issue 1


Jayesh Borkar, Rahul Mehta, Saurabh Dodke, Vishal Khelkar, Prof.H.V.Gorewar


There is wonderful increase in population, due to this there is increase in number of vehicles. The rise in number of vehicles had led to many problems like traffic blocking, increase in consumption of fuels, rising travel costs. Considering all these problems we have considered different papers. This paper introduces bike sharing application which will help people to travel on one bike and share their expenses and also reduce pollution.[1] complicated applications are gaining popularity in the market over various cities as an adroit part of traveling with ease and being eco-friendly. Such application in the future have a wide scope ranging from IOT (Internet Of things) -Integrated smart systems for homes to super smart bikes comprising of computation as well as communication features. Systems such as these will able the service providers to access information counting user demands and real-time as well as non-real-time scenarios for an Improved Quality of Service (QoS) of the application. This paper proposes a framework to secure a multi-modal bike sharing service Android application which offers an easy way of traveling from one source to a destination and at the same time an easy user-friendly interface usable by any section of the society.[2]

Index Terms- Bike pooling , Petrol Partner, Eco-Friendly


Travelling from one place to another has become the main issue of the culture now-a-days. Increased population has given rise to improved number of vehicles for travelling purposes. Due to this, carbon emissions are being at large in large amount which is harming the environment. And also because of increasing number of not public vehicles mostly cars, the parking problems are increasing and also pollution is rapidly growing. People are also torment from high travelling costs and also fuel prices are rising. In order to overcome these problems, this paper is useful for judgment different solutions on it. Bike pooling is an android application in which people will share bikes to travel distance which goes along the same route of the bike user. Bike Pooling is a pick-up and drop-off examine provided to the users according to their needs. Hence number of vehicles will be reduced so that traffic blockage problems, air pollution will be reduced. . Bike pooling also helps people to share their travel operating cost that is fuel costs which will also be useful to save fuel for future use as fuels are getting decreased day by day due to large amount of utilization. In this application Aadhar card link will be added for getting user’s true identity. It also includes Google maps for tracing real time navigation. This application is valuable for booking bikes from home also.[1] civilization has never consumed as much energy as we do today. The climate of the earth is getting stove and according to the UN climate panel, humans has influenced most of this. Earth’s rising temperature is a product of continued emissions of greenhouse gases. Transport is a big part of this and the transport of people and goods with fossil fuels is a causative factor. Car usage has increased, and that contributes with increasing air contamination, accidents and noise. The Bike pooling or BSS (Bike Sharing Service) is a term for a handy and efficient way of traveling in our daily lifestyle which include a change of data over the internet and also allows users to search for a ride instantly. Bike-pooling is a concept aiming at disrupting the way people travel intra-city in turn increasing the pollution satisfied exponentially in the environment. With the rapid increase in human population, there exists a dire need to solve for the ever-growing traffic and create a faster, simpler method which will reduce traffic and carbon footprint perceptibly. Bike pooling is a notion wherein any user can share/book a bike-ride depending on whether or not he/she owns a bike through a simple mobile function. Surveys have found that the disparity in the economics of sharing a ride and traveling solo allows a person to save almost up to 60% of the total ride cost. Moreover, zipping past the city on a two-wheeler a long with some company during heavy packed full traffic hours gives an opportunity to interact as well as save time as the traffic also reduces marginally.


Fig-1: System Architecture

The System Architecture diagram of the Fuel Mate is shown in Fig.1.1. It shows the Working of the app.


It is the most creative and challenging phase of the system life cycle. The analysis phase is used to design the logical model of the system whereas the design phase is used to design the physical model. Many things are to be done in this phase .we began the designing process by identifying forms, reports and the other outputs the system will produce. Then the specify data on each were pinpointed. we sketched the forms or say, the displays, as expected to appear, on paper, so it serves as model for the project to began finally we design the form on computer display, using one of the automated system design tool. After the forms were designed, the next step was to specify the data to be inputted, calculated and stored individual data items and calculation procedure were written in detail. File structure such as paper files were selected the procedures were written so as how to process the data and procedures the output during the programming phase. The documents were designing the form of charts. Output design means what should be the format for presenting the results. It should be in most convenient and attractive format for the user. The input design deals with what should be the input to the system and thus prepare the input format. File design deals with how the data has to be stored on physical devices. Process design includes the description of the procedure for carrying out operations on the given data.


User Module: This module handle all the data related to bike information, news about bike, bike data, information about all bike details etc. In this module bike driver can also modify the existing customer information or staff information and can also search the customers or staff according to different parameters.

Fig-2: User Login
Fig-3: User Details
Fig-4: Bike Details
Fig-5: Bike Location
Fig-6: Post Ad

Fig-2 to Fig-6 shows various snapshot of the working module such as user login module, bike location module, new user registration module and bike detail module.


This survey is the analysis of vehicle pooling. This analysis is mainly concentrate on studies that give the solution of problem which is: What is the role of technology in the formation of vehicle pooling. The literature review outlines the Transportation demand Management and explains how vehicle pooling fits into the practice. Some classic vehicle pooling websites indicates that its users effectively schedule their plans for well trip in advance. There has been more and more emphasis on ensuring a high quality of life for people alongside the development and subsequent diffusion of innovative technologies. This has shifted the focus from the managerial strategies aimed at pursuing the achievement and maintenance of high levels of efficacy and efficiency to those that also promote respect for the concept of sustainability (not only environmental but also energy, technological, social and economic). In this regard, there are numerous studies, including the travel sector, highlighting a mature awareness of the benefits arising from the adoption of sustainable practices: the prevalent literature orientation emphasizes that more and more frequently every kind of material and immaterial (economic, financial, human, cognitive, temporal and so on) resources are invested in the development of strategies based on techniques, methods and tools designed to improve overall results of citizens’ choices about urban and extra-urban mobility.


The concept of Bike pooling system emerged as a solution to reduce pollution and provide an eco-friendly option to people. It allowed people to travel with each other by the means of using simple android based application which also provided security to users. So for safe, secure as well as comfortable journey’s, bike pooling can be considered as the best recommended way to travel nowadays .It is convenient, great to save money and definitely better for the environment. The concept of Bike Pooling is basically sharing a ride with a friend who is going the same way. Bike pooling is an android application which helps in reducing traffic congestion and pollution problem. This application is user friendly and also helpful for maintaining the green environment. The application is used for travelling purpose. Guardian can get real time location of user if accident takes place. This application also provides facility of giving notification when request is cancelled . There are numerous factors why bike pooling can be a great initiative such as:

  • It will reduce the traveling expenses remarkably and the need for a bike at all.
  • If a person owns a bike, then offering someone a ride might turn into some extra company for the trip and if not that, they can get help in the contribute onto the total fuel bill.
  • It improves the travel time as well as the parking space problem.
  • It will also aim at reducing pollution and the emission rate(one bike is better than two!) and therefore improve the environment in a huge way .


We have successfully demonstrated a mobile based „vehicle pooling‟ application. We have studied various technologies, algorithms and methods for monitoring system. This application would help in the process of creation of “immediate vehicle pool” events. Thus, we successfully reduced the complex conversations and process needed for normal vehicle pool events. In, future more functionality may be added to make this application more robust and more feature rich. With the use of smart phones, this application, when developed to its fullest, would be able for all to use and make their journeys much more enjoyable and comfortable.


We would like to show our gratitude to the professors for sharing their pearls of wisdom with us during this research, and we thank them for insights and for their comments that greatly improved the report. We are also immensely grateful to our department for providing all the necessary equipment and facilities.


  1. http://www.vjer.in/vol2issue2/vjer020216.PDF
  2. https://www.ijraset.com/fileserve.php?FID=10593
  3. http://www.ijirset.com/upload/2019/november/20_Vehicle.
  4. portal.org/smash/get/diva2:1158055/FULLTEXT01.pdf
  5. https://www.ctps.org/data/pdf/studies/other/Shared-Use_Mobility_LitReview.pdf
  6. https://www.researchgate.net/publication/324432153_Carpooling_travelers’_perceptions_from_a_big_data_analysis

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