This document outlines a project to implement SNMP (Simple Network Management Protocol) on the Android platform. The objectives are to monitor system parameters, improve application performance, and enhance quality of service for users. It describes implementing SNMPv1 to allow Android devices to function as SNMP managers and agents. This allows the devices to send and respond to SNMP requests and traps. The project is evaluated over seven weeks, with tasks including research, requirements gathering, development, testing, and documentation. It concludes that Android network management will be important for future technologies like IoT and sensor networks.

1. ANDROID
NETWORK MANAGEMENT
RANJAN DHAR

2. OBJECTIVES
 Monitoring vital system parameters
 Being proactive to improve application
performance
 Improving QOS (Quality of Services ) for
end users

3. AIM

4. SNMP CONCEPT

5. Literature Review
SNMP MIB BROWSER SNMP TRAFFIC GRAPHER

6. OVERVIEW
PARAMETERS

7. LIBRARIES AND SOFTWARES
1. SNMP4J
2. ANDROID STUDIO
3. GENYMOTION
4. GITHUB

8. Implementation
• We implemented SNMPv1 on Android platform.
• Supports all versions > Kitkat 4.4
• Functionalities are as under:
1. SNMP Manager (Get Request, Set Request)
2. SNMP Agent (Response, Traps)

9. Functional Requirements

10. System Architecture

11. Adding a new device

12. EVALUATION
Fault
Configuration
AccountingPerformance
Security

13. TIMELINE
WEEK 1: 08-14 FEB Research Phase (Background
Reading)
WEEK 2: 15-21 FEB Requirement Gathering
WEEK 3: 22-28 FEB Skeleton Development
WEEK 4: 29-06 MAR SNMP Agent Development
WEEK 5: 07-15 MAR SNMP Manager Development
WEEK 6: 15- 22 MAR Testing All Use Cases
WEEK 7: 22- 28 MAR Documentation and Sign off

14. Conclusion & Future Scope
 Android network management will be vital for future
technologies like IOT, Sensor networks etc
 Mobile & Wireless network management is the future
 Extend “Set Parameter” functionality to a broader scope

15. THANKS