architecture to improve agility and maintainability.

Security Enhancement

Implement robust security measures to address vulnerabilities present in legacy systems. Ensure compliance with industry standards and regulations to protect sensitive data.

User Training and Involvement

Develop comprehensive training programs to familiarize users with the new system. Involve end-users in the migration process, gather feedback, and address any concerns for a smooth transition.

Post-Migration Support

Establish ongoing support mechanisms to address any issues arising after the migration. Monitor the performance of the new system and optimize configurations for efficiency.

Documentation and Knowledge Transfer

Update documentation to reflect changes in system architecture, processes, and configurations. Conduct knowledge transfer sessions to equip the internal team effectively to manage and sustain the new system.

App Migration types

Application Rehosting

In this case, the legacy applications are transferred to the cloud or modern infrastructure without making significant changes to the application itself. It is a fast and comparatively simple way to migrate the system. The drawback of this variant is that it does not have many cloud-oriented advantages and does not leverage the full potential of modern architectures. However, it is optimal when a company aims to guarantee access to its app from any global location when the consumption of hardware resources needs optimization.

Application Replatforming

Replatforming option means migrating legacy applications to a new platform or infrastructure with certain changes to the code and architecture. It enables leveraging modern capabilities, improving performance, efficiency, and additional features. It usually requires more effort than rehosting but offers significant benefits regarding technology utilization and ensures compatibility with the platform’s specific requirements.

Refactoring / Rearchitecting

This type of legacy application migration involves redesigning the system architecture to improve scalability, increase performance, address limitations, and adapt to new requirements. This approach may involve adopting microservices, service-oriented architecture (SOA), or other modern architectural patterns. However, this method requires more skilled professionals and a greater financial and time investment than the previous options.

The Benefits You Can Expect if You Decide to Migrate

Migrating from outdated applications to modern systems offers numerous advantages, such as cost savings, improved performance, enhanced agility, and better collaboration. This transition enables businesses to thrive in today's fast-paced digital landscape.

Cost Optimization

Migrating to a new environment provides a long-term solution for cost optimization. While there may be an initial investment, the overall savings in maintenance, software, and licensing costs are substantial. Additionally, transitioning to the cloud allows businesses to leverage cloud providers' infrastructure, reducing the need for expensive in-house IT infrastructure.

Enhanced Data Accessibility

Migrating legacy applications to a new environment facilitates improved data access, addressing the challenges of outdated databases. It is crucial in today's fast-paced business environment, where quick and efficient access to information is paramount for decision-making and staying competitive.

Limitless Scaling

Legacy databases can become bottlenecks for businesses aiming to scale and expand their digital presence. Migration to a new environment, particularly cloud-based systems, enables limitless scaling. Cloud computing allows businesses to adjust demand-based capacity, supporting seamless expansion or contraction without significant hardware investments.

Data Protection

Migrating to a new environment provides an opportunity to implement modern security protocols, offering advanced security features and ensuring a more resilient defense against potential threats. Additionally, reliable backup and data recovery systems can be established to safeguard against data loss or damage.

Improved Performance

Upgrading to modern infrastructure and applications can enhance system performance, resulting in quicker response times, improved efficiency, and an enhanced user experience. This enhanced performance can positively impact overall productivity and customer satisfaction.

Streamlined Maintenance

With the transition to modern platforms, maintaining systems becomes easier. Cloud-based solutions often come with automatic updates and maintenance, reducing the burden on IT teams and ensuring the system remains up-to-date and secure.

Agility and Flexibility

Modernizing applications allows for greater agility and flexibility in responding to market trends and business needs. Cloud-based solutions enable businesses to scale resources up or down based on demand, providing flexibility that is challenging to achieve with traditional, on-premise systems.

Enhanced Collaboration and Connectivity

Modernization facilitates improved connectivity and integration with other applications, both within and outside the organization, enhancing collaboration, data sharing, and the overall efficiency of business processes.

FAQ

1. What Is Legacy Data Migration? Answer

Migrating legacy data involves transferring data from an outdated database to a more current one. This process usually consists of creating a strategy, backing up data, setting up the destination environment, testing, migrating, and monitoring.

2. How Do I Know When It's Time for a Legacy Migration? Answer

Legacy data migration is the best way to move forward when your current storage environment is outdated. Many businesses use obsolete systems or unsupported infrastructure, preventing them from meeting changing customer and business requirements. Legacy migration allows organizations to transition to more up-to-date technology to keep up with the pace of their operations. Although replacing the entire monolith can be daunting, legacy migration is a viable option to modernize with the speed of your unique business.

3. How Long Does the Migration Process Take? Answer

The length of the legacy data migration process is contingent upon numerous factors, including the volume of data needing to be transferred and the particular necessities and expectations. Typically, two methods can be followed: migrating all data at once or migrating small quantities of data bit by bit.

4. What Are the Best Practices for Legacy Data Migration? Answer

Creating a strategy for legacy data migration is crucial to success. A data audit should be conducted, data security should be ensured, and realistic estimates should be made at the planning stage. Establishing the process in advance is also vital for meeting objectives. All team members should share a vision of migration to ensure successful outcomes.

5. How Else Can Legacy Systems Be Modernized? Answer

There are two alternatives for organizations considering changes to their legacy systems and processes. Extending the current system is suitable for those with a functioning core infrastructure. It enables the addition of new, modern applications and processes without disrupting ongoing operations. Replacement of the legacy system is another, albeit a more time-consuming and resource-intensive approach. However, in some cases, this may be the optimal long-term solution.

Legacy Migration