The National Social Insurance Institution approached a leading IT company to develop and implement various projects to improve operations.
The National Social Insurance Institution approached a leading IT company to develop and implement various projects to improve operations.
The projects covered many areas within the scope of the Institution’s activities, including the disbursement of standard benefits, social assistance payments, programs, and initiatives. Additionally, the Client was entrusted with the development of the Electronic Data Exchange Platform for the Institution, which encompassed multiple applications, data structures, and technical infrastructure components of the Social Insurance Institution subsystem.
The Institution faced several challenges managing its operations effectively and ensuring seamless data exchange between systems. The existing manual processes and outdated technologies posed obstacles to efficient workflow management, hindering the prompt disbursement of benefits and timely processing of various requests. The Institution sought a solution that could automate processes, improve system performance, and enhance collaboration between different stakeholders, ultimately leading to improved service delivery and operational efficiency.
The Client assembled a multidisciplinary team to tackle the challenges faced by the Institution. The team comprised full-stack programmers skilled in Java and Angular, business-system analysts, and testers. Leveraging their expertise in a wide range of technologies such as Java, Spring, Spring Boot, Angular, Selenium, REST API, UML, EA, REST, SQL, JSON, Docker, Kubernetes, and PostgreSQL, the Client proposed an integrated solution to address institutional requirements.
The solution involved the following key components:
1. Development of the Electronic Data Exchange Platform: The Client designed and implemented a comprehensive system to facilitate the circulation of statutory documents and support various applications within the Institution. The new system seamlessly integrated with the existing SAP system to provide real-time information on entity accounts, enabling efficient processing of income and enforcement claims.
2. Business-System Analysis: The Client’s business-system analysts worked closely with the Institution to understand their operational needs, assess software complexity, design test cases and scenarios, conduct functional testing, and develop user and technical documentation. Their collaboration ensured the solution aligned with the requirements and complied with industry standards.
3. Full-Stack Development and Architecture Enhancement: The Client’s full-stack programmers undertook the development of new functionalities while also partially transforming the architecture from a monolithic structure to a microservices-based architecture within a distributed framework. This architectural transition aimed to improve system scalability, performance, and maintainability.
4. Testing and Quality Assurance: The testing team performed comprehensive manual testing and partially automated the testing process to ensure the reliability and stability of the system. They prepared test reports, developed test scenarios and cases, and worked closely with the development team to effectively address and resolve reported errors.
The Institution faced several challenges managing its operations effectively and ensuring seamless data exchange between systems. The existing manual processes and outdated technologies posed obstacles to efficient workflow management, hindering the prompt disbursement of benefits and timely processing of various requests. The Institution sought a solution that could automate processes, improve system performance, and enhance collaboration between different stakeholders, ultimately leading to improved service delivery and operational efficiency.
The Client assembled a multidisciplinary team to tackle the challenges faced by the Institution. The team comprised full-stack programmers skilled in Java and Angular, business-system analysts, and testers. Leveraging their expertise in a wide range of technologies such as Java, Spring, Spring Boot, Angular, Selenium, REST API, UML, EA, REST, SQL, JSON, Docker, Kubernetes, and PostgreSQL, the Client proposed an integrated solution to address institutional requirements.
The solution involved the following key components:
1. Development of the Electronic Data Exchange Platform: The Client designed and implemented a comprehensive system to facilitate the circulation of statutory documents and support various applications within the Institution. The new system seamlessly integrated with the existing SAP system to provide real-time information on entity accounts, enabling efficient processing of income and enforcement claims.
2. Business-System Analysis: The Client’s business-system analysts worked closely with the Institution to understand their operational needs, assess software complexity, design test cases and scenarios, conduct functional testing, and develop user and technical documentation. Their collaboration ensured the solution aligned with the requirements and complied with industry standards.
3. Full-Stack Development and Architecture Enhancement: The Client’s full-stack programmers undertook the development of new functionalities while also partially transforming the architecture from a monolithic structure to a microservices-based architecture within a distributed framework. This architectural transition aimed to improve system scalability, performance, and maintainability.
4. Testing and Quality Assurance: The testing team performed comprehensive manual testing and partially automated the testing process to ensure the reliability and stability of the system. They prepared test reports, developed test scenarios and cases, and worked closely with the development team to effectively address and resolve reported errors.
The solution significantly impacted the Institution’s operations and ability to deliver services efficiently. The key effects of the project were: