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ISFS Information Security Foundation based on ISO/IEC 27002
The ISFS (Information Security Foundation) test is based on the ISO/IEC 27002 standard and is designed to assess the foundational knowledge and understanding of information security concepts, principles, and best practices. Here is a detailed overview of the exam, including the number of questions and time, course outline, test objectives, and test syllabus.
Number of Questions and Time:
The ISFS test typically consists of 40 multiple-choice questions. The duration of the test is 60 minutes.
The ISFS certification course covers various subjects related to information security based on the ISO/IEC 27002 standard. The course outline may include the following components:
1. Introduction to Information Security:
- Information security concepts and terminology
- Importance of information security in modern organizations
- Risk management and its role in information security
2. Information Security Management System (ISMS):
- Overview of the ISO/IEC 27001 standard
- Key elements of an ISMS
- ISMS implementation and certification process
3. Information Security Controls:
- Understanding the ISO/IEC 27002 standard
- Common information security controls and their implementation
- Physical and environmental security measures
- Access control mechanisms
4. Information Security Policies and Procedures:
- Developing information security policies and procedures
- Roles and responsibilities in information security management
- Security awareness and training programs
5. Incident Management and Response:
- Incident management process
- Incident detection, analysis, and response
- Business continuity and disaster recovery planning
6. Compliance and Legal Requirements:
- Legal and regulatory requirements for information security
- Privacy and data protection considerations
- Intellectual property protection
The objectives of the ISFS certification test are to assess the candidate's understanding and knowledge in the following areas:
- Information security concepts, principles, and terminology
- Understanding of the ISO/IEC 27001 standard and ISMS
- Knowledge of information security controls and their implementation
- Ability to develop and implement information security policies and procedures
- Understanding of incident management and response processes
- Knowledge of compliance and legal requirements related to information security
The ISFS test syllabus covers the following topics:
1. Introduction to Information Security
2. Information Security Management System (ISMS)
3. Information Security Controls
4. Information Security Policies and Procedures
5. Incident Management and Response
6. Compliance and Legal Requirements
Information Security Foundation based on ISO/IEC 27002 Exin Information techniques
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Information Security Foundation based on(R) ISO/IEC
https://killexams.com/pass4sure/exam-detail/ISFS Question: 72
Which one of the threats listed below can occur as a result of the absence of a physical
A. A user can view the files belonging to another user.
B. A server shuts off because of overheating.
C. A confidential document is left in the printer.
D. Hackers can freely enter the computer network. Answer: B Question: 73
What is the best description of a risk analysis?
A. A risk analysis is a method of mapping risks without looking at company processes.
B. A risk analysis helps to estimate the risks and develop the appropriate security measures.
C. A risk analysis calculates the exact financial consequences of damages. Answer: B Question: 74
What is the goal of an organization's security policy?
A. To provide direction and support to information security
B. To define all threats to and measures for ensuring information security
C. To document all incidents that threaten the reliability of information
D. To document all procedures required to maintain information security Answer: A Question: 75
The Information Security Manager (ISM) at Smith Consultants Inc. introduces the
following measures to assure information security: - The security requirements for the
network are specified. - A test environment is set up for the purpose of testing reports
coming from the database. - The various employee functions are assigned corresponding
access rights. RFID access passes are introduced for the building. Which one of these
measures is not a technical measure?
A. The specification of requirements for the network
B. Setting up a test environment
C. Introducing a logical access policy
D. Introducing RFID access passes Answer: D Question: 76
A company moves into a new building. A few weeks after the move, a visitor appears
unannounced in the office of the director. An investigation shows that visitors passes grant
the same access as the passes of the companys staff. Which kind of security measure could
have prevented this?
A. A physical security measure
B. An organizational security measure
C. A technical security measure Answer: A Question: 77
You have an office that designs corporate logos. You have been working on a draft for a
large client. Just as you are going to press the button, the screen goes blank. The
hard disk is damaged and cannot be repaired. You find an early version of the design in
your mail folder and you reproduce the draft for the customer. What is such a measure
A. Corrective measure
B. Preventive measure
C. Reductive measure Answer: A Question: 78
You are the owner of the courier company SpeeDelivery. You have carried out a risk
analysis and now want to determine your risk strategy. You decide to take measures for the
large risks but not for the small risks. What is this risk strategy called?
A. Risk bearing
B. Risk avoiding
C. Risk neutral Answer: C Question: 79
Three characteristics determine the reliability of information. Which characteristics are
A. Availability, Integrity and Correctness
B. Availability, Integrity and Confidentiality
C. Availability, Nonrepudiation and Confidentiality Answer: B Question: 80
What action is an unintentional human threat?
B. Theft of a laptop
C. Social engineering
D. Incorrect use of fire extinguishing equipment Answer: D
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Wed, 03 Jan 2024 10:00:00 -0600entext/htmlhttps://www.sciencedaily.com/news/computers_math/information_technology/Data Protection Techniques: Ensuring Stored Information Integrity
Data Protection 101
As threats continue to mount against customer networks, effective approaches to data protection are crucial for ensuring the integrity of stored information. In the event that antivirus, e-mail archiving or other security tools are compromised, or if a system crashes, having reliable backups and a strong disaster recovery plan in place can be a critical difference maker.
There are several approaches and technologies that solution providers can leverage with their offerings to contribute to effective data protection. With a little help from CRN's Channel Encyclopedia, we'll examine various data protection methods, including different backup types, disaster recovery plans and data deduplication.
Data backups are a critical part of the data protection and recovery process. Backing up data enables duplicate copies of data to be stored separately from the primary storage medium and ensures that data is available if the primary storage fails. When it comes to backing up files in a local data repository, there are different data backup types that serve different purposes.
A full backup backs up all of the files in a repository. A differential backup allows the backing up of selected files. An incremental backup backs up files that were changed since the last full backup was done. A delta backup backs up data that has been changed in a file, and not the entire file itself. There are also several service providers that offer hosted, online backups. Storing data off-site through an online backup service or the cloud can be essential to a disaster recovery plan.
Disk And Tape Backup
Backups can be performed on both tape and disk media. Tape backups involve using magnetic tapes to store duplicate copies of data separate from the primary storage medium. Magnetic tape can also be used to move and back up data from one storage array to another.
While the restore process for tape backups can be complex, tape is much less expensive than disk. Disk-based backups aim to reduce backup management complexities by enabling fewer read errors and faster access to data, but are more expensive. Therefore it is common to see storage environments where backups are first done to disk for fast backups and restores, and then to tape for long-term and offsite archiving.
LAN Free Backup
LAN free backup enables data to be backed up without transferring it over the LAN or WAN. LAN free backups can be accomplished with either a separate backup server or with a storage-area network (SAN) in place of a server.
With backup servers, those devices handle the backups separately from the normal LAN traffic of customers' primary servers. A SAN, on the other hand, requires a separate network, typically configured with Fibre Channel, set up specifically for centralizing the storage and management of data.
Deduplication removes duplicate information as data is stored, backed up or archived. It can be done at the file level, where duplicates are replaced with a marker pointing to a copy of the file, and/or at the sub-file or byte level, where duplicates are removed and replaced by pointers, resulting in a significant decrease in storage capacity requirements.
Dedupe products can be classified in several ways. The first is according to where the dedupe takes place. Source dedupe dedupes the data before it is sent across a LAN or WAN. This results in fewer files and less data sent over the network, but affects backup performance because of the processing overhead. However, with new high-performance processors, this is less of an issue.
Target dedupe starts the dedupe after the data is copied onto a destination device such as a virtual tape library. This takes away any overhead related to source dedupe, but requires more capacity at the target to temporarily store the entire data set.
The second type of data deduplication occurs according to when the dedupe process occurs. With in-line dedupe, files are deduped as they are stored on a device. This adds processing overhead to the dedupe process, but does not require extra storage capacity for the dedupe process.
With post-process technology, data is sent to the target device to be deduped. This requires extra capacity to temporarily store the incoming files before they are deduped, but takes the overhead away from the originating storage device.
Disk Mirroring And Storage Replication
Disk mirroring, also known as RAID 1 in a RAID array, is the process of recording multiple copies of data for a fault-tolerant operation to ensure data remains available if one copy is lost or corrupted. Disk mirroring can be done by writing the data on separate partitions of the same disk or on separate disks within the same system.
Storage replication is similar to data mirroring, except that the second and subsequent copies of a data set are done over long distances, typically to a remote location.
The Encryption Algorithm
Cryptography refers to the conversion of data into scrambled code before it is transmitted over a public or private network using an encryption algorithm. The encryption algorithm uses a string of bits known as a "key" to perform the calculations needed to transform the data into a new form which cannot be read without the use of that key. For protecting data in transition, encryption is critical for ensuring confidentiality, integrity and in some cases even authenticity.
Disaster Recovery Planning
A disaster recovery plan is exactly what it sounds like: a plan for duplicating all IT operations in the event of a disaster, such as a fire or flood. Disaster recovery planning ensuring that backed-up data as well as procedures for activating business-critical systems are available in a location located some distance from a user's primary data center. A key element to a disaster recovery plan is testing. Ensuring that backup systems and recovery methods will actually seamlessly restore day-to-day business operations and make the data accessible to all customers and employees is critical.
In addition to the multiple service providers hosting disaster recovery services, there are various cloud computing platforms that also provide disaster recovery capabilities.
Thu, 17 Mar 2011 04:00:00 -0500text/htmlhttps://www.crn.com/slide-shows/storage/229300466/data-protection-techniques-ensuring-stored-information-integrityInformation Security Vs. Cybersecurity: What’s The Difference?
Editorial Note: We earn a commission from partner links on Forbes Advisor. Commissions do not affect our editors' opinions or evaluations.
It’s easy to confuse information security and cybersecurity, as the two areas overlap in many ways. In fact, cybersecurity is a subset of information security. However, the fields are not quite the same, with each featuring distinct specialties and requiring different skill sets.
Read on to learn more about the similarities and differences between information security and cybersecurity.
Information Security vs. Cybersecurity
The National Institute of Standards and Technology (NIST) recognizes information security and cybersecurity as separate career areas. That said, there is certainly an overlap between the two. Below are the key definitions and distinctions of each.
What Is Information Security?
To some degree, nearly everyone wants their personal information to be secure, meaning it can only be accessed and used by authorized individuals. This is the goal of information security (infosec).
Infosec involves the protection of information and information systems against unauthorized use. The field aims to provide availability, integrity and confidentiality.
One way to understand infosec as compared to cybersecurity is to view the field as an umbrella term that includes all data, not just data stored within cyberspace. This demonstrates how cybersecurity is a type of information security, but the two fields are not identical.
Information security teams create and implement policies and systems to protect information. For large organizations, strict security systems are required to protect customers.
What Is Cybersecurity?
Living in the 21st century means much of data is stored in computer systems and networks. This is the case for nearly every industry, and the information must be protected to a high degree. Information security professionals with a cybersecurity focus are responsible for securing this data.
NIST defines cybersecurity as protecting, preventing damage to and restoring electronic communications services and systems. This includes the information stored in these systems, which cybersecurity professionals work to protect.
Cybersecurity covers everything that has to do with electronic systems and communications. Within the field of cybersecurity are subcategories that entail further specialization. These include cloud, network, and critical infrastructure security.
The Biggest Differences
Confusion between information security and cybersecurity can occur since much of the information we want to store, protect and transmit exists in cyberspace. While cybersecurity is a part of information security, certain aspects of information security are not included within the realm of cybersecurity.
Information security is an overarching term for creating and maintaining systems and policies to protect any information—digital, physical or intellectual, not just data in cyberspace.
An information security expert may develop the means of data access by authorized individuals or establish security measures to keep information safe. Cybersecurity, on the other hand, focuses on protecting information from cyberattacks such as ransomware and spyware.
How Information Security and Cybersecurity Overlap
Information security and cybersecurity overlap in many ways. In addition to having similar security practices, these fields also require similar education and skills.
Shared Security Practices
The most significant overlap between infosec and cybersecurity is that they use the CIA (confidentiality, integrity and availability of information) triad model to develop security policies.
The first of the triad is confidentiality, ensuring that information is only accessed and modifiable by authorized users. From a consumer perspective, for example, we expect online retailers to store and protect our data such as credit card information, home addresses and other personal information.
Second, the integrity of information ensures that it has not been tampered with and is entirely reliable. Continuing with the online retailer example, the data transmitted between the retailer and your bank must be secure. Otherwise, there may be a discrepancy between the genuine cost of your goods and the amount you paid.
Finally, availability of information means that the data is available when you need it. For example, if you need to know how much money you have in your bank account, you must be able to access that information.
Related Education and Skills
At a minimum, many careers in infosec and cybersecurity require a bachelor’s degree in cybersecurity, computer science, information technology or a related field. These degrees prepare you with foundational knowledge and skills to help you land a job as an analyst, engineer, specialist or tester.
These careers also call for familiarity with technologies such as database user interface and query software, network monitoring software, virus protection and web platform development.
Many information security and cybersecurity careers use similar or interchangeable language in their job descriptions. This is because employers often want infosec professionals with a broad array of security skills, including those in cybersecurity.
We reference salary data from Payscale in this section.
Information Security Roles
Information Security Analyst
Career Overview: With so much of our valuable information stored on computers, information security analysts often perform similar tasks to cybersecurity analysts. These professionals are responsible for planning, implementing, upgrading and monitoring security measures to protect computer networks and information. They may also create and share reports about security metrics and data breaches.
Average Annual Salary: Over $77,000, according to Payscale
Information Security Specialist
Career Overview: An information security specialist’s role is similar to that of an information security analyst. While day-to-day duties may vary depending on the specific position, these professionals are part of teams that develop and implement information risk management frameworks, standards and policies. They also participate in risk assessments and assist users in accessing databases.
Average Annual Salary: Around $81,000, according to Payscale
IT Security Consultant
Career Overview: As an IT security consultant, you use your infosec experience to assess and recommend improvements to an organization’s information security. Your responsibilities may include supporting, implementing and following up on data privacy improvements, identity access management systems, cybersecurity management and operations.
Average Annual Salary: Over $87,000, according to Payscale
Career Overview:Cybersecurity analysts focus on protecting data from cyberattacks. These professionals perform threat and incident detection and respond to data breaches. Depending on the employer, cybersecurity analysts may develop cybersecurity awareness training and forensic analysis of information systems.
Average Annual Salary: Around $81,000, according to Payscale
Career Overview: A cybersecurity engineer’s role is expansive, overseeing the development of cybersecurity procedures and policies. This job includes building and maintaining firewalls to ensure secure transmission of information, developing security controls to protect digital files and monitoring and responding to security breaches. If you’re wondering how to become a cybersecurity engineer, start with a bachelor’s degree or cybersecurity bootcamp.
Average Annual Salary: Around $102,000, according to Payscale
Career Overview:Penetration testers hackers with good intentions whose efforts Excellerate information protection practices. Through simulated internal and external cyberattacks, these professionals breach and exploit systems and gain access to sensitive information to identify vulnerabilities. They then design and suggest security solutions to address said vulnerabilities. Pen testers also find system weaknesses and suggest improvements to bolster defenses against malicious attacks.
Average Annual Salary: Around $93,000, according to Payscale
Frequently Asked Questions About Information Security vs. Cybersecurity
Is there a difference between cybersecurity and information security?
Yes. Cybersecurity focuses entirely on computer and web-related security. In contrast, information security covers all forms of securing information. Cybersecurity is a type of information security.
Is cybersecurity a subset of information security?
Yes. Information security involves the protection of data across all mediums, and cybersecurity hones in on the protection of data stored in cyberspace.
Mon, 01 Jan 2024 15:37:00 -0600Brandon Galaritaen-UStext/htmlhttps://www.forbes.com/advisor/education/information-security-vs-cyber-security/Management Information Systems Major
Nearly all organizations rely on computer and information technology (IT) to conduct business and to operate efficiently. Computer systems analysts work with specific types of computer systems—for example, business, accounting, and financial systems or scientific and engineering systems—that vary with each type of organization.
Analysts consult with an organization’s managers and users to define the goals of the system and then design a system to meet those goals. Analysts use techniques such as structured analysis, data modeling, information engineering, mathematical model building, sampling, and a variety of accounting principles to ensure their plans are efficient and complete. They also may prepare cost-benefit and return-on-investment analyses to help management decide whether implementing a proposed technology would be financially feasible.
Analysts are increasingly working with databases, networks, object-oriented programming languages, client–server applications, and multimedia and Internet technology. Prospective students should have an aptitude for computers and quantitatively oriented material.
This major is intended to develop analytical and information management skills that are useful in business as well as in public administration. The courses teach our students how to successfully analyze complex business situations quantitatively and to develop and manage information systems for corporations.
Graduates can expect to work in both technical and managerial capacities on development of information technology projects for collecting, managing, analyzing, and acting on business data. For jobs in a business environment, employers often seek applicants with at least a bachelor’s degree in a business-related field such as management information systems (MIS). Increasingly, employers are seeking individuals who have a master’s degree in business administration (MBA) with a concentration in information systems. Technological advances come so rapidly in the computer field that continuous study is necessary to remain competitive.
A degree in Management Information Systems from Rutgers Business School gives graduates the skills they need to work in both technical and managerial capacities. Graduates work on the development of information technology projects for collecting, managing, analyzing, and acting on business data. They work in all kinds of industries, from healthcare to consulting to entertainment. With easy access to New York City from either campus, internships, networking events and alumni are close at hand. Our MSIS alumni are leaders in the Information Systems industry at some of the biggest companies in the world.
Applied Management Analysts
Business and Operations Research Analysts
Computer Security Specialist
Computer Support Specialists
Computer Systems Analysts
Computer Systems Design and Related Services
Production and Inventory Manager
Where graduates are working
Bank of America
Blue Cross Blue Shield
Hewlett Packard Company
Sony Music Entertainment
U.S. Department of Energy
United Parcel Service
According to the 2013 U.S. Bureau of Labor Occupational Outlook Handbook, bachelor’s degree candidates in management analysts received offers with a median salary of $78,600.
How to Apply
Wed, 20 Dec 2017 01:18:00 -0600entext/htmlhttps://www.business.rutgers.edu/undergraduate-newark/management-information-systemsEarning A Master’s In Information Systems: What To Know Before You Enroll
Editorial Note: We earn a commission from partner links on Forbes Advisor. Commissions do not affect our editors' opinions or evaluations.
Earning a master’s in information systems can open the door to many information technology jobs. As technology has become increasingly crucial to everyday life, professionals and consumers rely more and more on databases, search engines and digital financial systems.
Individuals with master’s degrees in information systems help make these systems efficient, effective and functional. This guide explores master’s in information systems degrees, including details on admission requirements, common coursework and career pathways.
What Is a Master’s in Information Systems?
A master’s in information systems covers the planning and implementation of new technologies, typically with a business focus in non-technical courses. These programs usually comprise 30 to 45 credits and take two years to complete, though some schools offer accelerated pathways. Coursework focuses on data management, information visualization, predictive business forecasting and IT infrastructure.
Along with core classes, enrollees can also complete electives in areas like organizational behavior, business conditions analysis and marketing strategy in the global environment. These degrees prepare graduates for information management roles at public and private organizations. Some programs focus on how business leadership intersects with technology, preparing students for advanced IT roles.
Master’s in Information Systems Admission Requirements
Admission requirements for master’s in information systems degrees typically include official transcripts, resumes, letters of recommendation and statements of purpose.
Most universities require a minimum 3.0 undergraduate GPA, though some programs evaluate each applicant holistically without specific GPA requirements. More competitive schools may have higher GPA minimums. Some colleges require candidates to submit GMAT or GRE scores.
Master’s in information systems programs may also require or prefer candidates to have prior work experience. Seasoned professionals may be exempt from GMAT or GRE requirements.
Courses in a Master’s in Information Systems Program
Enrollees explore ways to gather and organize large datasets for business professionals. This course considers ethics, law and policy related to big data, along with methods of storage and use in professional contexts. Coursework bridges the gap between generating concepts and implementing those concepts in real-world business environments.
Students consider how people seek information within large datasets in content management systems to Excellerate usability and effectiveness. Learners analyze existing information structures and become comfortable with deploying and overseeing new content management systems.
Social Media as a Tool
Students consider how to use social media platforms, such as YouTube, Instagram, LinkedIn and Facebook, to recognize market changes and examine consumer trends. Using social media user data requires organized, searchable databases. Enrollees explore content management systems and the database software used to collect and organize big data.
Digital Business Success
This course focuses on contemporary IT subjects like cloud computing and storage, e-commerce integration and data organization methods. Enrollees hone their leadership skills to deliver innovative solutions in real-world tech scenarios. This class prepares students to analyze business data as strategic decision-makers in the workplace.
Enrollees learn to develop scalable infrastructures for organizations. IT infrastructure is composed of three pieces: hardware, software and networking. Learners explore how physical devices, including routers and personal computers, use software to deliver proper functionality in digital communication.
Coursework considers how modern businesses record large datasets in many different contexts, which requires accurate organization. Though IT infrastructure once focused entirely on on-site, physical storage, many companies now use cloud hosting or software-based infrastructure.
In this elective course, degree-seekers learn to draw conclusions from large sets of data. Instructors delve into data mining methods and statistical analysis approaches that best suit business leadership environments. Enrollees may also consider machine learning techniques for pulling and organizing data.
Median Annual Salary: $102,240 Projected Growth Rate (2022–2032): +10% Job Description: Computer systems analysts increase their organizations’ efficiency by researching and implementing new technologies. These professionals Excellerate existing networks by creating hardware- and software-based solutions in information technology. They need technical knowledge relating to data storage, programming and computing power to accurately develop plans and see them through to creation.
Most systems analysts tailor their work to their organization or sector. They handle a broad scope of work, with some analysts focusing on data modeling to create entire systems and others performing practical work relating to testing, debugging and writing code.
Mobile Application Developer
Median Annual Salary: $127,260 Projected Growth Rate (2022–2032): +26% Job Description: These developers design and create applications for mobile platforms like Android and iOS. While there is some overlap, operating systems usually use different coding languages, allowing mobile application developers to specialize in core languages or platforms.
With the shift to mobile communications over the last decade, businesses have increasingly sought the work of these developers to create functional, efficient and user-friendly mobile software. Learn more about this career in our guide on how to become an app developer.
Median Annual Salary: $126,900 Projected Growth Rate (2022–2032): +4% Job Description: Cloud architects handle organizations’ remote data storage. These IT professionals plan and implement cloud storage for companies that store all data on-site. They may also Excellerate existing systems for businesses that have adopted remote storage. Cloud architects must ensure that all parts of a network function properly together, including data management, access management and development of the software itself.
In addition to strong knowledge of cloud computing, this advanced role requires professionals to possess strong communication and collaboration skills. Cloud architects work in teams and may need to assign responsibilities to other IT professionals involved in remote data storage efforts.
Median Annual Salary: $95,290 Projected Growth Rate (2022–2032): +10% Job Description: These professionals analyze organizations’ procedures to provide advice on areas of improvement regarding efficiency, profits and employment. Also known as management analysts, management consultants problem-solve to create solutions for businesses looking to increase profitability.
Most management consultants work for organizations as third-party contractors. They observe businesses and speak with employees to determine areas for improvement before recommending changes.
Median Annual Salary: $112,120 Projected Growth Rate (2022–2032): +8% Job Description: Database administrators develop systems for digital information storage and organization. Professionals who use large datasets rely on this work, which ensures proper functionality and intuitiveness for quick, accurate access. Database administrators oversee existing databases and create new architecture when necessary.
Database administrators in smaller organizations may handle all database-related responsibilities. Within larger companies, these professionals typically specialize their work. For example, some focus on specific applications, like employee performance or customer service software.
Frequently Asked Questions About Information Systems
What do information systems professionals do?
Information systems professionals can handle information security and computer science responsibilities in many different roles. They may safeguard sensitive information for public and private organizations, build websites or analyze computer systems for efficiency.
Does a degree in information systems require coding?
Degrees in information systems typically do not require coding, though experience with writing or testing code may help. Information systems coursework focuses on the big-picture aspects of networks and businesses rather than covering specific coding languages.
What degree do you need for information systems?
Most information systems roles require at least a bachelor’s degree. However, employers may prefer master’s-level candidates for more senior roles in the field.
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