
Explore what networking is, its applications, and why Python is a great fit for building reliable networking scripts from basics to advanced topics using libraries like sockets, Paramiko, and Scapy.
Learn the socket programming basics, where a socket serves as the endpoint for network communication and enables Python to connect devices using TCP or UDP.
Learn how TCP, a connection-oriented protocol, provides reliable, ordered delivery, and how a server binds to IP and port, listens, accepts, and exchanges data with a client using Python sockets.
learn how to send and receive data with sockets using a tcp server-client model, encode to utf-8 bytes, decode to strings, and explore udp and tcp basics to come.
Explore socket programming in Python by comparing TCP and UDP: TCP is connection-oriented and reliable, UDP is connectionless and fast, with real-time use cases like video streaming and gaming.
Explore advanced socket programming by using threading to handle multiple clients concurrently with a multithreaded TCP chat server, and implement non-blocking sockets to improve responsiveness and avoid blocking.
Build a multi-client chat server with Python sockets and threading, handling each client in its own thread, receiving and broadcasting messages to all connected clients in real time.
Master error handling and timeouts to build resilient socket applications. Use try/except to catch socket errors and set a five-second timeout to prevent hangs in real world networks.
Develop practical Python network utilities, including a port scanner and ping sweeper, using the socket module and multi-threading. Explore DNS and WHOIS lookup and traceroute implementations.
Master DNS and whois lookups in Python using socket and whois modules to map domain names to IPs and reveal registration details; learn traceroute basics and TTL-based path analysis.
Explore HTTP and web networking with Python, defining HTTP, explaining the web server role, and sending get, post, put, and delete requests using the requests library.
Explore how Python interacts with servers and APIs, handles json data, performs web scraping, uses post data with headers and content-type json, and interprets http status codes 200, 404, 500.
Master non-blocking sockets and timeouts to build responsive, reliable Python networking apps. Learn to set blocking false, handle blocking errors, and use select to manage multiple client connections efficiently.
Master advanced sockets using select, poll, and epoll to manage thousands of concurrent connections with non-blocking io. Explore io multiplexing and asynchronous programming to build efficient, scalable network apps.
Are you looking to take your networking skills to the next level with the power of Python? This course is designed to bridge the gap between traditional network administration and modern network automation. Whether you're a network engineer, a system administrator, or an aspiring IT professional, this course will provide you with the skills and knowledge to harness Python for real-world network programming tasks.
Python has become the go-to language for network engineers because of its readability, flexibility, and extensive libraries designed for networking tasks. In this course, you’ll learn how to use Python to interact with network devices, analyze data traffic, build socket-based applications, and automate common networking tasks that would otherwise take hours to perform manually.
Throughout the course, we will focus on practical, hands-on exercises to ensure that you not only understand the theory but also know how to apply it in real environments. You will explore how to write scripts to communicate with routers and switches, monitor network activity, create custom network tools, and much more. The course progresses from foundational concepts to more advanced techniques, ensuring it is suitable for both beginners and those with some programming or networking experience.
By the end of this course, you will be confident in your ability to write Python scripts that interact with and control network systems, making you a more efficient, skilled, and modern network professional. No prior Python or programming experience is required — just your motivation to learn and grow in the evolving world of network technology.