In the face of economic depression and technological advancements round the world, there is growing need to design a computerized monitoring system in a bid to adapt to the global trend in financial management. The existence of computerized economic growth system in relation to the ministry of finance requires a higher dependent scheme of measure in financial control of the federation. Various departments exhibit responsibilities for revenue generation and financial plan structured to detail projections on income and expenses on long term and short term basis i.e. financial budget. The measure of financial terms is represented by stage processing of input in each sector that makes up the economy. This results to a yearly analysis of a dependent economic report within a country i.e. GDP Gross Domestic Product.

Participating in physical activities is necessary for people of all ages. It positions individuals in a state of fitness, thereby enhancing the quality of life. Physical inactivity, which can result in obesity and overweight will not only affect the quality of life, but equally bring financial burden to the government and relevant individuals. The manufacturers of mobile devices such as smartphones recently incorporated some sensors such as accelerometer, step counter, step detector. Their high computational power, low cost, and small size make it possible for people to carry such accessories always. The embedded sensors can be used to track human steps in real time. In this work, we present a prototype mobile application using step counter sensor embedded in smartphones to track daily steps of users carrying mobile phones. The app serves as a motivating factor for engaging in physical activities such as taking stairs instead of taking the lift, walking instead of driving to work, and also running to increase the rate of heart beat. Experimental evaluation of the mobile application shows that the app could be used to track and record daily steps of people carrying mobile phones effectively.