Today few organizations have a thorough understanding of what is on their networks at any given time. This Project tries to develop Computer and Network Asset Manager (CNAM) that is a network management application which helps large enterprises, and Small medium enterprises (SMEs) service providers, manage their data centres and IT infrastructure efficiently and cost effectively. CANM collects information on all hardware components of the network instruments that are on the network. In this project, a real-time network monitoring method is suggested for dynamic information to reduce the complexity and cost based on network management.

  • A Simple Network Management Protocol (SNMP) is first used to collect data for start interaction between equipment in the specific data centre, to gather these data SNMP would need to request it from Management Information Base (MIB) that served as a database for stored information
  • Furthermore, to ensure data authenticity in the management station that fetches real-time data periodically from equipment, network engineer would have to manually key-in static information into CNAM when it was first launched.
  • The SNMP would then pick up on this stored static information and automatically began collecting real-time data; this feature will be developed with the help of Model View Controller (MVC) pattern that is a software pattern for implementing user interfaces.
  • It allows users to have interaction with the CNAM as well as input the related data. The object oriented approach shall be used to implement SNMP and MIB which represents system management information. Web Based Enterprise Management (WBEM) is required in order to transfer protocol like SNMP, as well as to enter the actual data manually for further authenticity with the real time data.

Pre-requisites/Implementation Technologies

1 . Basic Networking Knowledge
2 . Knowledge on SNMP protocol
3 . Knowledge on application layer
1 . Knowledge on small office area network
2 . SNMP protocol implementation
1 . CISCO Packet Tracer
2 . Manageable switches and CISCO routers
3 . Putty software Download the putty

Note: One kit will be provided per team for practice.

Project Development Lifecycle

Day Action plan Detailed Plan
Day 1 Project Analysis 1. Explanation about Project Development Cycle.
2. Project Requirement
3. Introduction to project functionality
Day 2 Design the topology 1. Establish a well-connected system in network
2. Verify the connectivity
Day 3 Configurations 1. The SNMP Agent Platform
2. The SNMP Control Unit
3. MIB Image and Managed Resource Interface
Day 4 Configurations 1. The SNMP Agent Platform
2. The SNMP Control Unit
3. MIB Image and Managed Resource Interface
Day 5 Test the network 1. Testing the project cycle
2. Testing the Network efficiency.
Day 6 Documentation Documentation the project

Team Size and Price

Team Size Price for Team
4 4000

Note: A team can have maximum of 4 members.

Tech Coach

Satya Sree