Electrical and Computer Engineering
CYBERSECURITY IN IOT
Description
Theory
2
Laboratory
2
Instructors
José Barros Oliveira
Contents
1. Introduction and case study of security in networks with IOT
2. Crypto Fundamentals
2.1. Symmetric and asymmetric encryption, e.g. login, https
2.2. SSL and TLS
3. Perimeter protection
3.1. Stateful and Stateless Firewall
3.2. NGFW (next generation firewall) firewall
4. Protection by inspection
4.1. Intrusion detection systems (IDS) and intrusion prevention systems (IPS)
5. DNS Protection
5.1. Block lists
5.2. DNS TLS/HTTPS, redirect
6. Protection by segregation
6.1. Virtual private networks
7. Wireless Network Security
7.1. Authentication
7.2. Encryption
7.3. Segregation
8. Security Information and Event Management
Learning Outcomes
Key competencies: analysis of existing telecommunications systems in aeronautics related to ship and ground control. Emphasis will be placed on short- and long-distance communication systems (analog and digital), location (radar and GPS), radio help and other miscellaneous equipment. In addition to these topics, aspects related to air traffic control, flight plan, routes and dissemination of meteorological information will also be focused.
Transversal competencies: correct use of technical-scientific notation/language; communicate appropriately in the Portuguese language; stimulate the interest/use of the English language, and deepen knowledge in the areas of information technology and electronics.