Networking is the process of connecting two or more devices to each other so that they can communicate and share information. In computing, networking typically involves interconnecting computers, servers, and other devices using various technologies and protocols. Networking can take place over different types of networks, including local area networks (LANs), wide area networks (WANs), and the Internet.  

Types of Networking

LANs are typically used to connect devices in a small geographic area, such as an office or home, while WANs are used to connect devices in a larger geographic area, such as between different cities or countries. 

The Internet is a global network of networks that enables communication and information sharing on a worldwide scale. Networking can be done using different types of hardware and software, including routers, switches, hubs, and network protocols such as TCP/IP. 

Networking can also include different types of security measures to protect the network and its users from unauthorized access or attacks. Overall, networking is essential in today’s digital world because it allows multiple devices to communicate and exchange information with each other, which is essential for many business and personal activities.

Networking Course Details

Following, I examine numerous Networking sectors and related trends to evaluate where Networking might go in the coming year. I’ll try to keep my attempt focused in reality by covering subjects that will assist you in making plans for the upcoming calendar year.

Information Technology Security:

Spyware, data theft, ransomware, and other security issues have received a lot of attention this year. This trend will continue, and I will not be shocked if new dangers emerge as well as old threats continue to be exploited. The good news is that the press coverage has increased public awareness of the importance of effective IT security and has made it a mandatory component of IT systems.

Automation of Networking:

Network automation will expand more. New solutions are making it easier, and network teams are beginning to learn how to use automation. It will remain a long journey. The sooner you establish your organization, the sooner you’ll notice the benefits. The biggest challenge will be standardization. Each vendor has their own API library. Model-based functionality that standardizes network data and configuration helps to alleviate some of this.

Networking Administration:

I believe that event streaming and message bus technology will become increasingly significant in automation and network monitoring. I’ve recommended using it in projects to enable customers to achieve network management’s Holy Grail: the single pane of glass. It would gather and present significant events and data from the various network management systems required to monitor a modern network.

AI and machine learning:

AI will continue to amaze us, especially with what we learn via the open access to the ChatGPT AI system. It excels at taking brief task descriptions and turning them into fully formed results. I can’t forecast what will happen in this sector since it’s moving too quickly, but I anticipate a combination of good and bad.

Transfer to the Cloud:

More businesses and applications will migrate to the cloud. This will increase the demand for various types of security, such as cloud access security brokers (CASB) and SASE (see security trends above).

Burraq Trainings plans to provide courses at additional Lahore sites. This is the finest platform for all students interested in taking these kinds of courses. In Lahore, our institute offers the best short courses and IT computer short courses.

  • Computer Networks and the Internet
  • Application Layer
  • Socket Programming (with UDP, TCP)
  • Wireless and Mobile Networks
  • The Network Layer
  • Multimedia Networking
  • Security in Computer Networks
  • What is the Internet?
  • The Network Edge
  • The Network Core
  • Delay, Loss, and Throughput in Packet-Switched Networks
  • Internet Architecture Overview
  • The Web and HTTP
  • FTP
  • DNS
  • Transport Layer
  • UDP
  • TCP
  • Forwarding and Routing
  • Network Service Models
  • Routers
  • The Internet Protocol (IP)
  • Routing Algorithms:
  • The Link-State (LS) Routing Algorithm
  • The Distance Vector (DV) Routing Algorithm
  • The Link Layer
  • Links, Access Networks, and LANs:
  • Switched LANs: Link-Layer Addressing and ARP
  • Ethernet
  • Link-Layer Switches
  • VLANs
  • WiFi:802.11 Wireless LANs
  • Multimedia Networking Applications
  • Streaming Stored Video
  • Network Support for Multimedia
  • Messaging Integrity

Networking Course

Fee: 30,000
Duration: 3 Months
Timing: 9AM-11AM, 11AM-1PM, 1PM-3PM, 3PM-5PM, 5PM-7PM, 7PM-9PM

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