As businesses evolve and embrace digital transformation, upgrading outdated systems becomes critical to remain competitive. Our application modernization services assist you in optimizing your legacy applications to take advantage of the most recent technology, increase performance, lower costs, and improve user experience.
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Application Modernization simply refers to transforming outdated legacy system applications to align with new technology and business requirements. The primary objective of application modernization is to fully or partially upgrade outdated technology, systems, or software. It often involves transitioning from on-premises deployments to cloud-based solutions. The initial goal is to migrate businesses to the cloud, with deployment options including private, public, or hybrid, depending on your specific business needs.
Enhancing and updating an existing cloud tool by incorporating version upgrades and integrating new features is also a key aspect of the app modernization strategy. Application Modernization is also known as legacy software modernization as it involves upgrading the legacy systems.
Rehosting, commonly known as “lift and shift,” is the process of transferring an application from its existing environment to a new environment without modifying its code or design. This method can assist in swiftly updating apps, but it may not be the most effective method for enhancing application performance
Refactoring is the process of modifying an application’s code to improve its structure, design, and operation while keeping its fundamental features unchanged. This method can aid in the reduction of technical debt while also improving application performance, scalability, and maintainability
Rebuilding involves completely redesigning an application using contemporary technology and architecture. This method can assist in overcoming the restrictions of older systems, improving application performance, and enabling the adoption of new features and capabilities
Microservices Architecture requires dividing a single, large program into smaller, autonomous services that connect with one another using APIs. This method can help improve application scalability, flexibility, and resilience while also allowing for speedier deployment of new features and capabilities
Containerization is the process of combining an application and its dependencies into a single container that can be deployed and operate reliably across several environments. This method can aid in the portability, efficiency, and scalability of applications
Cloud-Native Development involves creating apps that are optimized for deployment in cloud environments. This method can aid in the improvement of application performance, scalability, and reliability, as well as the reduction of time-to-market for new features and capabilities
The API-First Method involves designing the API of an application before the user interface and creating the application around the API. This method can help improve application flexibility, scalability, and agility, as well as facilitate integration with other applications and services
Automation and testing comprise the use of automated tools and processes to test and validate the functionality, performance, and security of an application. This method can help to improve application quality, shorten time-to-market, and reduce the risk of errors and vulnerabilities
Organizations that have adopted application modernization can swiftly gain market insights, allowing them to maintain a competitive edge over their competitors. This is possible due to the architecture of modernized applications, combined with a robust cloud data center, which gives the company the capability to analyze the latest information and adapt to current market demands with greater efficiency. Step forward by modernizing your applications, which will significantly boost your organization’s digital transformation efforts.
After companies modernize their legacy applications with new functions and features, they gain the ability to redesign their old age apps into cloud-native versions. This transition enables you to leverage the benefits of cloud computing, which encompass faster product launches, improved scalability, greater flexibility, and cost-efficiency.
The success and growth of the organizations depends on their ability to deliver top-tier user experiences and services. The endeavour to enhance the customer experience can be quite challenging when dealing with outdated application versions.
Modernization involves the redesign of the user-facing elements within a legacy system, ensuring that the updated version offers improved access to information and empowers users to perceive, comprehend, navigate, and interact with a system or app more effectively. Thus, giving a boost to better customer experiences.
Security takes centre stage in the journey of modernizing legacy platform infrastructure. Legacy applications, owing to their age and reliance on outdated technology, could harbor both recognized and hidden security weaknesses. Legacy applications, left unsupported by vendors, become vulnerable to data breaches and malware attacks over time. In contrast, modernized applications undergo regular security updates and bug fixes to defend against emerging threats. Consequently, it is imperative for companies to employ such applications to safeguard their data.
Application modernization acts as a catalyst for businesses seeking to boost their revenue sources. When a company proactively undertakes the modernization of their operations, they gain the ability to introduce new processes or services that offer enhanced value to their customers. In contrast, outdated legacy systems frequently lack the necessary flexibility to facilitate the updates required for profitable transformations.
The introduction of new services or processes not only increases profitability but also contributes to greater customer satisfaction. Satisfied customers are more inclined to endorse a business, resulting in the generation of more leads and revenue.
Application Cloud modernization enables enterprises to take use of digital technologies such as AI, machine learning, big data, and cloud. It aids in the transformation of your IT ecosystem based on current market trends and the establishment of a flexible basis for future innovation
It is the responsibility of business owners to provide clear objectives and requirements for application modernization. They should collaborate with IT and development teams to guarantee that the modernized application satisfies the business’s demands
IT teams are in charge of evaluating current applications and infrastructure and identifying areas for improvement. They should collaborate closely with development teams to design and construct a scalable architecture capable of meeting the organization’s future requirements
The upgraded application is designed and implemented by development teams. They should collaborate closely with IT teams to ensure that the application is developed on a scalable architecture and adheres to security and compliance standards
The modernized application is tested by quality assurance teams to ensure that it meets functional and non-functional requirements. They should collaborate closely with development teams to discover and address bugs before the programme is published
End users must provide feedback on the upgraded application and ensure that it fits their needs. They should collaborate closely with project managers and development teams to provide user feedback and identify areas for improvement
Project managers are accountable for completing the modernization project on schedule, within budget, and to the satisfaction of stakeholders
Extremely
Competitive Costs
30+ Technology
Expertise
| Freelancers | Competitors | Why Nimap | |
| Onboarding Time | One Week | 4-5 Days | 1 Hour |
| Cost Of Project | Lowest | Average | Reasonable |
| Project Guaranteed Completion | No Guarantee | Depends On Expertise | Guaranteed Reliable Expertise |
| Developer Backing Out Support | No Guarantee | Overhead For Newer Developer Onboarding | Guaranteed Developer Support |
| Flexible Contracts | No Flexible Contracts | No Flexible Contracts | Flexible Contracts |
| Management Level | Difficult To Manage | May Or May Not* | Guaranteed Customer Centric Approach |
| Client Side Work Onsite | Doesn’t Apply (Remote Work) | May Or May Not* | Flexible For Client Side Work (Onsite) |
| Project Completion Support | Depends On Developer Preferences | May Or May Not* | Guaranteed Project Support After Completion |
| Project Time | Longest | Variable | Guaranteed Lowest Time |
Client is a Bullion company that deals in the trade of Gold.
They wanted to venture into the market of providing gold loans for customers in the easiest and flexible way possible and that too without any hassles for the customer.
They wanted customers to have a pleasant Gold dealing experience at which they could take loans on their gold.
Problem Sta
Gold investment has been a serious business for homemakers and jeweller shop owners. Even today buying and selling gold is done physically and there is no way to track and dispense gold transactions on a large scale.
The main problem is that there is no viable or suitable platform that can sustain and provide such a structure that can handle gold transactions.
Information Technology
Set clear goals, prioritize processes and applications, involve all stakeholders, choose an appropriate modernization strategy, and allocate adequate resources
Application modernization is a critical component of digital transformation, allowing firms to optimize outdated systems while also increasing agility, scalability, and innovation
While deciding on a modernization strategy, consider technical debt, business requirements, data dependencies, scalability, security, and time/cost restrictions
The length of an application modernization project varies depending on its breadth and complexity, and can range from months to years
By enabling automation, eliminating manual chores, and improving data management, application modernization can improve business processes and workflows
Business process disruption, cost overruns, security risks, a lack of knowledge, and compatibility concerns with existing systems are all possible
