Network Management - Part 1

This project aims to design and implement a network management solution to capture and store data from various devices. It covers topics such as IP addressing, static and dynamic managed objects, routers, switches, printers, web servers, and PCs.

Network management – Part 1

Table of Contents
1. Project Description.............................................................................................................2
2. Project Scenario..................................................................................................................2
3. IP addressing.......................................................................................................................3
4. Static and dynamic managed objects..................................................................................3
5. Design.................................................................................................................................5
6. Router..................................................................................................................................5
7. Switch.................................................................................................................................6
8. Printer..................................................................................................................................6
9. Web server..........................................................................................................................7
10. PC....................................................................................................................................7
11. Conclusion.......................................................................................................................7
References..................................................................................................................................9

1. Project Description
The main aim of this project is to design and implement a network management
solution which captures and stores the data from various devices. The network management
can be utilized for the few of apparatuses and conventions, gadgets supervisor and setup
execution of data. The network management can be utilized for the simple network
management tools which are utilized for the gathering of sorting out the data about oversaw
gadgets on IP address network and for sending the request to the server device and get the
data to change the device’s behaviour (Vesalainen, Valkokari & Hellström, 2017). The
SNMP gadgets can underpin on the link, moderns, switches, switches, servers, workstations,
printers, and so on. The SNMP can be used for the manager to exchange the request to the
web server and router. The manager device can retrieve the data information and request the
manager by using the TCP and IP data on connecting with the IP address on the port, which
will be investigated.
2. Project Scenario
The project scenario can be specified on the network management device which
follows the stages like, Device Fault management, Device Configuration management,
Device accounting management, Device security management and Device performance
management. Network management device can consider the 5 small office manager devices
like, routers, printers, PC, web server, and switch can be connected with the TCP and IP
configuration. The scenario can follow the steps as follows:
 Get: The Manager device of the Get operation can be used for the request to send the
manager to the manager device. It can perform retrieving the data, to send the
manager device to the manager.
 GET request: The Get request can be used for the configuring the IP address on the
web server manager devices and it is used for the router connection to retrieve the
data on the MIB tree. It is utilized when initial get request is completed, for retrieving
the next object’s instance, either from any table or a list.
 SET: This activity has been utilized by the chiefs to change or allot the estimation of
the Managed gadget. It is used for setting the variable of a MIB on an agent.
 RAPS: Unlike the above directions which are started from the SNMP Manager,
TRAPS are started by the Agents. It is a flag to the SNMP Manager by the Agent on

the event of an occasion. It is utilized by an operator to transmit a spontaneous alert
for the chief. The trap data is sent in case while the explicit conditions take place, for
example, an adjustment in the condition of a gadget, a gadget or segment
disappointment, or an operator in statement or restart.
 Advise: This direction is like the TRAP started by the Agent, furthermore INFORM
incorporates affirmation from the SNMP chief on getting the data request.
 Reaction: It is the order used to convey back the data or flag of activities coordinated
by the SNMP Manager. The switch of the network management can be used for the
directly connected host on the IP address.
3. IP addressing
A system stream functions as the unidirectional arrangement of parcels among the
source and the goal endpoints. System streams are exceptionally granular, both the
transport layer application and the IP address’s port numbers recognizes the stream
endpoints (Rayes & Salam, 2017). Net Flow likewise recognizes the streams by IP
convention type, TCP, and the info interface identifier. IP address refers to the reference
name that is doled out for every single hub of a system, moreover it can also be used by
several hubs for area and correspondence. On the other hand, the IP addresses have
twofold numbers, but are removed in the intelligible configuration, either as an IPv4
address or as an IPv6 address. The components with the IP address which makes a system
can possibly be separated as several sub systems that depend on the area, device type, get
to, and much more. The devices in the equivalent subnets contain a basic system prefix
which is characterized in its IP address.
4. Static and dynamic managed objects
The Static strategies which map each overseen object class into a relating TCP interface are
contrasted and dynamic systems depend on the runtime data. At long last, this paper exhibits
that the TCP-based system’s board applications are getting to be appealing regarding the
effectiveness and application estimate and surviving impediments of early arrangements. The
static and dynamic methods of object can follow the steps as follows:

 Determination of the objectives, policies and scope based on the successful security
program.
 Evaluation of the business objectives, functionality requirements, security risks and
user productivity.
 Defining the steps for ensuring all the above listed factors have been accounted and
addressed properly or not.

5. Design
6. Router
The router asks for accessing the Secure Router MIB accumulation, the network
string is utilized to validate the SNMP chief. At the point when a SNMP administrator is
effectively validated, accessing the MIB accumulation is allowed. The dimension of get to
approved measure depends on the entrance benefits related with the network string. The
entrance benefits accessible are perused as it were what's more read-compose. At the point
when the Secure Router does not perceive a SNMP administrator as a substantial customer,
confirmation fizzles. SNMP verification disappointment traps are sent to SNMP focuses as
determined by the snare target setup.

7. Switch
8. Printer

9. Web server
10.PC
11.Conclusion
The goal of this project is completed successfully, which designs and implements a
network management solution which captures and stores the data from various devices. The
network management is utilized for the few of apparatuses and conventions, gadgets
supervisor and setup execution of data. The network management is utilized for the simple
network management tools which are utilized for the gathering of sorting out the data about
oversaw gadgets on IP address network and for sending the request to the server device and
get the data to change the device’s behaviour. The SNMP gadgets underpin on the link,
moderns, switches, switches, servers, workstations, printers, and so on. The SNMP is used for
the manager to exchange the request to the web server and router. The investigation of

manager device retrieving the data information and requesting the manager by using the TCP
and IP data on connecting with the IP address on the port is completed.

References
Rayes, A., & Salam, S. (2017). Internet of things - from hype to reality. Springer International
Publishing AG.
Vesalainen, J., Valkokari, K., & Hellström, M. (2017). Practices for Network Management.
Finland.