Unified Server Fleet Management with SAP(Single Application Platform)

Project Title

Unified Server Fleet Management with SAP(Single Application Platform)

Project Area of Specialization Internet of ThingsProject Summary

           Fleet management is an administrative approach to organize and coordinate work vehicles with the aim to improve efficiency, reduce costs, and provide compliance with government regulations. With other features including geofence alert, live tracking, estimated time of arrival and collision detection. Fleet management finds it's application in food chains, academic institutes, cargo companies, mass transit projects, courier companies and tracker companies. Each organization has to manage and install servers, spend money on building firmware, desktop applications and need to have a team of dedicated developers all the time. Which makes it difficult for everyone to afford and manage this setup. We've come up with an idea and plan to make it affordable and user-friendly.

Instead of having a distributed server for each client a central cloud computing server not only solves the problem of Fleet Management but also utilize the system at its full capacity It provides a cost effective solution as hardware (Server etc.) installation and maintenance cost is only limited to our system, Clients will just install our application. For this purpose we are developing three separate Applications for Server, Client and user.

Project Objectives

• Central cloud computing server with single application platform
• To provide a cost effective solution to clients.
• Real time monitoring of vehicle
• Provides 24/7 quick assistance to client in case of any difficulty.
• Implementation of geofence alert system.

Project Implementation Method

• Fleet Management

• Share Live Tracking with Customers

• Let customers track route progress and receive automatic updates. Improve customer happiness and reduce call volume by sharing arrival times and delays

• Geofence Alert System

• Get instant alerts for idling, speeding, engine faults, battery level, and geofences to keep your fleet safe and running

• Collision Detection System

• Get instant alerts for collision, over speeding or when someone applies Emergency breaks

• Online server support

• Vehicle idling system
• Over-speeding Alert
• RFID login
• Desktop Application for client
• Desktop Application for server
• Android Application

Benefits of the Project

• It provides Central cloud computing server with single application platform
• It provides a cost effective solution to clients.
• Share Live tracking with customers
• Provides 24/7 quick assistance to client in case of any difficulty.
• Geofence alert system.
• Collision Detection
• Collision Avoidance

Technical Details of Final Deliverable

System Architecture:

Hardware:

1	GSM/GPRS MODULE
	GPRS MODULE IS USED TO IMPLEMENT TCP/IP CONNECTION WITH REMOTE SERVER
2	GPS MODULE
	TO GET NMEA GPS
3	USB-TTL CONVERTER (TO GET FIRMWARE MESSEGES ON CONSOLE)
4	BATTERY VOLTAGE INDICATOR
5	GSM SIGNAL INDICATOR
6	GP PUSH BUTTON
7	CONNECTOR FOR MAIN BATTERY
8	CONNECTOR FOR BACKUP BATTERY
9	SINGLE CHANNEL RELAY MODULE
10	BUCK-BOOST REGULATOR
11	DEBUG PORT
12	2200 µF CAP TO RETAIN CHARGE
13	MAIN BATTERY POWER LED
14	ARM32F407G PROCESSOR
15	LED INDICATORS
	BLUE=TIMER, GREEN = SYSTICK, RED=GPS STATE-MACHINE, ORANGE=GPRS STATE-MACHINE
16	MEMS ACCELAROMETER

Desktop Application:

                                                

Geofencing:

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Final Deliverable of the Project HW/SW integrated systemType of Industry Transportation , Security Technologies Cloud InfrastructureSustainable Development Goals Industry, Innovation and InfrastructureRequired Resources

Elapsed time since start of the project	Milestone	Deliverable
Month 1	learning of .net and MYSQL	Necessary to develop desktop application
Month 2	Leaning basics of Android development	Necessary to develop android application
Month 3	Implementation of desktop Application	Desktop Application in progress
Month 4	Implementation of desktop Application	Desktop Application in progress
Month 5	Implementation of desktop Application	Desktop Application in progress
Month 6	Implementation of desktop Application	Desktop Application complete
Month 7	Implementation of android Application	Android Application Complete
Month 8	Designing and etching of PCB rev 1 and rev 2	PCB rev 1& rev 2
Month 9	Integration of Hardware	Hardware Kit
Month 10	Hardware code	Hardware for tracking
Month 11	Hardware code and project presentation material	Complete Project
Month 12	Final Testing and debugging the issues	Complete Product