Analysis and optimization of data entry and application processing workflow: A study on MOSAIC Visa

Abstract

The purpose of this report is to look at the MOSAIC Visa operational efficiency and digital infrastructure of the exclusive authorized visa service partner of Republic of Türkiye Embassy in Bangladesh. The company is an international service provider and needs to strike a balance between strict diplomatic security and fast document processing. The study highlights some of the major pain points in the operations such as reliance on the stability of international servers, manual data entry with Visa Management System (VMS) and financial ledgers, as well as technical hurdles during peak processing volumes of 70+ applicants per day. In addition, The study adopts a mix of methods which are analysis of the synchronized service flow and analysis of information system (MIS) practices applied in the branch. The results show that the existing "Human-Touch" approach guarantees data security, but it also adds to a "Turnaround Time" (TAT) and a risk of application processing time delay. This report presents a Digital Optimization Framework to solve the issues. The key recommendations are to work towards the use of Optical Character Recognition (OCR) technology for automatic capture of information from the passport. Additionally, the study also recommends that it employ Offline Buffering protocols in order to reduce the effects of international server latency. MOSAIC Visa will be able to move to a more automated and secure system by implementing such technologies. As a crucial administrative connection between Bangladesh and Turkiye, these optimizations will guarantee the organization's First-Time-Right processing standard, and in the long run, will be helping to become more financially responsible and operationally influential.