DEPARTMENT OF MATHEMATICS AND COMPUTER SCIENCES
Master's Degree in Computer Science
Academic Year 2017/2018 - 1° Year - Network Systems and Security Curriculum

COMPUTER SECURITY E LABORATORIO

Teaching Staff

Learning Objectives

• Computer Security
  
  1. Knowledge and understanding. Students will get to grips with "frontier" security issues such as non-repudiation, penetration testing and formal analysis.
  2. Applying knowledge and understanding. Students will complete their fundamental security knowledge with the practical applications of the tools for penetration testing and formal analysis.
  3. Making judgements. Students will become expert players of the "security game", and in particular of the tools to play actively and successfully in a Capture The Flag in the style brought forward by Professor Giovanni Vigna and his team.
  4. Communication skills. Students will familiarise with advanced cyber security terms, building their capacity to conjugate penetration testing and formal analysis towards the deployment of secure systems.
  5. Learning skills. Students will get the critical attitude and competences to tackle and solve advanced security problems are they arise in various forms.
• Computer Security
  
  1. Knowledge and understanding. Students will get to grips with "frontier" security issues such as non-repudiation, penetration testing and formal analysis.
  2. Applying knowledge and understanding. Students will complete their fundamental security knowledge with the practical applications of the tools for penetration testing and formal analysis.
  3. Making judgements. Students will become expert players of the "security game", and in particular of the tools to play actively and successfully in a Capture The Flag in the style brought forward by Professor Giovanni Vigna and his team.
  4. Communication skills. Students will familiarise with advanced cyber security terms, building their capacity to conjugate penetration testing and formal analysis towards the deployment of secure systems.
  5. Learning skills. Students will get the critical attitude and competences to tackle and solve advanced security problems are they arise in various forms.

Detailed Course Content

• Computer Security
  

  1. Non-repudiation
  - Validity of evidence and fairness
  - Application to e-commerce
  - Application to delegation
  - Application to certified e-mail

  2. Essentials of penetration testing

  - Metasploit

  - Kali Linux

  - Information gathering

  3. Tools for security protocol verification
  - Theorem proving: the Inductive Method
  - Model checking: Avispa
  - Ad hoc tools: Proverif

• Computer Security
  

  1. Non-repudiation
  - Validity of evidence and fairness
  - Application to e-commerce
  - Application to delegation
  - Application to certified e-mail

  2. Essentials of penetration testing

  - Metasploit

  - Kali Linux

  - Information gathering

  3. Tools for security protocol verification
  - Theorem proving: the Inductive Method
  - Model checking: Avispa
  - Ad hoc tools: Proverif

Textbook Information

• Computer Security
  

  Lecture notes offered by the lecturer.

• Computer Security
  

  Lecture notes offered by the lecturer.