ISO/IEC 9798 Information technology
Information technology (IT) plays a critical role in enabling organizations to compete in today’s global economy. At its heart, IT is about helping businesses manage data, collaborate and communicate with colleagues, and stay ahead of the competition. ISO/IEC 9798:2009 provides the essential foundation for the management of information technology systems.
What is ISO/IEC 9798?
ISO/IEC 9798:2009 is a standard that defines an approach to the management of information technology systems. It provides a framework for planning, controlling, monitoring and assessing the performance of such systems. In other words, it provides the foundation for implementing effective IT management practices.
Why is ISO/IEC 9798 important?
ISO/IEC 9798:2009 is essential because it provides a comprehensive set of standards that can be used to manage all types of information technology systems. It offers a consistent approach to managing different types of technologies, which makes it easier for organizations to integrate these technologies into their overall IT infrastructure. Furthermore, it establishes clear boundaries for what constitutes an acceptable level of performance for information technology systems. As a result, organizations can more easily identify and correct problems with their IT systems.
what is ISO/IEC 9798 Information technology
ISO/IEC 9798:2015 is the latest edition of ISO/IEC 9797:2015, which covers the information technology aspects of the auditing, assurance and control of software. ISO/IEC 9798 provides a comprehensive framework for the assessment and management of software assurance including:
ISO/IEC 9798:2015 was developed to support the needs of both system integrators and software assurance professionals. It contains new or revised chapters on:
ISO/IEC 9798 is an international standard and is available in English, French, Spanish and Russian.
* ISO/IEC 9798 Information technology — Security techniques — Entity authentication
Entity authentication is a key part of any information security strategy. It ensures that only authorized users have access to the data and systems they are supposed to.
There are a number of different methods that can be used to achieve entity authentication. Some of the most common methods include username and password, biometric identification, and digital certificates.
username and password authentication is the most common type of entity authentication. This involves users entering their username and password into a web or application form.
biometric identification is another common method of entity authentication. This involves using physical characteristics such as fingerprints or facial scans to verify the identity of a user.
digital certificates are another commonly used type of entity authentication. This involves verifying the identity of a user by verifying the trust certificate associated with them.
It is important to choose the right method of entity authentication for your needs. Each method has its own advantages and disadvantages.
It is also important to keep track of your passwords and user accounts in order to ensure that they are safe and secure. If you have any questions about entity authentication or security
BS ISO IEC 9798 – Information technology. Security techniques. Entity authentication
Entity authentication is a security technique that is used to verify the identity of a user or entity. Entity authentication can be performed using passwords, biometrics, or tokens.
Password authentication is the most common form of entity authentication. passwords are used to identify users and are typically stored in a secure location. When a user logs in to an application, the system checks to see if the password is valid.
One downside of password authentication is that passwords can be stolen or disclosed. If someone gains access to your password file, they can login to all of your accounts and files.
Another type of authentication is biometric authentication. biometric data (such as fingerprints) can be used to identify users. When a user logs in, the system checks to see if the biometric data matches the data stored in the user profile.
Biometric authentication has several advantages over password authentication. First, it is more secure because it prevents unauthorized access to your account information. Second, it is faster than password authentication because there is no need to enter a password every time you log in.
Tokens are another type of entity authentication tool. Tokens are small pieces of plastic or metal that are unique to each user. When a
Preface of ISO/IEC 9798 Information technology
ISO/IEC 9798:2015 establishes the foundation for the future of information technology with a set of global standards for product and process information management.
ISO/IEC 9798:2015 is an ISO standard that establishes the foundation for the future of information technology with a set of global standards for product and process information management. The 2015 edition builds on the success of ISO 9798:2008, and it continues to evolve to meet the needs of today’s businesses.
ISO/IEC 9798:2015 provides a framework for managing product and process information in an integrated way across different business systems, across geographies, and across time. It defines key concepts and addresses essential issues such as product life cycles, product families, product data models, product data models evolution, cataloging and classification schemes, metadata management, quality management, and enterprise resource planning (ERP).
ISO/IEC 9798:2015 is intended to support organizations in their efforts to improve efficiency, accuracy, traceability, compliance with regulatory requirements, and discoverability of product data. In addition to its important role in information technology management, ISO 9798:2015 can be used in other areas such as supply chain management, warranty tracking, quality assurance/quality
Scope of ISO/IEC 9798 Information technology
ISO/IEC 9798:2015 is a revision of ISO/IEC 9798:2012, which was published in October 2014. The main purpose of ISO/IEC 9798:2015 is to provide a single international standard that covers all aspects of information technology, including information security and privacy.
ISO/IEC 9798:2015 defines four main pillars of information technology: data processing, storage, communication, and application management. Each pillar is divided into sub-pillars, and each sub-pillar is subdivided into chapters.
ISO/IEC 9798:2015 provides detailed definitions for more than 700 terms and phrases. It also provides guidance on how to implement information technology in a safe, secure, and compliant manner.
If you are involved in the design, development, or administration of information technology systems, you should be familiar with ISO/IEC 9798:2015.
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