Õpetada IT turvalisusega seonduvaid probleeme ning turvalisuse tagamise meetodeid; peamisi IT turvalisusega seonduvaid riske ja nende maandamise võimalusi; ning IT turvalisuse tagamise praktilisi aspekte.

The course covers issues related to information systems security and methods for ensuring security; the main risks related to IT security and the options for risk reduction; and the practical aspects of IT security.

Aine läbinu teab, mis on IT turvalisus, tunneb IT turvalisuse peamisi praktilisi probleeme ja nende lahendamise meetodeid ning oskab hinnata riske ning kavandada ratsionaalseid ja põhjendatud vastumeetmeid nende riskide maandamiseks.

On completion of the course, the student understands IT security, knows the main practical issues regarding IT security and the methods for solving them, and can assess risks and plan rational and reasonable countermeasures for risk reduction.

Peamised teemad: Infosüsteemide turvalisus, infosüsteemide usaldusväärsus, turvalisuse ja usaldusväärsusega seonduvad riskid, ründed, matkimised, petmised, audentimine ja autoriseerimine, PKI ja digiallkirjad, peamised meetodid turvalisuse ja usaldusväärsuse tagamiseks.

The main topics: information systems security, information systems reliability; risks related to security and reliability, attacks, imitation, deception authentication and authorisation, PKI and digital signatures, main methods for ensuring security and dependability.

Teadmisi kontrollitakse eksamil. Eksamile pääsemise eelduseks on aineprojekti kaitsmine.

Examination. A precondition for admission to the exam is a positive result of the homework (project).

2* 16 tundi loenguid + 2*16 harjutustundi + 92 tundi iseseisvat (sisaldab projekti) tööd = 156 tundi

2* 16 h of lectures + 2* 16 h of exercises + 92 h of independent work (including project) = 156 h.

1) Fundamentals Of Information Systems Security, David Kim, Michael G. Solomon, ISBN:128411645X
2) ISKE (http://iske.ria.ee)

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