For your selected target organization perform research and examine phy.pdf
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For your selected target organization perform research and examine physical security of your target and social engineering tactics you might use against your target. Identify important vulnerabilities for physical security and social engineering. Create a document in which you summarize in 1-3 sentence your findings. Then for each vulnerability you identify, name it, provide a description, provide information on how this vulnerability can be exploited, and describe what could happen (consequences) if an attacker exploited this vulnerability. Consider the following attributes as you assess the seriousness of each vulnerability, and rate each one HIGH, MEDIUM, or LOW risk, and briefly (1 sentence) explain your rating. Confidentiality: (can attacker access information that should not be disclosed, and if so, how much?) Integrity: (can attacker modify system files or information, and if so, how much?) Availability: (can an attacker reduce performance of system or interrupt availability of this resource, and if so, how much?) Access Complexity (how skilled does an attacker need to be, or how much special access would they need, in order to exploit this vulnerability.
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For PT Assignment 5- you will pretend as if you completed each of thes.pdf
For PT Assignment 5, you will pretend as if you completed each of these labs as part of
penetration testing against your PT target. In other words, in this assignment, you will pretend
as if the labs 7.4.5 - 7.4.9 in which you scanned for vulnerabilities on different operating
systems/types of systems will be applied to your target. Imagine your PT target has the
systems/appliances covered in these labs: a Windows workstation (Lab 7.4.5), Linux Server
(7.4.6), Domain controller (7.4.7), Security Appliance (7.4.8), and WAP (7.4.9).
In this assignment, you will begin to create a document where you discuss each of the
vulnerabilities you located (in the labs), and make recommendations to your target for what
should be done to secure these vulnerabilities.
Create a document in which you summarize in 1-3 sentence your findings.
For each vulnerability you identify , name it, provide a description , provide information on
how this vulnerability can be exploited , and describe what could happen (consequences) if an
attacker exploited this vulnerability .
Consider the following attributes as you assess the seriousness of each vulnerability , and
rate each one HIGH, MEDIUM, or LOW risk, and briefly (1 sentence) explain your rating.
Confidentiality: (can attacker access information that should not be disclosed, and if so, how
much?)
Integrity: (can attacker modify system files or information, and if so, how much?)
Availability : (can an attacker reduce performance of system or interrupt availability of this
resource, and if so, how much?)
Access Complexity (how skilled does an attacker need to be, or how much special access would
they need, in order to exploit this vulnerability
Finally, after you have done all of these steps for each vulnerability, provide recommendations
to your target (the company or organization you selected) on what should be done in order to
secure these vulnerabilities.
Be sure to include photos and as much details as possible, and when your document is complete,
.
Assignment 2 Web Application Attack ScenarioDue Week 8 and worth .docx
Assignment 2: Web Application Attack Scenario
Due Week 8 and worth 80 points
Suppose that you are currently employed as an Information Security Manager for a medium-sized software development and outsourcing services company. The Software Development Director has asked you to provide a detailed presentation for her department regarding the most common Web application threats and the manner in which their products could compromise customer financial data. The products in question use Microsoft SQL Server databases and IIS Web servers. She has asked you to provide a report for her review before she schedules the presentation.
Write a three to four (3-4) page paper in which you:
1.
Analyze the common threats to data systems such as Web applications and data servers. Next, speculate on the greatest area of vulnerability and potential for damage and / or data loss of such data systems (e.g., SQL injection, Web-based password cracking).
2.
Devise one (1) attack scenario where a hacker could use the area of vulnerability that you chose in Question 1 in order to gain access to a network or sensitive data. Examine the primary ways in which the hacker could execute such an attack, and suggest the strategic manner in which a security professional could prevent the attack.
3.
Explore the primary role that the human element could play in adding to the attack scenario devised in Question 2. Give your opinion on whether or not the human component is critical in protection from that type of attack.
4.
Use at least four (4) quality resources in this assignment. Note: Wikipedia and similar Websites do not qualify as quality resources.
Your assignment must follow these formatting requirements:
·
Be typed, double spaced, using Times New Roman font (size 12), with one-inch margins on all sides; citations and references must follow APA or school-specific format. Check with your professor for any additional instructions.
·
Include a cover page containing the title of the assignment, your name, the professor’s name, the course title, and the date. The cover page and the reference page are not included in the required assignment page length.
The specific course learning outcomes associated with this assignment are:
·
Describe security concerns, tools, and techniques associated with Web servers and Web applications.
·
Identify the means of hacking Web browsers.
·
Summarize the manner in which database servers and applications are compromised and examine the steps that can be taken to mitigate such risks (e.g., SQL injection).
·
Use technology and information resources to research issues in ethical hacking.
·
Write clearly and concisely about topics related to Perimeter Defense Techniques using proper writing mechanics and technical style conventions.
Grading for this assignment will be based on answer quality, logic / organization of the paper, and language and writing skills, using the following rubric.
Click
here
to view the grading rubric for this a.
Advanced persistent threats (APTs) have been thrust into the spotlig.docx
Advanced persistent threats (APTs) have been thrust into the spotlight due to their advanced tactics, techniques, procedures, and tools. These APTs are resourced unlike other types of cyber threat actors.
Your chief technology officer (CTO) has formed teams to each develop a detailed analysis and presentation of a specific APT, which she will assign to the team.
.
Your report should use
The Cybersecurity Threat Landscape Team Assignment Resources
to cover the following five areas:
Part 1: Threat Landscape Analysis
Provide a detailed analysis of the threat landscape today.
What has changed in the past few years?
Describe common tactics, techniques, and procedures to include threat actor types.
What are the exploit vectors and vulnerabilities threat actors are predicted to take advantage of?
Part 2: APT Analysis
Provide detailed analysis and description of the APT your group was assigned. Describe the specific tactics used to gain access to the target(s).
Describe the tools used. Describe what the objective of the APT was/is. Was it successful?
Part 3: Cybersecurity Tools, Tactics, and Procedures
Describe current hardware- and software-based cybersecurity tools, tactics, and procedures.
Consider the hardware and software solutions deployed today in the context of defense-in-depth.
Elaborate on why these devices are not successful against the APTs.
Part 4: Machine Learning and Data Analytics
Describe the concepts of machine learning and data analytics and how applying them to cybersecurity will evolve the field.
Are there companies providing innovative defensive cybersecurity measures based on these technologies? If so, what are they? Would you recommend any of these to the CTO?
Part 5: Using Machine Learning and Data Analytics to Prevent APT
Describe how machine learning and data analytics could have detected and/or prevented the APT you analyzed had the victim organization deployed these technologies at the time of the event. Be specific.
Part 6: Ethics in Cybersecurity.
Ethical issues are at the core of what we do as cybersecurity professionals. Think of the example of a cyber defender working in a hospital. They are charged with securing the network, medical devices, and protecting sensitive personal health information from unauthorized disclosure. They are not only protecting patient privacy but their health and perhaps even their lives. Confidentiality, Integrity, Availability - the C-I-A triad - and many other cybersecurity practices are increasingly at play in protecting citizens in all walks of life and in all sectors. Thus, acting in an ethical manner is one of the hallmarks of cybersecurity professionals.
Do you think the vulnerability(ies) exploited by the APT constitutes an ethical failure by the defender? Why or why not?
For the APT scenario your group studied, were there identifiable harms to privacy or property? How are these harms linked to C-I-A? If not, what ethically si.
Gs Ch1
The document discusses security goals for application development in Java. It compares the three goals of protecting sensitive data, controlling access to resources, and logging activity, to the five standard security goals of authenticity, confidentiality, integrity, availability, and non-repudiation. It also discusses security policies, analyzing security requirements including risk assessment and data exposure vulnerabilities, the importance of usability, and contingency plans for security breaches. Finally, it mentions various security technologies and tools for implementation including features of Java.
Assignment on Pen testing1. Executive Summary(Which PT is rele.pdf
Assignment on Pen testing
1. Executive Summary
(Which PT is relevant to this section? )
Introduction
DISCUSS: What is the target? What assessment type did you use?
(How long should this be? 3-4 sentences)
Scope
Describe the scope of your penetration test. What methods or approaches did you use?
(How long should this be? 3-4 sentences)
Overview
1. Planning and Reconnaissance
(SUMMARIZE: provide a 1-sentence summary of your findings in this section)
2. Social Engineering and Physical Security
(SUMMARIZE: provide a 1-sentence summary of your findings in this section)
3. Scanning the Network
(SUMMARIZE: provide a 1-sentence summary of your findings in this section)
3. Gaining Access
(SUMMARIZE: provide a 1-sentence summary of your findings in this section)
3. Exploits and Attacks
(SUMMARIZE: provide a 1-sentence summary of your findings in this section)
Overall Recommendations
(Provide a minimum of 7 recommendations here for the target to strengthen their security. For
each recommendation, please rate it as high, medium, or low importance. Explain your
rationale.)
1. Recommendation:(1-2 sentences -- based on your findings, recommend a specific thing the
target should do to strengthen their security)
Importance: (high, medium, or low)
Rationale (1 sentence - why is this important?)
2. Recommendation:
Importance:
Rationale:
3. Recommendation:
Importance:
Rationale:
4. Recommendation:
Importance:
Rationale:
5. Recommendation:
Importance:
Rationale:
6. Recommendation:
Importance:
Rationale:
7. Recommendation:
Importance:
Rationale:
2. Planning and Reconnaissance
(Which PT is relevant to this section? )
Overview
Provide a 1-3 sentence summary of your findings related to Planning and Reconnaissance.
(TIP: write this overview AFTER you have detailed your findings, below!)
Detail Findings:
1. Potential Attack Surfaces
Website (include a list of all domains registered to the target)
Network (include all networks you can discover)
Insiders (include a list of all important people and their contact information)
Email (include email server info)
Social media accounts (include social media accounts of the target)
Physical locations (include addresses, photos, and maps)
Be sure to include photos and as many details as possible!
3. Social Engineering and Physical Security
(Which PT is relevant to this section?)
Overview
Provide a 1-3 sentence summary of your findings related to Social Engineering and Physical
Security
(TIP: write this overview AFTER you have detailed your findings, below!)
List of vulnerabilities identified
Provide a brief list of the vulnerabilities relevant to this section (which you will detail below)
Details:
Vulnerability 3.1
Description:
(What is this vulnerability? Describe and document it. Write at least 3-4 sentences. Provide
screenshots or other illustrations, where possible.)
Exploitation:
(How would someone exploit this vulnerability? Explain, in at least 3 sentences.)
Impact:
(If an attacker exploited this vulnerability, what could .
The security mindset securing social media integrations and social learning...
This document discusses security mindset and practices around social learning and the Blackboard Cloud. It defines security mindset as evaluating systems from an attacker's perspective to identify vulnerabilities and implement appropriate countermeasures. The document outlines security assessments including threat modeling, which identifies assets, actors, and threats. It provides examples of threat modeling APIs, social media, and cloud integration. It also explains enabling the Blackboard Cloud in stages and the data usage transparency of social media integrations.
Suppose that you are currently employed as an Information Security M.docx
Suppose that you are currently employed as an Information Security Manager for a medium-sized software development and outsourcing services company. The Software Development Director has asked you to provide a detailed presentation for her department regarding the most common Web application threats and the manner in which their products could compromise customer financial data. The products in question use Microsoft SQL Server databases and IIS Web servers. She has asked you to provide a report for her review before she schedules the presentation.
Write a two to four (2-4) page paper in which you:
Analyze the common threats to data systems such as Web applications and data servers. Next, speculate on the greatest area of vulnerability and potential for damage and / or data loss of such data systems (e.g., SQL injection, Web-based password cracking).
Devise one (1) attack scenario where a hacker could use the area of vulnerability that you chose in Question 1 in order to gain access to a network or sensitive data. Examine the primary ways in which the hacker could execute such an attack, and suggest the strategic manner in which a security professional could prevent the attack.
Explore the primary role that the human element could play in adding to the attack scenario devised in Question 2. Give your opinion on whether or not the human component is critical in protection from that type of attack.
Use at least three (3) quality resources in this assignment. Note: Wikipedia and similar Websites do not qualify as quality resources.
Your assignment must follow these formatting requirements:
Be typed, double spaced, using Times New Roman font (size 12), with one-inch margins on all sides; citations and references must follow APA or school-specific format. Check with your professor for any additional instructions.
Include a cover page containing the title of the assignment, your name, the professor’s name, the course title, and the date. The cover page and the reference page are not included in the required assignment page length.
The specific course learning outcomes associated with this assignment are:
Describe security concerns, tools, and techniques associated with Web servers and Web applications.
Identify the means of hacking Web browsers.
Summarize the manner in which database servers and applications are compromised and examine the steps that can be taken to mitigate such risks (e.g., SQL injection).
Use technology and information resources to research issues in ethical hacking.
Write clearly and concisely about topics related to Perimeter Defense Techniques using proper writing mechanics and technical style conventions.
Grading for this assignment will be based on answer quality, logic / organization of the paper, and language and writing skills, using the following rubric.
Points: 80
Assignment 2:
Web Application Attack Scenario
Criteria
Unacceptable
Below 60% F
Meets Minimum Expectations
60-69% D
Fair
70-79% C
Proficient
80-89% B
.
A potency relation for worms and next generation attack tools
This document discusses analyzing and comparing the potency of attack tools like worms. It proposes a methodology using two spaces: attributes of attack tools and metrics to measure potency. Attributes include mobility, modularity, coordination, goal-directedness, and being policy-constrained. Relating these attributes to potency metrics through a "potency relation" could help predict threats and improve defenses. The document outlines this methodology and highlights its potential uses.
Recommended
For PT Assignment 5- you will pretend as if you completed each of thes.pdf
For PT Assignment 5, you will pretend as if you completed each of these labs as part of
penetration testing against your PT target. In other words, in this assignment, you will pretend
as if the labs 7.4.5 - 7.4.9 in which you scanned for vulnerabilities on different operating
systems/types of systems will be applied to your target. Imagine your PT target has the
systems/appliances covered in these labs: a Windows workstation (Lab 7.4.5), Linux Server
(7.4.6), Domain controller (7.4.7), Security Appliance (7.4.8), and WAP (7.4.9).
In this assignment, you will begin to create a document where you discuss each of the
vulnerabilities you located (in the labs), and make recommendations to your target for what
should be done to secure these vulnerabilities.
Create a document in which you summarize in 1-3 sentence your findings.
For each vulnerability you identify , name it, provide a description , provide information on
how this vulnerability can be exploited , and describe what could happen (consequences) if an
attacker exploited this vulnerability .
Consider the following attributes as you assess the seriousness of each vulnerability , and
rate each one HIGH, MEDIUM, or LOW risk, and briefly (1 sentence) explain your rating.
Confidentiality: (can attacker access information that should not be disclosed, and if so, how
much?)
Integrity: (can attacker modify system files or information, and if so, how much?)
Availability : (can an attacker reduce performance of system or interrupt availability of this
resource, and if so, how much?)
Access Complexity (how skilled does an attacker need to be, or how much special access would
they need, in order to exploit this vulnerability
Finally, after you have done all of these steps for each vulnerability, provide recommendations
to your target (the company or organization you selected) on what should be done in order to
secure these vulnerabilities.
Be sure to include photos and as much details as possible, and when your document is complete,
.
Assignment 2 Web Application Attack ScenarioDue Week 8 and worth .docx
Assignment 2: Web Application Attack Scenario
Due Week 8 and worth 80 points
Suppose that you are currently employed as an Information Security Manager for a medium-sized software development and outsourcing services company. The Software Development Director has asked you to provide a detailed presentation for her department regarding the most common Web application threats and the manner in which their products could compromise customer financial data. The products in question use Microsoft SQL Server databases and IIS Web servers. She has asked you to provide a report for her review before she schedules the presentation.
Write a three to four (3-4) page paper in which you:
1.
Analyze the common threats to data systems such as Web applications and data servers. Next, speculate on the greatest area of vulnerability and potential for damage and / or data loss of such data systems (e.g., SQL injection, Web-based password cracking).
2.
Devise one (1) attack scenario where a hacker could use the area of vulnerability that you chose in Question 1 in order to gain access to a network or sensitive data. Examine the primary ways in which the hacker could execute such an attack, and suggest the strategic manner in which a security professional could prevent the attack.
3.
Explore the primary role that the human element could play in adding to the attack scenario devised in Question 2. Give your opinion on whether or not the human component is critical in protection from that type of attack.
4.
Use at least four (4) quality resources in this assignment. Note: Wikipedia and similar Websites do not qualify as quality resources.
Your assignment must follow these formatting requirements:
·
Be typed, double spaced, using Times New Roman font (size 12), with one-inch margins on all sides; citations and references must follow APA or school-specific format. Check with your professor for any additional instructions.
·
Include a cover page containing the title of the assignment, your name, the professor’s name, the course title, and the date. The cover page and the reference page are not included in the required assignment page length.
The specific course learning outcomes associated with this assignment are:
·
Describe security concerns, tools, and techniques associated with Web servers and Web applications.
·
Identify the means of hacking Web browsers.
·
Summarize the manner in which database servers and applications are compromised and examine the steps that can be taken to mitigate such risks (e.g., SQL injection).
·
Use technology and information resources to research issues in ethical hacking.
·
Write clearly and concisely about topics related to Perimeter Defense Techniques using proper writing mechanics and technical style conventions.
Grading for this assignment will be based on answer quality, logic / organization of the paper, and language and writing skills, using the following rubric.
Click
here
to view the grading rubric for this a.
Advanced persistent threats (APTs) have been thrust into the spotlig.docx
Advanced persistent threats (APTs) have been thrust into the spotlight due to their advanced tactics, techniques, procedures, and tools. These APTs are resourced unlike other types of cyber threat actors.
Your chief technology officer (CTO) has formed teams to each develop a detailed analysis and presentation of a specific APT, which she will assign to the team.
.
Your report should use
The Cybersecurity Threat Landscape Team Assignment Resources
to cover the following five areas:
Part 1: Threat Landscape Analysis
Provide a detailed analysis of the threat landscape today.
What has changed in the past few years?
Describe common tactics, techniques, and procedures to include threat actor types.
What are the exploit vectors and vulnerabilities threat actors are predicted to take advantage of?
Part 2: APT Analysis
Provide detailed analysis and description of the APT your group was assigned. Describe the specific tactics used to gain access to the target(s).
Describe the tools used. Describe what the objective of the APT was/is. Was it successful?
Part 3: Cybersecurity Tools, Tactics, and Procedures
Describe current hardware- and software-based cybersecurity tools, tactics, and procedures.
Consider the hardware and software solutions deployed today in the context of defense-in-depth.
Elaborate on why these devices are not successful against the APTs.
Part 4: Machine Learning and Data Analytics
Describe the concepts of machine learning and data analytics and how applying them to cybersecurity will evolve the field.
Are there companies providing innovative defensive cybersecurity measures based on these technologies? If so, what are they? Would you recommend any of these to the CTO?
Part 5: Using Machine Learning and Data Analytics to Prevent APT
Describe how machine learning and data analytics could have detected and/or prevented the APT you analyzed had the victim organization deployed these technologies at the time of the event. Be specific.
Part 6: Ethics in Cybersecurity.
Ethical issues are at the core of what we do as cybersecurity professionals. Think of the example of a cyber defender working in a hospital. They are charged with securing the network, medical devices, and protecting sensitive personal health information from unauthorized disclosure. They are not only protecting patient privacy but their health and perhaps even their lives. Confidentiality, Integrity, Availability - the C-I-A triad - and many other cybersecurity practices are increasingly at play in protecting citizens in all walks of life and in all sectors. Thus, acting in an ethical manner is one of the hallmarks of cybersecurity professionals.
Do you think the vulnerability(ies) exploited by the APT constitutes an ethical failure by the defender? Why or why not?
For the APT scenario your group studied, were there identifiable harms to privacy or property? How are these harms linked to C-I-A? If not, what ethically si.
Gs Ch1
The document discusses security goals for application development in Java. It compares the three goals of protecting sensitive data, controlling access to resources, and logging activity, to the five standard security goals of authenticity, confidentiality, integrity, availability, and non-repudiation. It also discusses security policies, analyzing security requirements including risk assessment and data exposure vulnerabilities, the importance of usability, and contingency plans for security breaches. Finally, it mentions various security technologies and tools for implementation including features of Java.
Assignment on Pen testing1. Executive Summary(Which PT is rele.pdf
Assignment on Pen testing
1. Executive Summary
(Which PT is relevant to this section? )
Introduction
DISCUSS: What is the target? What assessment type did you use?
(How long should this be? 3-4 sentences)
Scope
Describe the scope of your penetration test. What methods or approaches did you use?
(How long should this be? 3-4 sentences)
Overview
1. Planning and Reconnaissance
(SUMMARIZE: provide a 1-sentence summary of your findings in this section)
2. Social Engineering and Physical Security
(SUMMARIZE: provide a 1-sentence summary of your findings in this section)
3. Scanning the Network
(SUMMARIZE: provide a 1-sentence summary of your findings in this section)
3. Gaining Access
(SUMMARIZE: provide a 1-sentence summary of your findings in this section)
3. Exploits and Attacks
(SUMMARIZE: provide a 1-sentence summary of your findings in this section)
Overall Recommendations
(Provide a minimum of 7 recommendations here for the target to strengthen their security. For
each recommendation, please rate it as high, medium, or low importance. Explain your
rationale.)
1. Recommendation:(1-2 sentences -- based on your findings, recommend a specific thing the
target should do to strengthen their security)
Importance: (high, medium, or low)
Rationale (1 sentence - why is this important?)
2. Recommendation:
Importance:
Rationale:
3. Recommendation:
Importance:
Rationale:
4. Recommendation:
Importance:
Rationale:
5. Recommendation:
Importance:
Rationale:
6. Recommendation:
Importance:
Rationale:
7. Recommendation:
Importance:
Rationale:
2. Planning and Reconnaissance
(Which PT is relevant to this section? )
Overview
Provide a 1-3 sentence summary of your findings related to Planning and Reconnaissance.
(TIP: write this overview AFTER you have detailed your findings, below!)
Detail Findings:
1. Potential Attack Surfaces
Website (include a list of all domains registered to the target)
Network (include all networks you can discover)
Insiders (include a list of all important people and their contact information)
Email (include email server info)
Social media accounts (include social media accounts of the target)
Physical locations (include addresses, photos, and maps)
Be sure to include photos and as many details as possible!
3. Social Engineering and Physical Security
(Which PT is relevant to this section?)
Overview
Provide a 1-3 sentence summary of your findings related to Social Engineering and Physical
Security
(TIP: write this overview AFTER you have detailed your findings, below!)
List of vulnerabilities identified
Provide a brief list of the vulnerabilities relevant to this section (which you will detail below)
Details:
Vulnerability 3.1
Description:
(What is this vulnerability? Describe and document it. Write at least 3-4 sentences. Provide
screenshots or other illustrations, where possible.)
Exploitation:
(How would someone exploit this vulnerability? Explain, in at least 3 sentences.)
Impact:
(If an attacker exploited this vulnerability, what could .
The security mindset securing social media integrations and social learning...
This document discusses security mindset and practices around social learning and the Blackboard Cloud. It defines security mindset as evaluating systems from an attacker's perspective to identify vulnerabilities and implement appropriate countermeasures. The document outlines security assessments including threat modeling, which identifies assets, actors, and threats. It provides examples of threat modeling APIs, social media, and cloud integration. It also explains enabling the Blackboard Cloud in stages and the data usage transparency of social media integrations.
Suppose that you are currently employed as an Information Security M.docx
Suppose that you are currently employed as an Information Security Manager for a medium-sized software development and outsourcing services company. The Software Development Director has asked you to provide a detailed presentation for her department regarding the most common Web application threats and the manner in which their products could compromise customer financial data. The products in question use Microsoft SQL Server databases and IIS Web servers. She has asked you to provide a report for her review before she schedules the presentation.
Write a two to four (2-4) page paper in which you:
Analyze the common threats to data systems such as Web applications and data servers. Next, speculate on the greatest area of vulnerability and potential for damage and / or data loss of such data systems (e.g., SQL injection, Web-based password cracking).
Devise one (1) attack scenario where a hacker could use the area of vulnerability that you chose in Question 1 in order to gain access to a network or sensitive data. Examine the primary ways in which the hacker could execute such an attack, and suggest the strategic manner in which a security professional could prevent the attack.
Explore the primary role that the human element could play in adding to the attack scenario devised in Question 2. Give your opinion on whether or not the human component is critical in protection from that type of attack.
Use at least three (3) quality resources in this assignment. Note: Wikipedia and similar Websites do not qualify as quality resources.
Your assignment must follow these formatting requirements:
Be typed, double spaced, using Times New Roman font (size 12), with one-inch margins on all sides; citations and references must follow APA or school-specific format. Check with your professor for any additional instructions.
Include a cover page containing the title of the assignment, your name, the professor’s name, the course title, and the date. The cover page and the reference page are not included in the required assignment page length.
The specific course learning outcomes associated with this assignment are:
Describe security concerns, tools, and techniques associated with Web servers and Web applications.
Identify the means of hacking Web browsers.
Summarize the manner in which database servers and applications are compromised and examine the steps that can be taken to mitigate such risks (e.g., SQL injection).
Use technology and information resources to research issues in ethical hacking.
Write clearly and concisely about topics related to Perimeter Defense Techniques using proper writing mechanics and technical style conventions.
Grading for this assignment will be based on answer quality, logic / organization of the paper, and language and writing skills, using the following rubric.
Points: 80
Assignment 2:
Web Application Attack Scenario
Criteria
Unacceptable
Below 60% F
Meets Minimum Expectations
60-69% D
Fair
70-79% C
Proficient
80-89% B
.
A potency relation for worms and next generation attack tools
This document discusses analyzing and comparing the potency of attack tools like worms. It proposes a methodology using two spaces: attributes of attack tools and metrics to measure potency. Attributes include mobility, modularity, coordination, goal-directedness, and being policy-constrained. Relating these attributes to potency metrics through a "potency relation" could help predict threats and improve defenses. The document outlines this methodology and highlights its potential uses.
A Behavior Based Intrusion Detection System Using Machine Learning Algorithms
Humans are consistently referred to as the weakest link in information security. Human factors such as individual differences, cognitive abilities and personality traits can impact on behavior and play a significant role in information security. The purpose of this study is to identify, describe and classify the human factors affecting Information Security and develop a model to reduce the risk of insider misuse and assess the use and performance of the best-suited artificial intelligence techniques in detection of misuse. More specifically, this study provides a comprehensive view of the human related information security risks and threats, classification study of the human related threats in information security, a methodology developed to reduce the risk of human related threats by detecting insider misuse by a behavior-based intrusion detection system using machine learning algorithms, and the comparison of the numerical experiments for analysis of this approach. Specifically, by using the machine learning algorithm with the best learning performance, the detection rates of the attack types defined in the organized five dimensional human threats taxonomy were determined. Lastly, the possible human factors affecting information security as linked to the detection rates were sorted upon the evaluation of the taxonomy.
WEEK 3 ESSAY QUESTIONS Instructions Answer all questions .docx
WEEK 3 ESSAY QUESTIONS
Instructions: Answer all questions in a single document. Then submit to the
appropriate assignment folder. Each response to a single essay question should
be about a half-page in length (about 150 words).
1. Cryptographic algorithms provide the underlying tools to most security
protocols used in today’s infrastructures. The choice of which type of
algorithm depends on the goal that you are trying to accomplish, such as
encryption or data integrity. These algorithms fall into two main categories:
symmetric key and asymmetric key cryptography. In this essay, please
discuss the strengths and weaknesses of symmetric key cryptography and
give an example of where this type of cryptography is used. Then discuss
the strengths and weaknesses of asymmetric key cryptography and give an
example of where this type of cryptography is used.
2. Cryptography has been used in one form or another for over 4000 years
and attacks on cryptography have been occurring since its inception. The
type of people attempting to break the code could be malicious in their
intent or could just be trying to identify weaknesses in the security so that
improvements can be made. In your essay response, define cryptanalysis
and describe some of the common cryptanalytic techniques used in attacks.
3. Many people overlook the importance of physical security when addressing
security concerns of the organization. Complex cryptography methods,
stringent access control lists, and vigilant intrusion detection/prevention
software will be rendered useless if an attacker gains physical access to
your data center. Site and facility security planning is equally important to
the technical controls that you implement when minimizing the access a
criminal will have to your assets. In your essay response, define CPTED and
describe how following the CPTED discipline can provide a more aesthetic
alternative to classic target hardening approaches. Make sure that the
three CPTED strategies are covered in your response.
WEEK 1 ESSAY QUESTIONS
Instructions: Answer all questions in a single document. Then submit to the
appropriate assignment folder. Each response to a single essay question should
be about a half-page in length (about 150 words).
1. In this week’s readings, you learned about two methods of risk analysis:
quantitative assessment and qualitative assessment. Explain the steps
taken to assess a risk from a quantitative perspective where monetary and
numeric values are assigned and discuss the formulas used to quantify risk.
Then, explain the methods used to assess risk from a qualitative
perspective where intangible values are evaluated such as the seriousness
of the risk or ramifications to the reputation of the company.
2. Domain 1 introduced numerous security terms that are used in assessing
risk. Please define the terms vulnerability, threat, threat agent, risk,
exposure and control. Then, describe the.
Research Paper on STRIDEPresented By.docx
Research Paper on STRIDE
Presented By
Kranthi Sekhar Reddy Kolli
(002832361)
University of Cumberlands
Threat Modeling:
According to Adam Shostack(2017) Threat modeling is about building models, and using those models to help you think about what’s going to go wrong. There are models implicit in most things. For example, in threat intelligence, you often receive IP addresses, email addresses, and similar “indicators.” Implicit is that you’ll plug those IPs into your firewall or IDS, or block or detect those emails at your mail server. There are also important details rarely discussed: Is your firewall from Palo Alto or Fortinet Each has a different user interface, but each has a way to block an IP address.
Threat modeling is essential to becoming proactive and strategic in your operational and application security. Modern threat modeling is agile and integrative, building collaboration between security and other teams. That’s security and development, security and operations, security and all sorts of others. Threat modeling is also essential in moving away from “gut feel” to a disciplined approach to problems (2017).
STRIDE:
Stride is a systematic way to deal with recognizing our application's advantages and the in all probability threats to them. What resources would we say we are talking about precisely? This would be anything that is put away in a database, CPU influence, and documents situated in a record framework. When you have set aside the opportunity to assess your advantages, you would then be able to start to survey the genuine dangers that issue most to your foundation (Shostack, 2017).
The name STRIDE [Hernan 2006] is an acronym based on the initials of the six threat categories: Spoofing, Tampering, Repudiation, Information disclosure, Denial of service, and Elevation of privilege. These categories are not mutually exclusive, and complex attacks may involve a combination of them. However, they provide a useful set that non-security experts can use to reason about security threats.
Spoofing:
Spoofing is an attack in which people (or programs) represent themselves as something other than what they truly are, with the intent of gaining authorized access to resources for which they should be unauthorized. A successful spoofing attack is one that allows an attacker to foil or avoid authentication.
Conditions under Which Spoofing Might Occur:
Spoofing can occur when the source or destination of a message is not properly trusted (e.g., via authentication), but the requested action in the message is still performed. Spoofing can be successful if the attacking component can steal another component’s identity to appear authentic or if other components do not demand proof of authentication.
Spoofing Risks:
When considering spoofing attacks, we must think about these general design weaknesses that would allow spoofing to occur:
· There is no authentication, or the authentication mechanism has been broken or bypassed.
...
Threats vs. Vulnerabilities
Threats and vulnerabilities often get confused, to the detriment of good security. See why vulnerability assessments trump threat assessments.
Threat modelling
This document discusses threat modeling and provides an overview of the threat modeling process. It defines key terms like threat agent, threat, vulnerability, and asset. It explains that threat modeling is important to identify threats and vulnerabilities in order to design appropriate defenses. The threat modeling process involves 5 steps: 1) identify security objectives, 2) create an application overview, 3) decompose the application, 4) identify threats, and 5) identify vulnerabilities. For each step, it describes the relevant inputs and expected outputs. The overall goal is to understand vulnerabilities in order to address relevant threats to the system.
Octav ethreat profiles
The document discusses threat profiles in OCTAVE (Operationally Critical Threat, Asset, and Vulnerability Evaluation), which is a security risk evaluation method. It describes how to document threats to an organization's critical assets by creating threat profiles. Specifically, it discusses building asset-based threat profiles in Phase 1 to identify threats, actors, outcomes, etc. for each critical asset. Generic threat categories and properties are defined, and the process of tailoring the generic threat profile and creating a specific threat profile for a critical asset is explained through an example.
TAXONOMY BASED INTRUSION ATTACKS AND DETECTION MANAGEMENT SCHEME IN PEER-TOPE...
A intrusion provides an unauthorized access, damage or disruption of the network. The process can understand the characteristics and nature of an intruder. The paper presents the taxonomy
consists of the specification of an intruder. Taxonomy provides the classification of intruder and provides mechanism for intruder detection. We found the algorithm for developing an intruder which can be attack at host system or network system. Here provide the mechanism for an intrusion by using the
system attribute and detection mechanism is based on knowledge and behavior of the system. Intrusiondetection mechanism using pattern based and threshold based mechanism for detecting an intruder. An intruder continuously monitored the network and host activities for detecting attack into the network and the task of intrusion-detection is also monitor the usage of such systems and detects the apparition of
insecure states.
Write the questions followed by your answers.1.Using the web.docx
Write the questions followed by your answers.
1.
Using the web and other resources research the Conficker malware
and
Koobface malware.
Select one (1) of the pieces of
malware and write a complete overview
of each piece of malware. Describe what type of malware it is: (e.g. virus, worm, DoS, blended, botnet, or various other types). You need to
explicitly identify
and
provide a description
of the key attributes including: how the infection occurs, what triggers it and what the payload is.
Note that there are typically several different infections, payloads, triggers, defenses that need to be discussed. This is true for many examples of malware and not just Conficker and Koobface.
This information is readily available on the internet. Therefore
the value you will add is to provide your information so that each of the attributes is clearly
identified, labeled and
described.
A cut and paste of information without adding value will not be a good answer.
Present your finding using the template provided below.
This problem requires some detail.
NAME:
OVERVIEW: (General overview. Include in the overview what platforms and or applications are affected. Also include any other information that you consider important for an overview.)
TYPE:
INFECTION: (There can be numerous infections. Consider user visible and internal infections.)
PAYLOAD:
(There can be numerous payloads. Consider user visible and internal payloads.)
TRIGGER: (There can be numerous triggers. Consider user caused and internal triggers.)
DEFENSE: (How can you defend against this malware?)
ADDITIONAL COMMENTS:
(15 points)
2.
Describe what a social engineering attack is.
[ your answer goes here ]
Provide 3 examples of social engineering attacks and describe how they could be used to undermine the security of your IT infrastructure.
[ your answer goes here ]
How can social engineering attacks be defended against?
[ your answer goes here ]
(15 points)
3.
Assume you have a computing environment consisting of a mix of machines running three (3) Windows platforms with the following operating systems; XP, Vista and Windows 7. There are also machines running Linux and Apple iOS. Your environment runs a mix of email and various office applications (e.g. word processing, spreadsheet, slide presentation, database). There is regular use of internet sites both for business and some personal use. There are also laptops, mobile phones and tablets that connect wirelessly to your network.
The environment is spread across a wide geographic area. While it might be tempting to have a solution that uses one type of system, such as Windows 7 this is not a possibility given the problem statement. The heterogeneity of the platforms in the environment is typical of the complexity faced by many organizations today. The environment is as defined and you must deal with the stated variation and complexity.
What do you consider to be the major risks to your environ.
PPT0-Computer Security Concepts.pptx
The document summarizes key concepts from the book "Computer Security: Principles and Practice" by Stallings, Brown, and Bauer. It defines computer security as measures that ensure confidentiality, integrity, and availability of information systems. It outlines threats to computer security like unauthorized disclosure, deception, disruption, and usurpation. It also defines security terminology like attacks, vulnerabilities, risks, and countermeasures. The document presents models for understanding computer security and the relationships between threats, vulnerabilities, attacks, and assets.
02-overview.pptx
This document provides an overview of computer security concepts. It defines information security using the CIA triad of confidentiality, integrity and availability. It describes the computer security model involving assets, vulnerabilities, threats and countermeasures. It discusses classes of threats and examples of each. Design principles for secure software engineering are outlined, including least privilege and complete mediation. The importance of threat modeling and the security strategy of specification, implementation and evaluation are emphasized. The goal is to promote systematic thinking to reduce vulnerabilities and the likelihood of missed threats.
Chapter 1 overview
This document provides an overview of network security threats and concepts. It discusses the rationale for network security, including increased internet connectivity, cybercrime, legislation/liabilities, and the proliferation and sophistication of threats. It describes the goals of information security programs to ensure confidentiality, integrity and availability. It also discusses security models, risks, vulnerabilities, attacks, and risk management strategies.
Threat Modelling and managed risks for medical devices
In the development of cybersecurity strategy that follows FDA and MDCG recommendations for the commercialization of medical imaging software devices, threat modeling helps customers to manage better risks.
Automated Emerging Cyber Threat Identification and Profiling Based on Natural...
Automated Emerging Cyber Threat Identification and Profiling Based on Natural Language Processing.
Shakas Technologies ( Galaxy of Knowledge)
#11/A 2nd East Main Road,
Gandhi Nagar,
Vellore - 632006.
Mobile : +91-9500218218 / 8220150373| land line- 0416- 3552723
Shakas Training & Development | Shakas Sales & Services | Shakas Educational Trust|IEEE projects | Research & Development | Journal Publication |
Email : info@shakastech.com | shakastech@gmail.com |
website: www.shakastech.com
Facebook: https://www.facebook.com/pages/Shakas-Technologies
((Anatomy of a Security IncidentAttack)) will survey current threat.docx
The document discusses threats to information security, describing threats as originating from either human or natural sources. Human threats can be malicious, such as from hackers seeking to steal information, or non-malicious, as from untrained users. The document uses examples to explain the components of a security incident, including the threat, threat agent, vulnerability exploited, and targeted IT asset. Readers are prompted to provide their own example security incident analysis.
What is the process of Vulnerability Assessment and Penetration Testing.pdf
Elanus Technologies is the Best Vulnerability Assessment and Penetration Testing Company in India providing intelligent cyber security and VAPT services on Web, Mobile, Network and Thick Client.
https://www.elanustechnologies.com/vapt.php
Network Threats and Attacks SubscribeYou have now learne.docx
Network Threats and Attacks
Subscribe
You have now learned about recognizing security threats, vulnerabilities, and how to mitigate them. Almost every day, there are reports of an intrusion, breach of confidentiality, or some other high-profile attack.
Find a news article about a recent network attack (no more than one year ago). Answer the following questions in a paragraph:
What type of attack occurred?
Was the attacker successful in penetrating the system or network?
What, if anything, was the attacker able to access or obtain?
What is the effect to the organization and customers because of the attack?
What can you learn from this incident? If you are the network engineer or the person in charge of the network/infrastructure/data, what would you have done differently to prevent this from happening again?
.
20160831_app_storesecurity_Seminar
This document provides an overview of strategies to defend against malware threats in mobile app ecosystems. It begins with a data flow diagram that maps the flow of data and processes. It then discusses an attacker model and uses STRIDE threat analysis to evaluate spoofing, tampering, repudiation, information disclosure, denial of service, and elevation of privilege threats. Finally, it proposes five lines of defense: app review using automated and manual analysis, reputation mechanisms based on app history, app revocation, device security features, and walled gardens/jails that restrict apps.
Answer the following questions. Each question response should be at .docx
Answer the following questions. Each question response should be at least 1 page, and answer each question fully.
Question 1:
Topic: Common Software Vulnerabilities
Most cyber-attacks happen because vulnerabilities in system or application software. Buffer Overflow, SQL Injection, Code/OS Command Injection, Cross-Site Scripting (XSS), Cross-Site Request Forgery and Race Conditions are very common vulnerabilities. (Refer to both NIST/DHS and MITRE databases of common vulnerabilities (http://nvd.nist.gov/cwe.cfm; http://cwe.mitre.org/top25/).) For this conference, explain what a specific vulnerability is, describe a famous attack that leveraged it (For example, the Morris worm leveraged the buffer overflow vulnerability), and how it can be prevented/minimized.
Question 2:
Topic: Database Security
In this session, you learnt a lot about database security. We will focus three topics for this conference: (1) Inference in ordinary databases or statistical databases, (2) database privacy (through encryption), and (3) cloud security. Please pick one of these three topics and explain in your own words what the problem or issue is, how the issue is being addressed and some of the concerns with the solutions being proposed.
Question 3:
Topic: Attacks on Networks
In this conference, we will focus on typical attacks in the Internet affecting confidentiality, integrity and availability at various layers: Layer 1: Physical; Layer 2: Link; Layer 3: Network; Layer 4: Transport, and Layer 5: Application. (This is IP Layering; in IP layering, roughly Session, Presentation and Application of the OSI layers are combined into a single Application layer). Pick one layer and describe typical attacks in that layer and the controls that are employed in the layer to minimize the attack or vulnerability that leads to the attack. For example, in the link and network layers, there can be packet sniffing attacks, in the IP (network layer), there could be spoofing attacks, and in various layers, there could be denial of service attacks. Be as specific and as complete as possible and cite your reference materials in your response.
.
Make sure questions and references are included! Determine how s.docx
Make sure questions and references are included!
Determine how scareware has become a serious threat and why you believe end users often fall victim to this form of hoax.
From the e-Activity, discuss the different famous malware threats, the specifics of each threat, how they worked, why they were or weren’t successful, and how they were eventually defeated. Compare and contrast the two selected malware threats and explain which you believe was the stronger threat and why.
Consider the need for education in protecting against all types of malware. Determine whether or not you believe security departments are properly educating employees on common threats.
Determine whether or not you believe bit torrent sharing networks are a breeding ground for Trojan proliferation and if so, suggest what can be done to mitigate the risks. Justify your response.
Describe the technical and security considerations that should be taken in account when migrating a Web-based e-Commerce application from development to the production environment. Explain the significance and type of testing that would be performed in this scenario.
From the e-Activity, select one of the retail payment systems laws and describe their application into Web-based security. Determine the challenges this presents to U.S. companies in an international context.
.
Introduction to Computer Security
The document provides an introduction to computer security including:
- The basic components of security such as confidentiality, integrity, and availability.
- Common security threats like snooping, modification, and denial of service attacks.
- Issues with security including operational challenges and human factors.
- An overview of security policies, access control models, and security models like Bell-LaPadula and Biba.
From 1979 to 2012 - annual Arctic sea ice extent has stayed the same d.pdf
From 1979 to 2012 , annual Arctic sea ice extent has stayed the same decreased each decade by
about 3.5 to 4.1% per decade increased each decade by 3.5 to 5.0% per decade varied between
increases and decreases on a decadal time scale, averaging to no significant change over the
entire period.
From April to July 2018- the number of employed youth 16 to 24 years o.pdf
From April to July 2018, the number of employed youth 16 to 24 years old rose by 2.0 million to
20.9 million and youth unemployment increased from 2.1 million to 2.8 million. In July, the
youth labor force grew by 2.6 million to a total of 23.0 million and the youth population was
29.7 million.
How did the youth unemployment rate change from April to July? Calculate the youth labor
force participation rate in July..
More Related Content
Similar to For your selected target organization perform research and examine phy.pdf
A Behavior Based Intrusion Detection System Using Machine Learning Algorithms
Humans are consistently referred to as the weakest link in information security. Human factors such as individual differences, cognitive abilities and personality traits can impact on behavior and play a significant role in information security. The purpose of this study is to identify, describe and classify the human factors affecting Information Security and develop a model to reduce the risk of insider misuse and assess the use and performance of the best-suited artificial intelligence techniques in detection of misuse. More specifically, this study provides a comprehensive view of the human related information security risks and threats, classification study of the human related threats in information security, a methodology developed to reduce the risk of human related threats by detecting insider misuse by a behavior-based intrusion detection system using machine learning algorithms, and the comparison of the numerical experiments for analysis of this approach. Specifically, by using the machine learning algorithm with the best learning performance, the detection rates of the attack types defined in the organized five dimensional human threats taxonomy were determined. Lastly, the possible human factors affecting information security as linked to the detection rates were sorted upon the evaluation of the taxonomy.
WEEK 3 ESSAY QUESTIONS Instructions Answer all questions .docx
WEEK 3 ESSAY QUESTIONS
Instructions: Answer all questions in a single document. Then submit to the
appropriate assignment folder. Each response to a single essay question should
be about a half-page in length (about 150 words).
1. Cryptographic algorithms provide the underlying tools to most security
protocols used in today’s infrastructures. The choice of which type of
algorithm depends on the goal that you are trying to accomplish, such as
encryption or data integrity. These algorithms fall into two main categories:
symmetric key and asymmetric key cryptography. In this essay, please
discuss the strengths and weaknesses of symmetric key cryptography and
give an example of where this type of cryptography is used. Then discuss
the strengths and weaknesses of asymmetric key cryptography and give an
example of where this type of cryptography is used.
2. Cryptography has been used in one form or another for over 4000 years
and attacks on cryptography have been occurring since its inception. The
type of people attempting to break the code could be malicious in their
intent or could just be trying to identify weaknesses in the security so that
improvements can be made. In your essay response, define cryptanalysis
and describe some of the common cryptanalytic techniques used in attacks.
3. Many people overlook the importance of physical security when addressing
security concerns of the organization. Complex cryptography methods,
stringent access control lists, and vigilant intrusion detection/prevention
software will be rendered useless if an attacker gains physical access to
your data center. Site and facility security planning is equally important to
the technical controls that you implement when minimizing the access a
criminal will have to your assets. In your essay response, define CPTED and
describe how following the CPTED discipline can provide a more aesthetic
alternative to classic target hardening approaches. Make sure that the
three CPTED strategies are covered in your response.
WEEK 1 ESSAY QUESTIONS
Instructions: Answer all questions in a single document. Then submit to the
appropriate assignment folder. Each response to a single essay question should
be about a half-page in length (about 150 words).
1. In this week’s readings, you learned about two methods of risk analysis:
quantitative assessment and qualitative assessment. Explain the steps
taken to assess a risk from a quantitative perspective where monetary and
numeric values are assigned and discuss the formulas used to quantify risk.
Then, explain the methods used to assess risk from a qualitative
perspective where intangible values are evaluated such as the seriousness
of the risk or ramifications to the reputation of the company.
2. Domain 1 introduced numerous security terms that are used in assessing
risk. Please define the terms vulnerability, threat, threat agent, risk,
exposure and control. Then, describe the.
Research Paper on STRIDEPresented By.docx
Research Paper on STRIDE
Presented By
Kranthi Sekhar Reddy Kolli
(002832361)
University of Cumberlands
Threat Modeling:
According to Adam Shostack(2017) Threat modeling is about building models, and using those models to help you think about what’s going to go wrong. There are models implicit in most things. For example, in threat intelligence, you often receive IP addresses, email addresses, and similar “indicators.” Implicit is that you’ll plug those IPs into your firewall or IDS, or block or detect those emails at your mail server. There are also important details rarely discussed: Is your firewall from Palo Alto or Fortinet Each has a different user interface, but each has a way to block an IP address.
Threat modeling is essential to becoming proactive and strategic in your operational and application security. Modern threat modeling is agile and integrative, building collaboration between security and other teams. That’s security and development, security and operations, security and all sorts of others. Threat modeling is also essential in moving away from “gut feel” to a disciplined approach to problems (2017).
STRIDE:
Stride is a systematic way to deal with recognizing our application's advantages and the in all probability threats to them. What resources would we say we are talking about precisely? This would be anything that is put away in a database, CPU influence, and documents situated in a record framework. When you have set aside the opportunity to assess your advantages, you would then be able to start to survey the genuine dangers that issue most to your foundation (Shostack, 2017).
The name STRIDE [Hernan 2006] is an acronym based on the initials of the six threat categories: Spoofing, Tampering, Repudiation, Information disclosure, Denial of service, and Elevation of privilege. These categories are not mutually exclusive, and complex attacks may involve a combination of them. However, they provide a useful set that non-security experts can use to reason about security threats.
Spoofing:
Spoofing is an attack in which people (or programs) represent themselves as something other than what they truly are, with the intent of gaining authorized access to resources for which they should be unauthorized. A successful spoofing attack is one that allows an attacker to foil or avoid authentication.
Conditions under Which Spoofing Might Occur:
Spoofing can occur when the source or destination of a message is not properly trusted (e.g., via authentication), but the requested action in the message is still performed. Spoofing can be successful if the attacking component can steal another component’s identity to appear authentic or if other components do not demand proof of authentication.
Spoofing Risks:
When considering spoofing attacks, we must think about these general design weaknesses that would allow spoofing to occur:
· There is no authentication, or the authentication mechanism has been broken or bypassed.
...
Threats vs. Vulnerabilities
Threats and vulnerabilities often get confused, to the detriment of good security. See why vulnerability assessments trump threat assessments.
Threat modelling
This document discusses threat modeling and provides an overview of the threat modeling process. It defines key terms like threat agent, threat, vulnerability, and asset. It explains that threat modeling is important to identify threats and vulnerabilities in order to design appropriate defenses. The threat modeling process involves 5 steps: 1) identify security objectives, 2) create an application overview, 3) decompose the application, 4) identify threats, and 5) identify vulnerabilities. For each step, it describes the relevant inputs and expected outputs. The overall goal is to understand vulnerabilities in order to address relevant threats to the system.
Octav ethreat profiles
The document discusses threat profiles in OCTAVE (Operationally Critical Threat, Asset, and Vulnerability Evaluation), which is a security risk evaluation method. It describes how to document threats to an organization's critical assets by creating threat profiles. Specifically, it discusses building asset-based threat profiles in Phase 1 to identify threats, actors, outcomes, etc. for each critical asset. Generic threat categories and properties are defined, and the process of tailoring the generic threat profile and creating a specific threat profile for a critical asset is explained through an example.
TAXONOMY BASED INTRUSION ATTACKS AND DETECTION MANAGEMENT SCHEME IN PEER-TOPE...
A intrusion provides an unauthorized access, damage or disruption of the network. The process can understand the characteristics and nature of an intruder. The paper presents the taxonomy
consists of the specification of an intruder. Taxonomy provides the classification of intruder and provides mechanism for intruder detection. We found the algorithm for developing an intruder which can be attack at host system or network system. Here provide the mechanism for an intrusion by using the
system attribute and detection mechanism is based on knowledge and behavior of the system. Intrusiondetection mechanism using pattern based and threshold based mechanism for detecting an intruder. An intruder continuously monitored the network and host activities for detecting attack into the network and the task of intrusion-detection is also monitor the usage of such systems and detects the apparition of
insecure states.
Write the questions followed by your answers.1.Using the web.docx
Write the questions followed by your answers.
1.
Using the web and other resources research the Conficker malware
and
Koobface malware.
Select one (1) of the pieces of
malware and write a complete overview
of each piece of malware. Describe what type of malware it is: (e.g. virus, worm, DoS, blended, botnet, or various other types). You need to
explicitly identify
and
provide a description
of the key attributes including: how the infection occurs, what triggers it and what the payload is.
Note that there are typically several different infections, payloads, triggers, defenses that need to be discussed. This is true for many examples of malware and not just Conficker and Koobface.
This information is readily available on the internet. Therefore
the value you will add is to provide your information so that each of the attributes is clearly
identified, labeled and
described.
A cut and paste of information without adding value will not be a good answer.
Present your finding using the template provided below.
This problem requires some detail.
NAME:
OVERVIEW: (General overview. Include in the overview what platforms and or applications are affected. Also include any other information that you consider important for an overview.)
TYPE:
INFECTION: (There can be numerous infections. Consider user visible and internal infections.)
PAYLOAD:
(There can be numerous payloads. Consider user visible and internal payloads.)
TRIGGER: (There can be numerous triggers. Consider user caused and internal triggers.)
DEFENSE: (How can you defend against this malware?)
ADDITIONAL COMMENTS:
(15 points)
2.
Describe what a social engineering attack is.
[ your answer goes here ]
Provide 3 examples of social engineering attacks and describe how they could be used to undermine the security of your IT infrastructure.
[ your answer goes here ]
How can social engineering attacks be defended against?
[ your answer goes here ]
(15 points)
3.
Assume you have a computing environment consisting of a mix of machines running three (3) Windows platforms with the following operating systems; XP, Vista and Windows 7. There are also machines running Linux and Apple iOS. Your environment runs a mix of email and various office applications (e.g. word processing, spreadsheet, slide presentation, database). There is regular use of internet sites both for business and some personal use. There are also laptops, mobile phones and tablets that connect wirelessly to your network.
The environment is spread across a wide geographic area. While it might be tempting to have a solution that uses one type of system, such as Windows 7 this is not a possibility given the problem statement. The heterogeneity of the platforms in the environment is typical of the complexity faced by many organizations today. The environment is as defined and you must deal with the stated variation and complexity.
What do you consider to be the major risks to your environ.
PPT0-Computer Security Concepts.pptx
The document summarizes key concepts from the book "Computer Security: Principles and Practice" by Stallings, Brown, and Bauer. It defines computer security as measures that ensure confidentiality, integrity, and availability of information systems. It outlines threats to computer security like unauthorized disclosure, deception, disruption, and usurpation. It also defines security terminology like attacks, vulnerabilities, risks, and countermeasures. The document presents models for understanding computer security and the relationships between threats, vulnerabilities, attacks, and assets.
02-overview.pptx
This document provides an overview of computer security concepts. It defines information security using the CIA triad of confidentiality, integrity and availability. It describes the computer security model involving assets, vulnerabilities, threats and countermeasures. It discusses classes of threats and examples of each. Design principles for secure software engineering are outlined, including least privilege and complete mediation. The importance of threat modeling and the security strategy of specification, implementation and evaluation are emphasized. The goal is to promote systematic thinking to reduce vulnerabilities and the likelihood of missed threats.
Chapter 1 overview
This document provides an overview of network security threats and concepts. It discusses the rationale for network security, including increased internet connectivity, cybercrime, legislation/liabilities, and the proliferation and sophistication of threats. It describes the goals of information security programs to ensure confidentiality, integrity and availability. It also discusses security models, risks, vulnerabilities, attacks, and risk management strategies.
Threat Modelling and managed risks for medical devices
In the development of cybersecurity strategy that follows FDA and MDCG recommendations for the commercialization of medical imaging software devices, threat modeling helps customers to manage better risks.
Automated Emerging Cyber Threat Identification and Profiling Based on Natural...
Automated Emerging Cyber Threat Identification and Profiling Based on Natural Language Processing.
Shakas Technologies ( Galaxy of Knowledge)
#11/A 2nd East Main Road,
Gandhi Nagar,
Vellore - 632006.
Mobile : +91-9500218218 / 8220150373| land line- 0416- 3552723
Shakas Training & Development | Shakas Sales & Services | Shakas Educational Trust|IEEE projects | Research & Development | Journal Publication |
Email : info@shakastech.com | shakastech@gmail.com |
website: www.shakastech.com
Facebook: https://www.facebook.com/pages/Shakas-Technologies
((Anatomy of a Security IncidentAttack)) will survey current threat.docx
The document discusses threats to information security, describing threats as originating from either human or natural sources. Human threats can be malicious, such as from hackers seeking to steal information, or non-malicious, as from untrained users. The document uses examples to explain the components of a security incident, including the threat, threat agent, vulnerability exploited, and targeted IT asset. Readers are prompted to provide their own example security incident analysis.
What is the process of Vulnerability Assessment and Penetration Testing.pdf
Elanus Technologies is the Best Vulnerability Assessment and Penetration Testing Company in India providing intelligent cyber security and VAPT services on Web, Mobile, Network and Thick Client.
https://www.elanustechnologies.com/vapt.php
Network Threats and Attacks SubscribeYou have now learne.docx
Network Threats and Attacks
Subscribe
You have now learned about recognizing security threats, vulnerabilities, and how to mitigate them. Almost every day, there are reports of an intrusion, breach of confidentiality, or some other high-profile attack.
Find a news article about a recent network attack (no more than one year ago). Answer the following questions in a paragraph:
What type of attack occurred?
Was the attacker successful in penetrating the system or network?
What, if anything, was the attacker able to access or obtain?
What is the effect to the organization and customers because of the attack?
What can you learn from this incident? If you are the network engineer or the person in charge of the network/infrastructure/data, what would you have done differently to prevent this from happening again?
.
20160831_app_storesecurity_Seminar
This document provides an overview of strategies to defend against malware threats in mobile app ecosystems. It begins with a data flow diagram that maps the flow of data and processes. It then discusses an attacker model and uses STRIDE threat analysis to evaluate spoofing, tampering, repudiation, information disclosure, denial of service, and elevation of privilege threats. Finally, it proposes five lines of defense: app review using automated and manual analysis, reputation mechanisms based on app history, app revocation, device security features, and walled gardens/jails that restrict apps.
Answer the following questions. Each question response should be at .docx
Answer the following questions. Each question response should be at least 1 page, and answer each question fully.
Question 1:
Topic: Common Software Vulnerabilities
Most cyber-attacks happen because vulnerabilities in system or application software. Buffer Overflow, SQL Injection, Code/OS Command Injection, Cross-Site Scripting (XSS), Cross-Site Request Forgery and Race Conditions are very common vulnerabilities. (Refer to both NIST/DHS and MITRE databases of common vulnerabilities (http://nvd.nist.gov/cwe.cfm; http://cwe.mitre.org/top25/).) For this conference, explain what a specific vulnerability is, describe a famous attack that leveraged it (For example, the Morris worm leveraged the buffer overflow vulnerability), and how it can be prevented/minimized.
Question 2:
Topic: Database Security
In this session, you learnt a lot about database security. We will focus three topics for this conference: (1) Inference in ordinary databases or statistical databases, (2) database privacy (through encryption), and (3) cloud security. Please pick one of these three topics and explain in your own words what the problem or issue is, how the issue is being addressed and some of the concerns with the solutions being proposed.
Question 3:
Topic: Attacks on Networks
In this conference, we will focus on typical attacks in the Internet affecting confidentiality, integrity and availability at various layers: Layer 1: Physical; Layer 2: Link; Layer 3: Network; Layer 4: Transport, and Layer 5: Application. (This is IP Layering; in IP layering, roughly Session, Presentation and Application of the OSI layers are combined into a single Application layer). Pick one layer and describe typical attacks in that layer and the controls that are employed in the layer to minimize the attack or vulnerability that leads to the attack. For example, in the link and network layers, there can be packet sniffing attacks, in the IP (network layer), there could be spoofing attacks, and in various layers, there could be denial of service attacks. Be as specific and as complete as possible and cite your reference materials in your response.
.
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Determine how scareware has become a serious threat and why you believe end users often fall victim to this form of hoax.
From the e-Activity, discuss the different famous malware threats, the specifics of each threat, how they worked, why they were or weren’t successful, and how they were eventually defeated. Compare and contrast the two selected malware threats and explain which you believe was the stronger threat and why.
Consider the need for education in protecting against all types of malware. Determine whether or not you believe security departments are properly educating employees on common threats.
Determine whether or not you believe bit torrent sharing networks are a breeding ground for Trojan proliferation and if so, suggest what can be done to mitigate the risks. Justify your response.
Describe the technical and security considerations that should be taken in account when migrating a Web-based e-Commerce application from development to the production environment. Explain the significance and type of testing that would be performed in this scenario.
From the e-Activity, select one of the retail payment systems laws and describe their application into Web-based security. Determine the challenges this presents to U.S. companies in an international context.
.
Introduction to Computer Security
The document provides an introduction to computer security including:
- The basic components of security such as confidentiality, integrity, and availability.
- Common security threats like snooping, modification, and denial of service attacks.
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- An overview of security policies, access control models, and security models like Bell-LaPadula and Biba.
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