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Exam Code: CAS-002 Practice test 2022 by team
CAS-002 CompTIA Advanced Security Practitioner (CASP)

Exam Title : CompTIA Advanced Security Practitioner (CASP)
Exam ID : CAS-002
Exam Duration : 165 mins
Questions in test : 90
Passing Score : Pass/Fail
Exam Center : CompTIA Marketplace
Real Questions : CompTIA CASP Real Questions
VCE VCE test : CompTIA CAS-002 Certification VCE Practice Test

Enterprise Security 30%
Given a scenario, select appropriate cryptographic concepts and techniques.
1. Techniques
Key stretching
Code signing
Pseudorandom number generation
Perfect forward secrecy
Transport encryption
Data-at-rest encryption
Digital signature
2. Concepts
Chain of trust, root of trust
Cryptographic applications and proper/improper implementations
Advanced PKI concepts
Wild card
Issuance to entities
Key escrow
Implications of cryptographic methods and design
Known flaws/weaknesses
Strength vs. performance vs. feasibility to implement vs. interoperability
3. Implementations
Explain the security implications associated with enterprise storage.
1. Storage type
Virtual storage
Cloud storage
Data warehousing
Data archiving
2. Storage protocols
3. Secure storage management
Dynamic disk pools
LUN masking/mapping
HBA allocation
Offsite or multisite replication
Given a scenario, analyze network and security components, concepts and architectures
1. Advanced network design (wired/wireless)
Remote access
IPv6 and associated transitional technologies
Transport encryption
Network authentication methods
Mesh networks
2. Security devices
Placement of devices
Application and protocol aware technologies
NextGen firewalls
Passive vulnerability scanners
3. Virtual networking and security components
Wireless controllers
4. Complex network security solutions for data flow
SSL inspection
Network flow data
5.  Secure configuration and baselining of networking and security components
Change monitoring
Configuration lockdown
Availability controls
6. Software-defined networking
7. Cloud-managed networks
8. Network management and monitoring tools
9. Advanced configuration of routers, switches and other network devices
Transport security
Trunking security
Route protection
10. Security zones
Data flow enforcement
Separation of critical assets
11. Network access control
12. Operational and consumer network-enabled devices
Building automation systems
IP video
HVAC controllers
Physical access control systems
A/V systems
Scientific/industrial equipment
13. Critical infrastructure/Supervisory Control and Data Acquisition (SCADA)/ Industrial Control Systems (ICS)
Given a scenario, select and troubleshoot security controls for hosts.
1. Trusted OS (e.g., how and when to use it)
2.  Endpoint security software
Spam filters
Patch management
Data loss prevention
Host-based firewalls
Log monitoring
3. Host hardening
Standard operating environment/
configuration baselining
Application whitelisting and blacklisting
Security/group policy implementation
Command shell restrictions
Patch management
Configuring dedicated interfaces
Out-of-band NICs
Management interface
Data interface
Peripheral restrictions
Full disk encryption
4.  Security advantages and disadvantages of virtualizing servers
Type I
Type II
5. Cloud augmented security services
Hash matching
Vulnerability scanning
Content filtering
6. Boot loader protections
Secure boot
Measured launch
Integrity Measurement
Architecture (IMA)
7. Vulnerabilities associated with co-mingling of hosts with different security requirements
VM escape
Privilege elevation
Live VM migration
Data remnants
8. Virtual Desktop Infrastructure (VDI)
9. Terminal services/application delivery services
10. TPM
​11. VTPM
12. HSM
Differentiate application vulnerabilities and select appropriate security controls.
1.  Web application security design considerations
Secure: by design, by default, by deployment
2. Specific application issues
Cross-Site Request Forgery (CSRF)
Session management
Input validation
SQL injection
Improper error and exception handling
Privilege escalation
Improper storage of sensitive data
Fuzzing/fault injection
Secure cookie storage and transmission
Buffer overflow
Memory leaks
Integer overflows
Race conditions
Time of check
Time of use
Resource exhaustion
Data remnants
3.  Application sandboxing
4.  Application security frameworks
Standard libraries
Industry-accepted approaches
Web services security (WS-security)
5. Secure coding standards
6. Database Activity Monitor (DAM)
7. Web Application Firewalls (WAF)
8.  Client-side processing vs.server-side processing
Browser extensions
Java Applets
State management
Risk Management and Incident Response 20%
Interpret business and industry influences and explain associated security risks.
1.  Risk management of new products, new technologies and user behaviors
2. New or changing business models/strategies
Merger and demerger/divestiture
3. Security concerns of integrating diverse industries
4.  Ensuring third-party providers have requisite levels of information security
5.  Internal and external influences
Auditors/audit findings
Regulatory entities
Internal and external
client requirements
Top level management
6.  Impact of de-perimeterization (e.g., constantly changing network boundary)
Given a scenario, execute risk mitigation planning, strategies and controls.
1.  Classify information types into levels of CIA based on organization/industry
2.  Incorporate stakeholder input into CIA decisions
3.  Implement technical controls based on CIA requirements and policies of the organization
4. Determine aggregate score of CIA
5. Extreme scenario planning/worst case scenario
6. Determine minimum required security controls based on aggregate score
7. Conduct system specific risk analysis
8. Make risk determination
Magnitude of impact
Likelihood of threat
Trend analysis
Return On Investment (ROI)
Total cost of ownership
9.  Recommend which strategy should be applied based on risk appetite

10. Risk management processes

11.  Enterprise security architecture frameworks
12.  Continuous improvement/monitoring
13.  Business continuity planning
14. IT governance

Compare and contrast security, privacy policies and procedures based on organizational requirements.

1. Policy development and updates in light of new business, technology, risks and environment changes
2.  Process/procedure development and updates in light of policy, environment and business changes
3.  Support legal compliance and advocacy by partnering with HR, legal, management and other entities
4.  Use common business documents to support security
Risk assessment (RA)/
Statement Of Applicability (SOA)
Business Impact Analysis (BIA)
Interoperability Agreement (IA)
Interconnection Security
Agreement (ISA)
Memorandum Of Understanding (MOU)
Service Level Agreement (SLA)
Operating Level Agreement (OLA)
Non-Disclosure Agreement (NDA)
Business Partnership Agreement (BPA)

5. Use general privacy principles for sensitive information (PII)
6. Support the development of policies that contain

Separation of duties
Job rotation
Mandatory vacation
Least privilege
Incident response
Forensic tasks
Employment and
termination procedures
Continuous monitoring
Training and awareness for users
Auditing requirements and frequency

Given a scenario, conduct incident response and recovery procedures.
1.  E-discovery
Electronic inventory and asset control
Data retention policies
Data recovery and storage
Data ownership
Data handling
Legal holds

2.  Data breach

Detection and collection
Data analytics

3.  Design systems to facilitate incident response

Internal and external violations
Privacy policy violations
Criminal actions
Insider threat
Non-malicious threats/misconfigurations
Establish and review system, audit and security logs

4.  Incident and emergency response
Chain of custody
Forensic analysis of compromised system
Continuity Of Operation Plan (COOP)
Order of volatility

Research and Analysis 18%

Apply research methods to determine industry
trends and impact to the enterprise.

1. Perform ongoing research

Best practices
New technologies
New security systems and services
Technology evolution (e.g., RFCs, ISO)

2. Situational awareness
Latest client-side attacks
Knowledge of current vulnerabilities and threats
Zero-day mitigating controls and remediation
Emergent threats and issues

3.  Research security implications of new business tools
Social media/networking
End user cloud storage
Integration within the business

4. Global IA industry/community

Computer Emergency Response Team (CERT)
Threat actors
Emerging threat sources/ threat intelligence

5. Research security requirements for contracts

Request For Proposal (RFP)
Request For Quote (RFQ)
Request For Information (RFI)

Analyze scenarios to secure the enterprise.
1. Create benchmarks and compare to baselines
2. Prototype and test multiple solutions
3. Cost benefit analysis

​4. Metrics collection and analysis
5. Analyze and interpret trend data to anticipate cyber defense needs
6.  Review effectiveness of existing security controls
7.  Reverse engineer/deconstruct existing solutions
8.  Analyze security solution attributes to ensure they meet business needs


9. Conduct a lessons-learned/after-action report
10. Use judgment to solve difficult problems that do not have a best solution

Given a scenario, select methods or tools appropriate
to conduct an assessment and analyze results

1. Tool type

Port scanners
Vulnerability scanners
Protocol analyzer
Network enumerator
Password cracker
HTTP interceptor
Exploitation tools/frameworks
Passive reconnaissance and intelligence gathering tools
Social media
Routing tables

2. Methods

Vulnerability assessment
Malware sandboxing
Memory dumping, runtime debugging
Penetration testing
Black box
White box
Grey box
Code review
Social engineering

Integration of Computing, Communications and Business Disciplines 16%

Given a scenario, facilitate collaboration across diverse
business units to achieve security goals.

1.  Interpreting security requirements and goals to communicate with stakeholders from other disciplines

Sales staff
Database administrator
Network administrator
Management/executive management
Human resources
Emergency response team
Facilities manager
Physical security manager

2.  Provide objective guidance and impartial recommendations to staff and senior management on security processes and controls
3. Establish effective collaboration within teams to implement secure solutions
4.  IT governance

Given a scenario, select the appropriate control to secure
communications and collaboration solutions.

1. Security of unified collaboration tools

Web conferencing
Video conferencing
Instant messaging
Desktop sharing
Remote assistance
Collaboration sites
Social media

2.  Remote access
3. Mobile device management


​4. Over-the-air technologies concerns

Implement security activities across the technology life cycle.
1.  End-to-end solution ownership
Operational activities
Asset disposal
Asset/object reuse
General change management

2. Systems development life cycle
Security System DevelopmentLife Cycle (SSDLC)/Security Development Lifecycle (SDL)
Security Requirements Traceability Matrix (SRTM)
Validation and acceptance testing
Security implications of agile, waterfall and spiral software development methodologies

3.  Adapt solutions to address emerging threats and security trends
4. Asset management (inventory control)

Device tracking technologies
Geo-location/GPS location
Object tracking and containment technologies

Technical Integration of Enterprise Components 16%

Given a scenario, integrate hosts, storage, networks and
applications into a secure enterprise architecture.

1.  Secure data flows to meet changing business needs
2. Standards

Open standards
Adherence to standards
Competing standards
Lack of standards
De facto standards

3.  Interoperability issues

Legacy systems/current systems
Application requirements
In-house developed vs. commercial vs. commercial customized

4.  Technical deployment models (outsourcing/insourcing/managed services/partnership)

Cloud and virtualization considerations and hosting options
Private 
Single tenancy
Vulnerabilities associated with a single physical server hosting multiple companies’ virtual machines
Vulnerabilities associated with a single platform hosting multiple companies’ virtual machines
Secure use of on-demand/ elastic cloud computing
Data remnants
Data aggregation
Data isolation
Resources provisioning and deprovisioning
Virtual devices
Securing virtual environments, services, applications, appliances and equipment
Design considerations during mergers, acquisitions and demergers/divestitures
Network secure segmentation and delegation

5. Logical deployment diagram and corresponding physical deployment diagram of all relevant devices
6.  Secure infrastructure design (e.g., decide where to place certain devices/applications)
7. Storage integration (security considerations)
8. Enterprise application integration enablers

Directory services

Given a scenario, integrate advanced authentication and
authorization technologies to support enterprise objectives.

1. Authentication
Certificate-based authentication
Single sign-on

2. Authorization


​3. Attestation
4. Identity propagation
5. Federation


6.  Advanced trust models
RADIUS configurations
CompTIA Advanced Security Practitioner (CASP)
CompTIA Practitioner test Questions
Killexams : CompTIA Practitioner test Questions - BingNews Search results Killexams : CompTIA Practitioner test Questions - BingNews Killexams : Eastern Illinois University: MS in Cybersecurity

Why Study Cybersecurity at EIU?

Strong Job Outlook

According to the Bureau of Labor Statistics, the employment opportunities for Information Security Analysts is expected to increase at a much higher than average rate over the next decade, at 18% from 2014-2024. Similarly, The Illinois Department of Employment Security projects over 30% growth in the profession from 2012-2022. There is significant and growing demand for professionals with an information security background, and not enough supply of graduates to meet this demand. The M.S. in Cybersecurity is designed for working professionals with a general information technology background to specialize in this growing field to help to fill the projected demand for security expertise and to provide accessible professional growth opportunities for Illinois professionals and those from other areas interested in cybersecurity.

Clear and Marketable Career Path

The cybersecurity program prepares our students to become leaders and technical managers in cybersecurity, which requires solid understanding of security technology and organizational management principles and practices in order for graduates to make sensible and responsible decisions. Typical positions include (but are not limited to):

Cybersecurity Consultant

Network Security Specialist

Information Assurance Specialist

Computer Security System Analyst

Web Security Engineer

Information Security Officer

Information Security Operations Manager

Cybersecurity Administrator

Identity Management Analyst

IT Security Manager

Well-Rounded Curriculum

The M.S. in Cybersecurity requires successful completion of 32 semester hours of coursework. The program courses are designed to provide a well-rounded balance among technical, administrative and design applications in cybersecurity. Because of its focus on practitioners, the decision was made to offer a culminating residential capstone experience, rather than require completion of a thesis. This comprehensive course will separate students into teams that use the knowledge acquired throughout the program to design, implement and administrate security for a computer network. Each team will then be tasked with breaking into another team's defense system. Post-exercise, evaluation will include discussion, team presentations, and written reports applying program concepts to evaluate the experience, describe lessons learned, produce an IT risk assessment and security audit, and develop organizational security policies and plans.

Cybersecurity Growth Opportunities

The EIU Cybersecurity program is designed to prepare graduates to take relevant certification exams, specifically CISCO Certified Systems Security Professional (CISSP), and the COMPTIA Security+. According to the National Initiative for Cybersecurity Education (NICE), are requisites for entering and performing successfully in the cybersecurity profession. Online laboratories will allow students to practice at their convenience so they can growth at their own pace or experiment with alternatives not discussed in class or as part of special assignments or projects.

Dedicated and Highly Qualified Faculty

Faculty in the program have all experience teaching technology security related courses at the undergraduate and the master's levels but a combination of certifications and technical courses aimed to teach practical technological applications. They are actively engaged in professional development and research in their respective specialized areas. Faculty members are always dedicated to the true success of the students.

Extensive Engagement Opportunities

Students in the M.S. in Cybersecurity will have the opportunity to attend, publish and/or present their course special projects or research in this annual conference aimed to engage and interchange professional experiences with other professionals in cybersecurity. In addition, former EIU cybersecurity students working as cybersecurity specialists in top notch companies (i.e. Google, AT&T) will be invited to share their experiences via online conferences at which our students can ask questions regarding their future opportunities as cybersecurity specialists.

Eastern Illinois University: MS in Cybersecurity

Charleston, IL


Thu, 28 Jul 2022 12:00:00 -0500 en text/html
Killexams : Data and IT Certifications and Credentials

IT Credentials That Qualify for Transfer Credits

Receive credit for these IT courses

Microsoft 98-381 Introduction to Programming Using Python

IT-140 Introduction to Scripting


CS-200 Computer Science’s Role in Industry

To qualify for transfer credits, students must initiate their request within 3 years of passing their IT certification exam.

To learn more about this Microsoft certification exam, 98-381 Introduction to Programming Using Python, visit Microsoft Learning’s certification test page.

To validate your certificate:

Microsoft Certification exams passed and certifications earned become part of your Microsoft Certified Profession (MCP) members official transcript, which can be shared with potential employers and universities. Microsoft offers MCP members a tool called Transcript Sharing, which can be accessed from the benefits and exams dashboard.

You must create an access code and share both the access code and transcript ID with the URL to SNHU. Your admission counselor or academic advisor will use the URL and the 2 codes to view your Microsoft transcript.

Tue, 17 Apr 2018 10:17:00 -0500 en text/html
Killexams : Cybersecurity job opportunities in India

The field of cybersecurity is developing quickly and gaining ground. Cybersecurity has attracted a lot of attention, from representations in television shows and motion pictures to job openings, intensive training programmes, and university courses everywhere. One might question why this occurred, but the reason is not that difficult to understand. While network administrators and software engineers are more popular and well-known IT jobs, cyber security jobs are less prevalent but are rapidly gaining in significance. Organisations are becoming more and more susceptible to hacking and cyber-attacks as a result of the increased Internet-based computing and connectivity brought about by our global economy. A firm must employ cyber security personnel in the same way that it may hire protection even if a local police force is present.

A career in cybersecurity entails entering a burgeoning field where there are more open positions than qualified applicants. The US Bureau of Labor Statistics predicts a 33 percent growth in the number of cybersecurity positions between 2020 and 2030. More specialised professions are emerging as the relevance of cybersecurity increases. Starting off as a cybersecurity analyst gives you the chance to explore the information security industry according to your interests and design the career path that’s best for you.

Cyber Security Jobs in India

1. Network Security Engineer

Every firm must have a network security engineer in that role. This person makes sure the organization’s security systems are put in place to stop and counter threats. They are mostly in charge of system maintenance, vulnerability detection, and automation enhancement. They also supervise the upkeep of VPNs, firewalls, routers, and switches, as well as a variety of network monitoring tools (virtual private networks). Security consultants are typically engaged by small organisations that can’t yet afford to tackle their security issues or even by giant MNC’s to function as an unbiased perspective for their security challenges. This role can be referred to as a stepping stone within the sector.

2. Cyber Security Analyst

A cyber security analyst aids in the development, implementation, and improvement of security controls and measures. To make sure there are no gaps or signs of security breakdowns, they regularly monitor security access and carry out internal and external security audits. In addition to monitoring the network, a cyber security analyst is in charge of performing vulnerability assessments, risk analysis, and security evaluations. Along with these duties, the analyst also instructs coworkers on security awareness and protocols so they are informed of the best practises to adhere to in order to prevent security breaches.

3. Security Architect

A security architect is essential to their company’s design of the network and computer security architecture. The security architect contributes to the planning, investigation, and design of security components. A company’s security system is open to attacks without a security architect. The security architect starts by developing a plan based on the requirements of the business, and then collaborates with the programming team to generate the finished product. In addition to creating the architecture, they also decide on the corrective action to take in the event of failures and design company policies and procedures for how their personnel should use the security systems. Planning, implementing, and testing security solutions are the responsibilities of the security architect. They are in charge of guarding the data against malware, DDoS attacks, and hackers.

Given the seniority of the post, sufficient training and certification are expected. The security architect’s responsibility is to use the right firewalls to safeguard the network.

Skills to develop:

Critical thinking

IT networking

System administration

Risk assessment

4. Cyber Security Manager

The upkeep of security procedures across the company is the responsibility of cyber security managers. They supervise a group of IT specialists to assure the highest levels of data security, and they develop ways to strengthen network and Internet security related to various projects. A cyber security manager will also regularly assess the present security rules to make sure they are still relevant in light of new threats. To ensure that there are no security gaps, they also do routine checks on all servers, switches, routers, and other linked devices.

5. Cloud Security Engineer

An organization’s cloud-based networks and systems are created, maintained, and continually improved by a cloud security engineer. They manage the organization’s fundamental infrastructure, platforms, and software as well as all of its cloud computing environments. Additionally, they offer security guidance for service and application development.

6. Information Security Manager

A manager of information security finds vulnerabilities that leave information systems open to assault. They are in charge of finding and averting cyber dangers in the data, computers, and networks of the business. Businesses who disregard data protection regulations and fail to protect sensitive consumer information risk suffering significant damages. As a result, big businesses employ information security managers to guard against hacking into their networks, systems, and data.

7. Cybersecurity Engineer

An engineer in cybersecurity develops and implements secure network solutions. Cybersecurity engineers are a crucial component of the system since they may boost technological initiatives and advance them. Companies respect the comprehensive knowledge and expertise that these professionals bring to the table because there is a significant demand-supply gap in the workforce competencies needed for this role.

8. Application Security Engineer

The stability of an organization’s internal and external applications is overseen by an application security engineer. They would be very knowledgeable and skilled in handling the compliance and privacy issues of third-party apps like Azure or AWS. Any company that wants to use such software in its regular operations should employ these cybersecurity experts. Engineers in application security also guard against online dangers that compromise the reliability of the overall application architecture.

9. Ethical Hackers

Organizations can benefit greatly from ethical hackers since they have a wealth of intuitive knowledge and the ability to decipher the reasoning behind other hackers. They examine and analyse the applications, systems, and network vulnerabilities. Depending on the requirements of the firm, they also perform security tests on a daily, weekly, monthly, or quarterly basis. The market for ethical hackers is expanding because they offer insider knowledge to shield firms from sophisticated cyberattacks. An ethical hacker or penetration tester scans IT systems for vulnerabilities. Security experts use penetration testing as a technique to proactively identify any weaknesses in systems.

10. Incident Manager

An incident manager chooses the best tools and experts to deal with security issues in a business. When something goes wrong, they establish teams and accept full responsibility for the outcomes. Consequently, it is an executive-level position that necessitates leadership potential and analytical skills. Normally, you can move up to this managerial position after earning the necessary certifications that prove your abilities.

Skills to develop:

Attention to detail

Technical writing and documentation

Intrusion detection tools

Forensics software

11. Cybersecurity Consultant

An independent cybersecurity consultant assists companies with their cybersecurity concerns. You must demonstrate your potential to employers and have sufficient industrial experience in addition to professional qualifications for this. The majority of businesses typically employ cybersecurity experts on a contract basis. The adaptable and tech-savvy security consultant safeguards the assets and data of the company. In all sectors, they comprehend and evaluate alternative security measures. The vulnerability test and other tests are chosen by the security consultant to safeguard the computer, network, and data. When necessary, they are also able to offer technical advice.

Skills to develop:

Penetration and vulnerability testing

Threat management

Operating systems


12. Forensics Analyst/Investigator

Analysts in forensics concentrate on cybercrime, an increasing phenomenon. They collaborate with organisations in the public and private sectors that are involved in law enforcement. Computer forensic analysts are required to preserve a thorough record of their investigations and frequently testify in court.

You must be meticulous in this capacity when handling the evidence, and you must even teach the first responders how to handle electronic evidence like computers, hard discs, or portable devices.

13. Chief Information Security Officer (CISO)

Over 80% of businesses now have a CISO on the management team, according to a PWC survey. This pattern demonstrates how businesses are becoming more conscious of the dangers posed by cybercrimes and the potential harm they may create. The CISO is a senior executive who makes sure the organization’s technology, operations, and vision are all in line with the cyber security plan. In order to prevent security breaches, the CISO collaborates with the staff to identify, create, implement, and maintain processes across the whole enterprise. They respond to incidents and implement the necessary standards and procedures to reduce security risks without interfering with business operations. They are in charge of directing the organization’s security policies and practises during implementation. A CISO often oversees an organization’s IT security section, making it one of the more senior roles up for grabs in the cyber industry. They are directly responsible for planning and managing all of the business’s security-related requirements and concerns.

They collaborate with higher management to develop specific plans to protect the company’s cybersecurity. Large organisations demand that CISOs have a master’s degree in cybersecurity, while most of them hold a bachelor’s degree in cybersecurity along with a few years of experience.

Skills to develop:

Project management

Risk management



Common certifications: 

Certified Information Security Manager (CISM),

GIAC Certified Project Manager (GCPM),

CISSP (Certified Information Systems Security Professional)

CompTIA Security+

Offensive Security Certified Professional(OSCP)

Systems Security Certified Practitioner (SSCP) Certified Security Consultant (CSC)

Certified Information Systems Security Professional (CISSP)

Google Professional Cloud Security EngineerGIAC Certified Incident Handler (GCIH)

EC-Council Certified Incident Handler (ECIH)

Certified Computer Examiner (CCE)

Certified Computer Forensics Examiner (CCFE)

Wed, 27 Jul 2022 17:27:00 -0500 en text/html
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