A trusted outsourcing firm with extensive experience in the field of quality assurance, Noah Solutions manages the complex IT testing needs of numerous clients worldwide. Using proprietary end-to-end, independent stand-alone, and several other effective service models, Noah Solutions conducts its QA testing in an onsite, offshore environment and significantly reduces the high costs typical of such services. Offering only the finest in products and personnel, Noah Solutions spends its time, energy, and resources working directly with client organizations to realize their short- and long-term goals. Through its proven outsourcing paradigm, Noah Solutions provides an attractive alternative for clients seeking a robust menu of quality assurance services. As a standalone testing partner, Noah Solutions is unmatched in terms of efficiency and affordability and works across multiple time zones, long after client businesses have left for the day. From the outset, Noah Solutions uses its three-pronged system of assessment, engagement, and deployment to ensure the target results for customers. After an initial evaluation of risks, quality factors, and cost, Noah Solutions develops a plan to enact the appropriate QA testing strategies. Noah Solutions ultimately deploys these procedures within the original specifications of the client and guarantees proper follow through and progress reports every step of the way. Noah Solutions employs both manual and automated testing services and commands expertise in a vast array of technology platforms. Working within systems such as HP, IBM, Sun, ERP, and Intel, Noah Solutions holds a unique status as a full-service QA testing firm. Noah Solutions counts various global companies in finance, IT, insurance, manufacturing, pharmaceuticals, and more among its diverse client base and conducts testing in the areas of enterprise application, performance, database migration, regression, security, systems integration, web application performance, and compatibility.
- Experiences
- Noah Solutions
: 01/2006 -
Present
Information Systems