Case Studies

Problem Statement: The client's monolithic platform slowed feature delivery, caused performance issues, and increased operational overhead with separate workflows. To support rapid innovation and a growing creator community, they needed a modular, scalable architecture for better performance and faster releases.

Problem Statement: The existing Playwright framework required complex JavaScript code and precise locators, making test creation slow, difficult, and dependent on highly skilled developers. Frequent Ul changes increased maintenance needs, limiting agility and slowing down testing cycles.

Problem Statement: The agricultural data platform faced quality issues, unstable releases, and delays due to limited QA capacity, incomplete requirements, and heavy regression workload. Third-party integrations and frequent changes further increased the risk of defects, requiring a structured testing approach and strong automation support.

Problem Statement: Banks are unable to meet growing customer demand for real-time, Al-powered financial guidance due to legacy systems, data limitations, and strict compliance requirements. This gap prevents them from delivering personalized insights at scale, leading to higher churn and reduced customer trust.

Problem Statement: Fintech companies prioritize rapid launches for early market advantage, but this speed-first approach creates technical debt, compliance gaps, security risks, and loss of customer trust. Without scalable infrastructure and built-in compliance, platforms struggle to grow sustainably and often fail despite early momentum.

Problem Statement: The organization couldn't achieve multiple daily production releases because the automation test suites were slow and not scalable. Smoke tests took 25 minutes and regression tests 120 minutes, causing delays in the CI/CD pipeline and slowing down code validation, making true continuous delivery impossible.

Problem Statement: The client's agricultural data platform lacked skilled QA resources and a structured testing process, leading to missed defects, unstable performance, and delayed releases. They needed a reliable QA solution to validate complex workflows, third-party integrations, and large data operations while ensuring consistent quality and timely delivery.

Problem Statement: The organization needed to automate advisor- player interactions especially for updating client email details as the existing manual process was inefficient and prone to errors. A reliable system was required to simulate real user interactions, verify WebSocket API responses, and ensure accurate, smooth communication between advisors and players.

Problem Statement: The client's agri-education and e-commerce workflows were scattered across different systems, causing inefficiencies and making it hard to manage farmers, dealers, content, and products in one place.

Problem Statement: Employees lacked a unified internal tool for managing daily tasks, while players had no engaging way to preview products resulting in fragmented experiences, reduced efficiency, and limited user engagement across both internal operations and gaming interactions.

Problem Statement: The client's monolithic gaming platform could not scale, resulting in slow releases, risky deployments, and inconsistent global performance. They needed a modular, cloud-native architecture to improve speed, scalability, and player experience.

Problem Statement: Traditional transport and logistics operations lacked real-time visibility across cargo, fleets, and assets, leading to delays, inefficiencies, inaccurate tracking, higher operational costs, and limited control over supply chain performance.

Problem Statement: Businesses face difficulty scaling their infrastructure, managing high workloads, and controlling costs with traditional on-premise systems. They need a flexible, fast, and reliable compute solution to run applications efficiently without heavy hardware investment.

Problem Statement: Player support systems lacked smooth integration between multiple game titles and the CounselorHub platform, creating delays, inefficiencies, and limited visibility for advisors when resolving player issues highlighting the urgent need for a unified, scalable, and deeply integrated solution.

Problem Statement: The event creation process was heavily manual and time-consuming, often stretching over several weeks. This not only slowed down overall operations but also created bottlenecks, increased workload for teams, and hindered timely event execution within the organization.

Problem Statement: Addressing player issues such as hacked accounts, missing purchases, and lost points required advisors to manually analyze large volumes of player data across login logs, banking activity, and trade records. This intensive process often took 36-48 hours per case, causing delays, increased workload, and slower player support response times.

Problem Statement: Game console development kits (devkits) lacked essential built-in security, leaving them vulnerable to unauthorized access and potential exposure on the internet. This posed a serious risk to sensitive development environments, demanding a stronger and more reliable endpoint protection framework.