Nothing Special   »   [go: up one dir, main page]
Scribd Logo
Upload

Welcome to Scribd!

  • 33 views

    CSS - Orientation TE SEM VI FH - 22

    Uploaded by

    Atul Shintre
    This document outlines the subject orientation for a course on Cryptography and System Security. It includes details on the subject scheme, prerequisites, objectives, outcomes, teaching methodology, syllabus, reference books, experiments, and applications. The course aims to introduce classical encryption techniques, cryptographic algorithms, authentication protocols, and system security concepts. It will be taught over 6 modules covering topics like number theory, symmetric and asymmetric cryptography, hashing, authentication, network security, and system security. Assessment will include internal tests, end semester exam, term work, and experiments applying cryptography tools and simulating attacks.

    Copyright:

    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd

    CSS - Orientation TE SEM VI FH - 22

    Uploaded by

    Atul Shintre
    33 views17 pages
    This document outlines the subject orientation for a course on Cryptography and System Security. It includes details on the subject scheme, prerequisites, objectives, outcomes, teaching methodology, syllabus, reference books, experiments, and applications. The course aims to introduce classical encryption techniques, cryptographic algorithms, authentication protocols, and system security concepts. It will be taught over 6 modules covering topics like number theory, symmetric and asymmetric cryptography, hashing, authentication, network security, and system security. Assessment will include internal tests, end semester exam, term work, and experiments applying cryptography tools and simulating attacks.

    Original Description:

    Original Title

    CSS_Orientation TE SEM VI FH -22

    Copyright

    © © All Rights Reserved

    Available Formats

    PPTX, PDF, TXT or read online from Scribd

    Did you find this document useful?

    Is this content inappropriate?

    This document outlines the subject orientation for a course on Cryptography and System Security. It includes details on the subject scheme, prerequisites, objectives, outcomes, teaching methodology, syllabus, reference books, experiments, and applications. The course aims to introduce classical encryption techniques, cryptographic algorithms, authentication protocols, and system security concepts. It will be taught over 6 modules covering topics like number theory, symmetric and asymmetric cryptography, hashing, authentication, network security, and system security. Assessment will include internal tests, end semester exam, term work, and experiments applying cryptography tools and simulating attacks.

    Copyright:

    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    33 views17 pages

    CSS - Orientation TE SEM VI FH - 22

    Uploaded by

    Atul Shintre
    This document outlines the subject orientation for a course on Cryptography and System Security. It includes details on the subject scheme, prerequisites, objectives, outcomes, teaching methodology, syllabus, reference books, experiments, and applications. The course aims to introduce classical encryption techniques, cryptographic algorithms, authentication protocols, and system security concepts. It will be taught over 6 modules covering topics like number theory, symmetric and asymmetric cryptography, hashing, authentication, network security, and system security. Assessment will include internal tests, end semester exam, term work, and experiments applying cryptography tools and simulating attacks.

    Copyright:

    © All Rights Reserved
    Download as PPTX, PDF, TXT or read online from Scribd
    Download as pptx, pdf, or txt
    of 17

    Subject Orientation

    On
    Cryptography & System Security
    SEM- VI
    Dept- Computer Engineering

    Presented by Mr. Atul


    Shintre
    (Assistant Professor VPPCOE & VA)
    Outline
    Subject Scheme
    Prerequisite
    Subject Objectives
    Subject Outcome
    Teaching Methodology
    Syllabus
    Reference and Text Books
    Experiment List
    Applications
    Subject Scheme
    Teaching Scheme

    Theory 03 hrs
    Practical 02 hrs

    Examination Scheme/Total Marks allocated :

    Internal Test : 20 Marks(Avg. of Test1 & Test2)


    End Semester Exam : 80 Marks
    Term Work : 25 Marks
    Total : 125 Marks
    Prerequisite
     Computer Networks

     Mathematics
    Subject Objective
    1. To introduce classical encryption techniques and concepts of modular
    arithmetic and number theory.
    2. To explore the working principles and utilities of various cryptographic
    algorithms including secret key cryptography, hashes and message
    digests, and public key algorithms
    3. To explore the design issues and working principles of various
    authentication protocols, PKI standards and various secure
    communication standards including Kerberos, IPSec, and SSL/TLS.
    4. To develop the ability to use existing cryptographic utilities to build
    programs for secure communication
    Subject Outcome
    After completion of the course, students will be able to:

    Understand system security goals and concepts, classical encryption


    techniques and acquire fundamental knowledge on the concepts of
    modular arithmetic and number theory
    Understand, compare and apply different encryption and decryption
    techniques to solve problems related to confidentiality and
    authentication
    Apply different message digest and digital signature algorithms to
    verify integrity and achieve authentication and design secure
    applications
    Understand network security basics, analyse different attacks on
    networks and evaluate the performance of firewalls and security
    protocols like SSL, IPSec, and PGP
    Analyse and apply system security concept to recognize malicious
    code
    Teaching Methodology
     Chalk and board method .

     Lecture ppt’s to cover syllabus.

     Expert Lecture.

     Webinars

     Case Study
    Syllabus
    Module Title Contents Hrs

    Security Goals
    Module 1 Attacks
    Services and Mechanisms
    Introduction - Techniques
    Number Modular Arithmetic: Euclidean Algorithm, Fermat‘s 08 Hrs
    Theory and and Euler‘s theorem
    Basic Classical Encryption techniques
    Cryptograph Symmetric cipher model
    y mono-alphabetic and polyalphabetic substitution
    techniques: Vigenere cipher, playfair cipher, Hill
    cipher
    transposition techniques: keyed and keyless
    transposition ciphers
    Syllabus
    Module Title Contents Hrs

    Block cipher principles


    Module 2 block cipher modes of operation
    DES , Double DES , Triple DES
    Symmetric Advanced Encryption Standard (AES)
    and Stream Ciphers: RC4 algorithm 11 Hrs
    Asymmetric Public key cryptography: Principles of public key
    key cryptosystems
    Cryptograph The RSA Cryptosystem
    y and key The knapsack cryptosystem
    Management Symmetric Key Distribution: KDC
    Needham- schroeder protocol
    Kerberos: Kerberos Authentication protocol
    Symmetric key agreement: Diffie Hellman
    Public key Distribution: Digital Certificate: X.509,
    PKI
    Syllabus
    Module Title Contents Hrs

    Cryptographic hash functions,


    Module 3 Properties of secure hash function,
    MD5, SHA-1, MAC, HMAC, CMAC.
    Cryptographic
    Hash 03 Hrs
    Functions
    Syllabus
    Module Title Contents Hrs

    User Authentication
    Module 4 Entity Authentication: Password Base, Challenge
    Response Based
    Authentication Digital Signature
    Protocols & Attacks on Digital Signature 05 Hrs
    Digital Digital Signature Scheme: RSA
    Signature
    Schemes
    Syllabus
    Module Title Contents Hrs

    Network security basics: TCP/IP vulnerabilities


    Module 5 (Layer wise)
    Network Attacks: Packet Sniffing, ARP spoofing,
    Network port scanning, IP spoofing
    Security and Denial of Service: DOS attacks, ICMP flood, SYN
    Applications flood, UDP flood, Distributed Denial of Service
    Internet Security Protocols: PGP, SSL, IPSEC. 09 Hrs
    Network security: IDS, Firewalls
    Syllabus
    Module Title Contents Hrs

    Buffer Overflow
    Module 6 malicious Programs: Worms and Viruses
    SQL injection
    System
    Security

    03 Hrs
    Text Books
    William Stallings, “Cryptography and Network Security,
    Principles and Practice”, 6th Edition, Pearson Education, March
    2013
    Behrouz A. Forouzan, “Cryptography & Network Security”,
    Tata McGraw Hill
    Behrouz A. Forouzan & Debdeep Mukhopadhyay,
    “Cryptography and Network Security” 3rd Edition, McGraw
    Hill.
    Reference Books
    Bruce Schneider, “Applied Cryptography, Protocols
    Algorithms and Source Code in C”, Second Edition, Wiley.
    Atul Kahate, “Cryptography and Network Security”, Tata
    McGraw-Hill Education, 2003.
    Eric Cole, “Network Security Bible”, Second Edition, Wiley,
    2011.
    Experiment List
    1. Design and Implementation of a product cipher using Substitution and Transposition
    ciphers.
    2. Implementation and analysis of RSA crypto system.
    3. Implementation of Diffie Hellman Key exchange algorithm
    4. For varying message sizes, test integrity of message using MD-5, SHA-1, and analyse
    the performance of the two protocols. Use crypt APIs.
    5. Study the use of network reconnaissance tools like WHOIS, dig, trace route, ns lookup
    to gather information about networks and domain registrars.
    6. Study of packet sniffer tools: wireshark: A.Download and install wireshark and capture
    icmp, tcp, and http packets in promiscuous mode. B. Explore how the packets can be
    traced based on different filters.
    7. Download and install nmap. Use it with different options to scan open ports, perform
    OS fingerprinting, do a ping scan, tcp port scan, udp port scan, xmas scan etc.
    8. Detect ARP spoofing using nmap and/or open-source tool ARPWATCH and wireshark.
    Use arping tool to generate gratuitous arps and monitor using wireshark
    9. Simulate DOS attack using Hping, hping3 and other tools
    10. Simulate buffer overflow attack using Ollydbg, Splint, Cpp check etc
    11. a. Set up IPSEC under LINUX. b. Set up Snort and study the logs.
    12. Setting up personal Firewall using iptables
    13. Explore the GPG tool of linux to implement email security
    14. SQL injection attack, Cross-Cite Scripting attack simulation
    15. Case Study /Seminar: Topic beyond syllabus related to topics covered.
    Applications
    1. Banking

    2. Social Networks

    3. Software and Application Security and many more


    o u ! ! !
    Th a n kY

    You might also like