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Systems Security Certified Practioner exam Dumps

SSCP exam Format | Course Contents | Course Outline | exam Syllabus | exam Objectives

Exam Title :
ISC2 Systems Security Certified Practitioner (SSCP)

Exam ID :
SSCP

Exam Duration :
180 mins

Questions in exam :
125

Passing Score :
700/1000

Exam Center :
Pearson VUE

Real Questions :
ISC2 SSCP Real Questions

VCE VCE exam :
ISC2 SSCP Certification VCE Practice Test

Access Controls 16%

Implement and maintain authentication methods

- Single/multifactor authentication

- Single sign-on

- Device authentication

- Federated access

Support internetwork trust architectures

- Trust relationships (e.g., 1-way, 2-way, transitive)

- Extranet

- Third party connections

Participate in the identity management lifecycle

- Authorization

- Proofing

- Provisioning/de-provisioning

- Maintenance

- Entitlement

- Identity and Access Management (IAM) systems

Implement access controls

- Mandatory

- Non-discretionary

- Discretionary

- Role-based

- Attribute-based

- Subject-based

- Object-based

Security Operations and Administration 15%

Comply with codes of ethics

- (ISC)² Code of Ethics

- Organizational code of ethics

Understand security concepts

- Confidentiality

- Integrity

- Availability

- Accountability

- Privacy

- Non-repudiation

- Least privilege

- Separation of duties

Document, implement, and maintain functional security controls

- Deterrent controls

- Preventative controls

- Detective controls

- Corrective controls

- Compensating controls

Participate in asset management

- Lifecycle (hardware, software, and data)

- Hardware inventory

- Software inventory and licensing

- Data storage

Implement security controls and assess compliance

- Technical controls (e.g., session timeout, password aging)

- Physical controls (e.g., mantrap, cameras, locks)

- Administrative controls (e.g., security policies and standards, procedures, baselines)

- Periodic audit and review

Participate in change management

- Execute change management process

- Identify security impact

- Testing /implementing patches, fixes, and updates (e.g., operating system, applications, SDLC)

Participate in security awareness and training

Participate in physical security operations (e.g., data center assessment, badging)

Risk Identification, Monitoring, and Analysis 15%

Understand the risk management process

- Risk visibility and reporting (e.g., risk register, sharing threat intelligence, Common Vulnerability Scoring System (CVSS))

- Risk management concepts (e.g., impact assessments, threat modelling, Business Impact Analysis (BIA))

- Risk management frameworks (e.g., ISO, NIST)

- Risk treatment (e.g., accept, transfer, mitigate, avoid, recast)

Perform security assessment activities

- Participate in security testing

- Interpretation and reporting of scanning and testing results

- Remediation validation

- Audit finding remediation

Operate and maintain monitoring systems (e.g., continuous monitoring)

- Events of interest (e.g., anomalies, intrusions, unauthorized changes, compliance monitoring)

- Logging

- Source systems

- Legal and regulatory concerns (e.g., jurisdiction, limitations, privacy)

Analyze monitoring results

- Security baselines and anomalies

- Visualizations, metrics, and trends (e.g., dashboards, timelines)

- Event data analysis

- Document and communicate findings (e.g., escalation)

Incident Response and Recovery 13%

Support incident lifecycle

- Preparation

- Detection, analysis, and escalation

- Containment

- Eradication

- Recovery

- Lessons learned/implementation of new countermeasure

Understand and support forensic investigations

- Legal and ethical principles

- Evidence handling (e.g., first responder, triage, chain of custody, preservation of scene)

Understand and support Business Continuity Plan (BCP) and Disaster Recovery Plan (DRP) activities

- Emergency response plans and procedures (e.g., information system contingency plan)

- Interim or alternate processing strategies

- Restoration planning

- Backup and redundancy implementation

- Testing and drills

Cryptography 10%

Understand fundamental concepts of cryptography

- Hashing

- Salting

- Symmetric/asymmetric encryption/Elliptic Curve Cryptography (ECC)

- Non-repudiation (e.g., digital signatures/certificates, HMAC, audit trail)

- Encryption algorithms (e.g., AES, RSA)

- Key strength (e.g., 256, 512, 1024, 2048 bit keys)

- Cryptographic attacks, cryptanalysis, and counter measures

Understand reasons and requirements for cryptography

- Confidentiality

- Integrity and authenticity

- Data sensitivity (e.g., PII, intellectual property, PHI)

- Regulatory

Understand and support secure protocols

- Services and protocols (e.g., IPSec, TLS, S/MIME, DKIM)

- Common use cases

- Limitations and vulnerabilities

Understand Public Key Infrastructure (PKI) systems

Fundamental key management concepts (e.g., key rotation, key composition, key creation, exchange, revocation, escrow)

- Web of Trust (WOT) (e.g., PGP, GPG)

Network and Communications Security 16%

Understand and apply fundamental concepts of networking

- OSI and TCP/IP models

- Network topographies (e.g., ring, star, bus, mesh, tree)

- Network relationships (e.g., peer to peer, client server)

- Transmission media types (e.g., fiber, wired, wireless)

- Commonly used ports and protocols

Understand network attacks and countermeasures (e.g., DDoS, man-in-the-middle, DNS poisoning)

Manage network access controls

- Network access control and monitoring (e.g., remediation, quarantine, admission)

- Network access control standards and protocols (e.g., IEEE 802.1X, Radius, TACACS)

- Remote access operation and configuration (e.g., thin client, SSL VPN, IPSec VPN, telework)

Manage network security

- Logical and physical placement of network devices (e.g., inline, passive)

- Segmentation (e.g., physical/logical, data/control plane, VLAN, ACLs)

- Secure device management

Operate and configure network-based security devices

- Firewalls and proxies (e.g., filtering methods)

- Network intrusion detection/prevention systems

- Routers and switches

- Traffic-shaping devices (e.g., WAN optimization, load balancing)

Operate and configure wireless technologies (e.g., bluetooth, NFC, WiFi)

- Transmission security

- Wireless security devices (e.g.,WIPS, WIDS)

Systems and Application Security 15%

Identify and analyze malicious code and activity

- Malware (e.g., rootkits, spyware, scareware, ransomware, trojans, virus, worms, trapdoors, backdoors, and remote access trojans)

- Malicious code countermeasures (e.g., scanners, anti-malware, code signing, sandboxing)

- Malicious activity (e.g., insider threat, data theft, DDoS, botnet)

- Malicious activity countermeasures (e.g., user awareness, system hardening, patching, sandboxing, isolation)

Implement and operate endpoint device security

- HIDS

- Host-based firewalls

- Application white listing

- Endpoint encryption

- Trusted Platform Module (TPM)

- Mobile Device Management (MDM) (e.g., COPE, BYOD)

- Secure browsing (e.g., sandbox)

Operate and configure cloud security

- Deployment models (e.g., public, private, hybrid, community)

- Service models (e.g., IaaS, PaaS and SaaS)

- Virtualization (e.g., hypervisor)

- Legal and regulatory concerns (e.g., privacy, surveillance, data ownership, jurisdiction, eDiscovery)

- Data storage and transmission (e.g., archiving, recovery, resilience)

- Third party/outsourcing requirements (e.g., SLA, data portability, data destruction, auditing)

- Shared responsibility model

Operate and secure virtual environments

- Software-defined networking

- Hypervisor

- Virtual appliances

- Continuity and resilience

- Attacks and countermeasures

- Shared storage

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ISC2
SSCP
Systems Security Certified Practioner
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A Black Hat is someone who uses his skills for offensive purpose. They do not seek
authorization before they attempt to comprise the security mechanisms in place.
"Grey Hats" are people who sometimes work as a White hat and other times they will
work as a "Black Hat", they have not made up their mind yet as to which side they
prefer to be.
The following are incorrect answers:
All the other choices could be possible reasons but the best one today is really for
financial gains.
References used for this question:
http://library.thinkquest.org/04oct/00460/crimeMotives.html and
http://www.informit.com/articles/article.aspx?p=1160835 and
http://www.aic.gov.au/documents/1/B/A/%7B1BA0F612-613A-494D-B6C5�
06938FE8BB53%7Dhtcb006.pdf
QUESTION: 371
What best describes a scenario when an employee has been shaving off pennies from
multiple accounts and depositing the funds into his own bank account?
A. Data fiddling
B. Data diddling
C. Salami techniques
D. Trojan horses
Answer: C
Explanation:
Source: HARRIS, Shon, All-In-One CISSP Certification exam Guide, McGraw�
Hill/Osborne, 2001, Page 644.
QUESTION: 372
Java is not:
A. Object-oriented.
B. Distributed.
C. Architecture Specific.
D. Multithreaded.
Answer: C
Explanation:
JAVA was developed so that the same program could be executed on multiple
hardware and operating system platforms, it is not Architecture Specific.
The following answers are incorrect:
Object-oriented. Is not correct because JAVA is object-oriented. It should use the
object- oriented programming methodology.
Distributed. Is incorrect because JAVA was developed to be able to be distrubuted,
run on multiple computer systems over a network.
Multithreaded. Is incorrect because JAVA is multi-threaded that is calls to
subroutines as is the case with object-oriented programming.
A virus is a program that can replicate itself on a system but not necessarily spread
itself by network connections.
QUESTION: 373
What is malware that can spread itself over open network connections?
A. Worm
B. Rootkit
C. Adware
D. Logic Bomb
Answer: A
Explanation:
Computer worms are also known as Network Mobile Code, or a virus-like bit of code
that can replicate itself over a network, infecting adjacent computers.
A computer worm is a standalone malware computer program that replicates itself in
order to spread to other computers. Often, it uses a computer network to spread itself,
relying on security failures on the target computer to access it. Unlike a computer
virus, it does not need to attach itself to an existing program. Worms almost always
cause at least some harm to the network, even if only by consuming bandwidth,
whereas viruses almost always corrupt or modify files on a targeted computer.
A notable example is the SQL Slammer computer worm that spread globally in ten
minutes on January 25, 2003. I myself came to work that day as a software tester and
found all my SQL servers infected and actively trying to infect other computers on
the test network.
A patch had been released a year prior by Microsoft and if systems were not patched
and exposed to a 376 byte UDP packet from an infected host then system would
become compromised.
Ordinarily, infected computers are not to be trusted and must be rebuilt from scratch
but the vulnerability could be mitigated by replacing a single vulnerable dll called
sqlsort.dll.
Replacing that with the patched version completely disabled the worm which really
illustrates to us the importance of actively patching our systems against such network
mobile code.
The following answers are incorrect:
- Rootkit: Sorry, this isn't correct because a rootkit isn't ordinarily classified as
network mobile code like a worm is. This isn't to say that a rootkit couldn't be
included in a worm, just that a rootkit isn't usually classified like a worm. A rootkit is
a stealthy type of software, typically malicious, designed to hide the existence of
certain processes or programs from normal methods of detection and enable
continued privileged access to a computer. The term rootkit is a concatenation of
"root" (the traditional name of the privileged account on Unix operating systems) and
the word "kit" (which refers to the software components that implement the tool). The
term "rootkit" has negative connotations through its association with malware.
- Adware: Incorrect answer. Sorry but adware isn't usually classified as a worm.
Adware, or advertising-supported software, is any software package which
automatically renders advertisements in order to generate revenue for its author. The
advertisements may be in the user interface of the software or on a screen presented
to the user during the installation process. The functions may be designed to analyze
which Internet sites the user visits and to present advertising pertinent to the types of
goods or services featured there. The term is sometimes used to refer to software that
displays unwanted advertisements.
- Logic Bomb: Logic bombs like adware or rootkits could be spread by worms if they
exploit the right service and gain root or admin access on a computer.
The following reference(s) was used to create this question:
The CCCure CompTIA Holistic Security+ Tutorial and CBT and
http://en.wikipedia.org/wiki/Rootkit and
http://en.wikipedia.org/wiki/Computer_worm and
http://en.wikipedia.org/wiki/Adware
QUESTION: 374
Which of the following technologies is a target of XSS or CSS (Cross-Site Scripting)
attacks?
A. Web Applications
B. Intrusion Detection Systems
C. Firewalls
D. DNS Servers
Answer: A
Explanation:
XSS or Cross-Site Scripting is a threat to web applications where malicious
code is placed on a website that attacks the use using their existing authenticated
session status. Cross-Site Scripting attacks are a type of injection problem, in which
malicious scripts are injected into the otherwise benign and trusted web sites. Cross-
site scripting (XSS) attacks occur when an attacker uses a web application to send
malicious code, generally in the form of a browser side script, to a different end user.
Flaws that allow these attacks to succeed are quite widespread and occur anywhere a
web application uses input from a user in the output it generates without validating or
encoding it.
An attacker can use XSS to send a malicious script to an unsuspecting user. The end
user�s browser has no way to know that the script should not be trusted, and will
execute the script. Because it thinks the script came from a trusted source, the
malicious script can access any cookies, session tokens, or other sensitive information
retained by your browser and used with that site. These scripts can even rewrite the
content of the HTML page.
Mitigation:
Configure your IPS - Intrusion Prevention System to detect and suppress this traffic.
Input Validation on the web application to normalize inputted data.
Set web apps to bind session cookies to the IP Address of the legitimate user and only
permit that IP Address to use that cookie.
See the XSS (Cross Site Scripting) Prevention Cheat Sheet See the Abridged XSS
Prevention Cheat Sheet
See the DOM based XSS Prevention Cheat Sheet
See the OWASP Development Guide article on Phishing.
See the OWASP Development Guide article on Data Validation. The following
answers are incorrect:
Intrusion Detection Systems: Sorry. IDS Systems aren't usually the target of XSS
attacks but a properly-configured IDS/IPS can "detect and report on malicious string
and suppress the TCP connection in an attempt to mitigate the threat.
Firewalls: Sorry. Firewalls aren't usually the target of XSS attacks.
DNS Servers: Same as above, DNS Servers aren't usually targeted in XSS attacks but
they play a key role in the domain name resolution in the XSS attack process.
The following reference(s) was used to create this question:
CCCure Holistic Security+ CBT and Curriculum and
https://www.owasp.org/index.php/Cross-site Scripting %28XSS%29
QUESTION: 375
Which of the following should be performed by an operator?
A. Changing profiles
B. Approving changes
C. Adding and removal of users
D. Installing system software
Answer: D
Explanation:
Of the listed tasks, installing system software is the only task that should normally be
performed by an operator in a properly segregated environment.
Source: MOSHER, Richard & ROTHKE, Ben, CISSP CBK Review presentation on
domain 7.
QUESTION: 376
At which of the basic phases of the System Development Life Cycle are security
requirements formalized?
A. Disposal
B. System Design Specifications
C. Development and Implementation
D. Functional Requirements Definition
Answer: D
Explanation:
During the Functional Requirements Definition the project management and systems
development teams will conduct a comprehensive analysis of current and possible
future functional requirements to ensure that the new system will meet end-user
needs. The teams also review the documents from the project initiation phase and
make any revisions or updates as needed. For smaller projects, this phase is often
subsumed in the project initiation phase. At this point security requirements should be
formalized.
The Development Life Cycle is a project management tool that can be used to plan,
execute, and control a software development project usually called the Systems
Development Life Cycle (SDLC).
The SDLC is a process that includes systems analysts, software engineers,
programmers, and end users in the project design and development. Because there is
no industry-wide SDLC, an organization can use any one, or a combination of SDLC
methods.
The SDLC simply provides a framework for the phases of a software development
project from defining the functional requirements to implementation. Regardless of
the method used, the SDLC outlines the essential phases, which can be shown
together or as separate elements. The model chosen should be based on the project.
For example, some models work better with long-term, complex projects, while
others are more suited for short-term projects. The key element is that a formalized
SDLC is utilized.
The number of phases can range from three basic phases (concept, design, and
implement) on up.
The basic phases of SDLC are:
Project initiation and planning Functional requirements definition System design
specifications Development and implementation
Documentation and common program controls
Testing and evaluation control, (certification and accreditation) Transition to
production (implementation)
The system life cycle (SLC) extends beyond the SDLC to include two additional
phases: Operations and maintenance support (post-installation)
Revisions and system replacement
System Design Specifications
This phase includes all activities related to designing the system and software. In this
phase, the system architecture, system outputs, and system interfaces are designed.
Data input, data flow, and output requirements are established and security features
are designed, generally based on the overall security architecture for the company.
Development and Implementation
During this phase, the source code is generated, test scenarios and test cases are
developed, unit and integration testing is conducted, and the program and system are
documented for maintenance and for turnover to acceptance testing and production.
As well as general care for software quality, reliability, and consistency of operation,
particular care should be taken to ensure that the code is analyzed to eliminate
common vulnerabilities that might lead to security exploits and other risks.
Documentation and Common Program Controls
These are controls used when editing the data within the program, the types of
logging the program should be doing, and how the program versions should be stored.
A large number of such controls may be needed, see the reference below for a full list
of controls.
Acceptance
In the acceptance phase, preferably an independent group develops test data and tests
the code to ensure that it will function within the organization�s environment and that
it meets all the functional and security requirements. It is essential that an
independent group test the code during all applicable stages of development to
prevent a separation of duties issue. The goal of security testing is to ensure that the
application meets its security requirements and specifications. The security testing
should uncover all design and implementation flaws that would allow a user to violate
the software security policy and requirements. To ensure test validity, the application
should be tested in an environment that simulates the production environment. This
should include a security certification package and any user documentation.
Certification and Accreditation (Security Authorization)
Certification is the process of evaluating the security stance of the software or system
against a predetermined set of security standards or policies. Certification also
examines how well the system performs its intended functional requirements. The
certification or evaluation document should contain an analysis of the technical and
nontechnical security features and countermeasures and the extent to which the
software or system meets the security requirements for its mission and operational
environment.
Transition to Production (Implementation)
During this phase, the new system is transitioned from the acceptance phase into the
live production environment. Activities during this phase include obtaining security
accreditation; training the new users according to the implementation and training
schedules; implementing the system, including installation and data conversions; and,
if necessary, conducting any parallel operations.
Revisions and System Replacement
As systems are in production mode, the hardware and software baselines should be
subject to periodic evaluations and audits. In some instances, problems with the
application may not be defects or flaws, but rather additional functions not currently
developed in the application. Any changes to the application must follow the same
SDLC and be recorded in a change management system. Revision reviews should
include security planning and procedures to avoid future problems. Periodic
application audits should be conducted and include documenting security incidents
when problems occur. Documenting system failures is a valuable resource for
justifying future system enhancements.
Below you have the phases used by NIST in it's 800-63 Revision 2 document
As noted above, the phases will vary from one document to another one. For the
purpose of the exam use the list provided in the official ISC2 Study book which is
presented in short form above. Refer to the book for a more detailed description of
activities at each of the phases of the SDLC.
However, all references have very similar steps being used. As mentioned in the
official book, it could be as simple as three phases in it's most basic version (concept,
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