Java Application to Design, Develop and Execute Preventative Tests Based on Synthetic App Monitoring Outcome and GenAI

Published: 27 March 2024| Version 3 | DOI: 10.17632/kpj9gcnsz2.3
Soham Patel, Kailas PATIL


Software development is characterized by quick innovations, intricate designs, and changing customer requirements. Preventative testing finds and fixes flaws early in the development process, acting as a proactive approach to guarantee that software products fulfill quality requirements. Development teams may improve the user experience by drastically lowering the probability of faults making it into production by putting in place a strong preventive testing architecture. Preventative testing's capacity to find security holes and vulnerabilities in software programmes is one of its main advantages. Integrating security-focused preventive testing contributes to the overall integrity of digital ecosystems by protecting sensitive data and ensuring that software systems are resilient to possible breaches in the face of growing cyber threats. Cost-effectiveness is another crucial facet of preventative testing. Early detection and resolution of defects during the development phase lead to substantial cost savings compared to addressing issues post-deployment. By minimizing the need for emergency fixes and updates, preventative testing supports efficient resource allocation and reduces the economic burden associated with software maintenance. Preventative testing is also essential to keeping project deadlines and delivery dates on track. Early problem-solving and identification throughout the development life cycle helps teams better stick to project schedules, which guarantees on-time product delivery and satisfied customers. Preventative testing strategies, which incorporate automated testing, continuous integration, and other cutting-edge techniques, grow along with the complexity of software systems. Development teams may produce high-quality software more quickly, detect any bottlenecks, and optimize their testing procedures by using these breakthroughs. The application jar included with this data collection offers the preventative test solutions based on synthetic app monitoring outcome, code coverage information, performing browser synthetic app monitoring and provide valuable recommendation based on gen AI. Providing a platform that will function as an engine and offer preventative tests to identify errors early in the software development life cycle is the main problem statement driving this approach. This is done with the understanding that no further time will be spent on the procedure because the primary reason for not doing the preventive test is a time crisis. In addition to saving your time, parallel testing ensures that you receive the highest amount of test coverage. Preventative testing based on synthetic app monitoring gives you the ability to answer to support tickets with the greatest amount of ground testing before issues are reported. Please do visit our github repo for more updated code and artifacts on



Software Engineering, Software Tool, Software Testing, Selenium, Low-Cost Automation, Application Software, Software Bug Prediction