Project 3, Session 5

This project is a mixture of individual and group work.

Task 1 - Create educational material about the basics of cryptography

• Target is 12-13 year old children

For task 1, all members will create a small document of research.  This document will teach the other members of the group the topic.

Possible choices: (Minimum 2 slides, Maximum 4 slides.  Size 14-16 Font)

• What is cryptography? (Introduction)
• Substitution Ciphers
• Hashing
• Symmetric Key encryption
• Public key encryption
• Why we encrypt data?
• History of cryptography
• Legal Aspects Regarding Cryptography

Jack
Task 1

Symmetric Key encryption Complete,  Needs Checking

Symmetric Key encryption Research (In a report) Complete,  Needs Checking
History Of Cryptography Complete,  Needs Checking
History Of Cryptography Research (In a report) Complete,  Needs Checking

Priten 
Task 1
Compile the Presentation

Public Key encryption Complete,  Needs Checking

Public Key encryption Research (In a report) Complete,  Needs Checking
Why we encrypt data? OVERDUE 22.01.2014
Why we encrypt data? Research (In a report)OVERDUE 22.01.2014

Kirran
Task 1

Substitution Ciphers  OVERDUE 17.01.2014

Substitution Ciphers Research (In a report) OVERDUE 17.01.2014
Did Not Attend

Abdul

Task 1
What is cryptography? (Introduction) Complete,  Needs Checking
What is cryptography? (In a report) Complete,  Needs Checking
Hashing Complete,  Needs Checking
Hashing Research (In a report) OVERDUE 22.01.2014

Hisham

Did Not Attend

Assigned work upon attendance to session

Once work has been completed, inform Jack which work will replace the completed work (so we don't get multiple members working on the same slide)

Project 3, Session 3

This project is a mixture of individual and group work.

Task 1 - Create educational material about the basics of cryptography

• Target is 12-13 year old children

For task 1, all members will create a small document of research.  This document will teach the other members of the group the topic.

Possible choices: (Minimum 2 slides, Maximum 4 slides.  Size 14-16 Font)

• What is cryptography? (Introduction)
• Substitution Ciphers
• Hashing
• Symmetric Key encryption
• Public key encryption
• Why we encrypt data?
• History of cryptography

Jack
Task 1

Symmetric Key encryption Complete,  Needs Checking

Symmetric Key encryption Research (In a report) Complete,  Needs Checking
History Of Cryptography Deadline 22.01.2014
History Of Cryptography Research (In a report) Deadline 22.01.2014

Priten 
Task 1
Compile the Presentation

Public Key encryption Complete,  Needs Checking

Public Key encryption Research (In a report) Complete,  Needs Checking
Why we encrypt data? Deadline 22.01.2014
Why we encrypt data? Research (In a report)Deadline 22.01.2014

Kirran
Task 1

Substitution Ciphers  OVERDUE 17.01.2014

Substitution Ciphers Research (In a report) OVERDUE 17.01.2014
Did Not Attend

Abdul

Task 1
What is cryptography? (Introduction) Complete,  Needs Checking
What is cryptography? (In a report) Complete,  Needs Checking
Hashing Deadline 22.01.2014
Hashing Research (In a report) Deadline 22.01.2014

Hisham

Did Not Attend

Assigned work upon attendance to session

Once work has been completed, inform Jack which work will replace the completed work (so we don't get multiple members working on the same slide)

Project 3, Session 2

This project is a mixture of individual and group work.

Task 1 - Create educational material about the basics of cryptography

• Target is 12-13 year old children

For task 1, all members will create a small document of research.  This document will teach the other members of the group the topic.

Possible choices: (Minimum 2 slides, Maximum 4 slides.  Size 14-16 Font)

• What is cryptography? (Introduction)
• Substitution Ciphers
• Hashing
• Symmetric Key encryption
• Public key encryption
• Why we encrypt data?
• History of cryptography

Jack
Task 1

Symmetric Key encryption Deadline 17.01.2014

Symmetric Key encryption Research (In a report) Deadline 17.01.2014

Priten 
Task 1
Compile the Presentation

Public Key encryption Deadline 17.01.2014

Public Key encryption Research (In a report) Deadline 17.01.2014

Kirran
Task 1

Substitution Ciphers  Deadline 17.01.2014

Substitution Ciphers Research (In a report) Deadline 17.01.2014
Did Not Attend

Abdul

Task 1
What is cryptography? (Introduction)Deadline 17.01.2014
What is cryptography? (In a report)Deadline 17.01.2014

Hisham

Did Not Attend

Assigned work upon attendance to session

Once work has been completed, inform Jack which work will replace the completed work (so we don't get multiple members working on the same slide)

Project 3, Session 1

This project is a mixture of individual and group work.

Task 1 - Create educational material about the basics of cryptography

• Target is 12-13 year old children

For task 1, all members will create a small document of research.  This document will teach the other members of the group the topic.

Possible choices: (Minimum 2 slides, Maximum 4 slides.  Size 14-16 Font)

• What is cryptography? (Introduction)
• Substitution Ciphers
• Hashing
• Symmetric Key encryption
• Public key encryption
• History of cryptography

Jack
Task 1

Symmetric Key encryption Deadline 17.01.2014

Symmetric Key encryption Research (In a report) Deadline 17.01.2014

Priten 
Task 1
Compile the Presentation

Public Key encryption Deadline 17.01.2014

Public Key encryption Research (In a report) Deadline 17.01.2014

Kirran
Task 1

Substitution Ciphers  Deadline 17.01.2014

Substitution Ciphers Research (In a report) Deadline 17.01.2014

Abdul

Left before we could assign work

Hisham

Did Not Attend

Assigned work upon attendance to session

Once work has been completed, inform Jack which work will replace the completed work (so we don't get multiple members working on the same slide)

Project 2, Final Attribution post

Jack:

• Consent forms (scanning)
• Default Vulnerability Exploit consent form
• Data encryption (open source & closed source) (securing the data) (truecrypt)
• Email encryption (encrypting plain-text emails) (encrypting attached files) (complete encryption)
• Preparing for the attacks (armitage introduction) (armitage network scan) (armitage attack scan)
• Exploit 1 - Permissions form
• Exploit 1 - sort_mode information disclosure
• Exploit 1 - mitigation
• Exploit 2 - Permissions form
• Exploit 2 - Tomcat webserver
• Exploit 2 - mitigation
• Exploit 3 - Permissions form
• Exploit 3 - SQL injection on wordpress
• Exploit 3 - Mitigation
• Exploit 4 - Permissions form
• Exploit 4 - VMC Server Password
• Exploit 4 - Mitigation
• Exploit 9 - Theoretical physical access exploit
• Armitage (armitage introduction) (armitage network scan) (armitage attack scan)
• System machine stats

Priten:

• Setting up the pi (setting up the backdoor) (operating system used) (walkthrough) (encrypting the pi)
• Exploit 5 - Permissions form
• Exploit 5 - FTP
• Exploit mitigation
• Exploit 6 - Permissions form
• Exploit 6 - Windows Server SMB
• Exploit mitigation
• Exploit 7 - Permissions form
• Exploit 7 - Corpserver
• Exploit mitigation 
• Exploit 8 - Permissions form
• Exploit 8 - Unreal Internet Relay Chat
• Exploit mitigation 
• NMAP tutorial

Kirran:

• Legal
• Ethics 

Abdul:

• Research on various port scanners (NMAP) (OPENVAS) (Nessus) (Core impact) (Nexpose) (Metasploit) (Comparisons)

Hisham:

• Introduction

Harry:

none due to no attendance for the duration of the second project

Project 2, Session 14

Project 2, we have to essentially SSH into a Pi, scan the network and highlight all the vectors in which we can attack the network.

Group Leader - Priten

Compiling the report - Jack

Kirran [6]

Legal implications, Ethics & case studies  
Proof-read By: Jack Hall, Corrections to be made - Include laws: Data protection, Fraud act, RIPA 2000. OVERDUE - 11.12.2013

Tutorial on how to statically configure IP address on Kali Linux OVERDUE - 11.12.2013

Priten [2]

Setting up Pi as secure backdoor - Report
Proof Read: Corrections Confirmed, COMPLETE- Added to compiled report (with references)
Create the group presentation (all slides, based on what members have written)
Perform Nmap scans & explain screenshots
Teach Jack how to run armitage
Exploit regarding FTP on MAC:08:00:27:18:BC:29 - Paperwork & Permissions

Abdul [3]

Research how to use the Nmap, OpenVas and Nessus & (3 others) Plus comparisons
Proof Read: Corrections confirmed, more information to be added OVERDUE - 11.12.2013

Jack [1]

Method of encrypting stored information  
Proof Read: Corrections Confirmed, COMPLETE- Added to compiled report (with references)

Tutorial on how to email encrypted messages for communication
Proof Read: Corrections Confirmed, COMPLETE - Added to compiled report (with references)
Securing sensitive data 
Proof Read: Corrections Confirmed, COMPLETE - Added to compiled report (with references)
Creation of the vulnerability exploration consent form
Proof Read: Corrections Confirmed, COMPLETE - Added to compiled report (with references)
Creation of the scanning consent form
Proof Read: Corrections Confirmed, COMPLETE - Added to compiled report (with references)

Explore password recovery exploit
Explore payload to open the FTP port

Harry [4]

Creation of the consent forms - Moved to Jack's responsibility due to lack of attendance
Did Not Attend

Hisham [5]

Assigned to write report introduction

Proof Read: Corrections confirmed, COMPLETE - Added to compiled report

Project 2, Session 13

Project 2, we have to essentially SSH into a Pi, scan the network and highlight all the vectors in which we can attack the network.

Group Leader - Priten

Compiling the report - Jack

Kirran [6]

Legal implications, Ethics & case studies  
Proof-read By: Jack Hall, Corrections to be made - Include laws: Data protection, Fraud act, RIPA 2000. OVERDUE - 11.12.2013

Tutorial on how to statically configure IP address on Kali Linux OVERDUE - 11.12.2013

Priten [2]

Setting up Pi as secure backdoor - Report To Be Proof-read By: Jack Hall 
Create the group presentation (all slides, based on what members have written)
Perform Nmap scans & explain screenshots
Teach Jack how to run armitage

Abdul [3]

Research how to use the Nmap, OpenVas and Nessus & (3 others) Plus comparisons
Proof Read: Corrections confirmed, more information to be added OVERDUE - 11.12.2013

Jack [1]

Method of encrypting stored information  
Proof Read: Corrections Confirmed, COMPLETE- Added to compiled report (with references)

Tutorial on how to email encrypted messages for communication
Proof Read: Corrections Confirmed, COMPLETE - Added to compiled report (with references)
Securing sensitive data 
Proof Read: Corrections Confirmed, COMPLETE - Added to compiled report (with references)
Creation of the vulnerability exploration consent form
Proof Read: Corrections Confirmed, COMPLETE - Added to compiled report (with references)
Creation of the scanning consent form
Proof Read: Corrections Confirmed, COMPLETE - Added to compiled report (with references)

Explore password recovery exploit
Explore payload to open the FTP port

Harry [4]

Creation of the consent forms - Moved to Jack's responsibility due to lack of attendance
Did Not Attend

Hisham [5]

Assigned to write report introduction

Proof Read: Corrections confirmed, COMPLETE - Added to compiled report

Did not attend