FeaturedUdemy
UdemyUnderstanding Cybersecurity part 1 - Networks Fundamentals
4.6(155)3k students
UdemyThis course opens a structured, five-part "Understanding Cybersecurity" series aimed at high school and university students building a foundation in networking and defense. Part one focuses squarely on how networks are built and how devices within them communicate, before later parts move into traffic analysis, protocols, and attacks.
Students new to networking and cybersecurity who want a conceptual grounding before tackling tools like Wireshark or programming network communication, which are covered in later parts of the series.
Key takeaway: understanding how devices actually communicate within a LAN — and why certain topologies suit certain use cases — is the prerequisite for every later cybersecurity skill, from packet analysis to attack detection.
This is the first course in a five-part series on network communication, which includes the following modules: Network Fundamentals, The Power of Wireshark, TCP/IP and beyond!, Network Communication Programming with Python, and Cyber Attack Analysis.
These set of courses is presented under the slogan “Understanding Cybersecurity” and are intended for every high school and university student, seeking knowledge and knowhow in cybersecurity. Together, these courses provide a comprehensive foundation in networking, combining theoretical knowledge with hands-on skills for analyzing, building, and defending networked systems across a variety of real-world scenarios and technology environments. It strives to facilitate learning by thinking and understanding, and to promote students' proficiency in handling complex ideas and mastering cybersecurity software projects.
This first course Understanding Cybersecurity part 1 - Network Fundamentals introduces the evolution and key characteristics of modern networks, the TCP/IP and the OSI model, LAN architectures and topologies, and the roles of devices such as switches, bridges, and network interface cards (NICs). Core topics include fundamental communication concepts such as bandwidth and latency, network synchronicity and parallelism, as well as common LAN topologies and architectures, along with their advantages, limitations, and suitability for different use cases.
By the end of the course, students will be able to explain how devices communicate within a LAN, classify and compare network components, and evaluate how they orchestrate and work together to provide complete networking solutions that meet both functional and operational requirements.
visit understanding-cybersecurity-part-2-the-power-of-wireshark for the next course in the series
Advertisement
More in IT & Software
