PPT-Chapter 14 – Security Engineering

Lecture 1 Chapter 14 Security Engineering 1 Topics covered Security engineering and security management Security engineering concerned with applications security management with infrastructure. Lecture 1. 1. Chapter 11 Security and Dependability. Topics covered. Dependability properties. The system attributes that lead to dependability.. Availability and . reliability. Systems should be available to deliver service and perform as expected.. 1. Chapter 13 Dependability Engineering. Topics covered. Redundancy and diversity. Fundamental approaches to achieve fault tolerance.. Dependable processes. How the use of dependable processes leads to dependable systems. Chapter 11 . Dependability and Security. Section 2. Section2 Dependability and Security. Ch 10 . SocioTechnical. Systems. Ch 11 Dependability and Security. Chapter 11 - Dependability and Security. Objectives – Chapter 11. Kolkata Chapter organized on 8. th. January annual Picnic with family.. Approximately 30 Members was present in this Event.. RACON PRESS MEET. Press meet attained by President Emeritus Mr. Manoj Chakraborty, Immediate National Past President Mr. Deepak . Lisa Owen. As Microsoft says about Social Engineering:. “Some online criminals find it easier to exploit human nature than to exploit holes in your software” [1].. Overview. Three kinds of Social Engineering:. CSH6 Chapter 19. “Social Engineering & . Low-Tech Attacks”. Karthik Raman, Susan Baumes, Kevin Beets & Carl Ness. Topics. Background & History. Social Engineering Methods. Psychology and Social Psychology of Social Engineering. Maria Riaz, Jonathan Stallings, Munindar P. Singh, . John . Slankas. , Laurie Williams. September 9. th. , 2016. 1. Agenda. Motivation. Research . Objective. DIGS Framework. Evaluation Methodology. Results. Section A: Software Basics. Section B: Office Suites. Section C: Installing Software and Upgrades. Section D: Buying Software. Section E: Security Software. Chapter 3: Software. 2. FastPoll True/False Questions. Lecture 1. 1. Chapter 4 Requirements engineering. Topics covered. Functional and non-functional requirements. The software requirements document . Requirements specification. Requirements engineering processes. Section A: Software Basics. Section B: Office Suites. Section C: Installing Software and Upgrades. Section D: Buying Software. Section E: Security Software. Chapter 3: Software. 2. FastPoll True/False Questions. Introduction. Eskedar. . Tafete. (. AAiT. - CEED). Course content. Chapter 1: . Introduction. Chapter 2: . Concepts of Ecology and Natural Resources . Chapter 3: . Material & Energy Balance . Chapter 4: . EIT Master on Security and Privacy. Lecture 07 – Risk Assessment with SecRAM. Federica Paci. Lecture Outline. SecRAM Methodology. Key Terminology. Risk Assessment Process. Step 0 – Is a Risk Assessment Required?. The Security Problem. Program Threats. System and Network Threats. Cryptography as a Security Tool. User Authentication. Implementing Security Defenses. Firewalling to Protect Systems and Networks. Computer-Security Classifications. 2014. UNIT 1. Prepared by the Keys to Effective Chapters, part of the Chapters Shared Services Committee of the INCOSE Sectors. . The International Council on Systems Engineering . Revision 2.0 . 30 June 2014.