Threats And Vulnerabilities Of Itrust

A successful IT system is something that is composed of several different functional components to make it a whole. It takes each component to efficiently work so that the entire system runs smoothly. When one or more parts of the system are not properly working it can affect the entire IT system as a whole and render it completely vulnerable to people with malicious intentions. In this paper I will discuss the role of each component in it and shed some light as to why each is needed.

There is a mess of servers, switches, switches, and inward equipment firewalls. Each of the association's areas is working with diverse data advances and foundation IT frameworks, provisions, and databases. Different levels of IT security and access administration have been actualized and inserted inside their individual areas. The data engineering framework is maturing and numerous areas are running on antiquated fittings and programming. Additionally, the framework is woefully out-of-dated regarding fixes and overhauls which significantly expand the danger to the arrange as far as classifiedness, trustworthiness, and accessibility.

Team “C” was hired by Riordan Manufacturing management to overhaul the security features currently employed by the company. Management outlined a comprehensive plan that included a complete hardware refresh, security best practices and end user training. Team “C” will devote resources to assess the physical and network security issues and concerns at each Riordan plant. Once those have been identified, Team “C” will identify the data security issues and concerns present at each Riordan plant. Finally, Team “C” will address web security issues and concerns present at each Riordan plant and recommend a way forward for the company.

Lab #1 – Part A – List of Risks, Threats, and Vulnerabilities Commonly Found in an IT Infrastructure

Team Delta’s task was to review the iTrust software risk assessment and come up with a security risk assessment. The team was also asked to rank the security risk for each of the four requirements for the iTrust application.

Today, in this highly digitized world, information and data security plays a key role for any organization. And, especially, if the organization is dealing with lots of sensitive data, then it needs to have a robust security system in order to protect the data. For the given organization, the key objective of installing appropriate IT systems will be to deliver better services to its respective customers, keep the track records of all the data that is transacted through the information systems, and thereby subsequently increase the efficiency of all the operational activities of the given organization (Barton, Smith, & Weaver, 2010). It will also help in keeping the financial records of the organization in a more optimized and in a safer way.

Creating and sustaining a competitive advantage in the enterprise software industry requires a myriad of processes, systems and people all orchestrated toward delivering a steady foundation of new technologies. Protecting the current and evolving future technologies, the core intellectual property of a software company, requires an enterprise-wide security strategy (Dutta, Roy, 2008). Cincom Systems, a leader in the development of enterprise software for the complex enterprise, has developed an enterprise-wide series of security strategies that encompass people, processes, hardware, software, hardware and databases. While Cincom has literally hundreds of information systems assets, the most critical to the function of the enterprise have been included in the Asset Inventory and Risk Assessment Table shown at the beginning of this analysis. The assets in the table have been divided into the categories of people, processes, software, hardware and databases. These five categories represent the most critically important areas of the company, in addition to defining the foundations of the enterprise security management strategy (Nnolim, 2007). Each of these five fundamental areas of the company's security strategy is defined in this analysis, including an assessment of how well the integration aspects of their systems are managed from a security standpoint.

Information systems are frequently exposed to various types of threats which can cause different types of damages that might lead to significant financial losses. Information security damages can range from small losses to entire information system destruction. The effects of various threats vary considerably: some affect the confidentiality or integrity of data while others affect the availability of a system. Currently, organizations are struggling to understand what the threats to their information assets are and how to obtain the necessary means to combat them which continues to pose a challenge. The ISF’s Information Risk Analysis Methodology (IRAM) enables organizations to access business information risk and select

20. What are the three categories of information security controls? How is each used to reduce risk for the organization?

This assessment checks for system vulnerabilities influencing, confidentiality, integrity, and the availability of the system. The methods used involved management, operational, and technical controls. The IT security system management team was heavily involved, as well as the operational team that implemented the security mechanisms that took place.

Very little research exists regarding power in information system (IS) security. However, with new policies promulgated over the past 12 years resistance is bound to occur, which makes a fantastic breeding ground for research on how effective the IS policy can be.

This section is targeted at non-technical management. It will highlight vulnerabilities, risks and any impact these vulnerabilities may cause to business continuity. Only the more critical vulnerabilities, which can impact on business continuity or data integrity, will be detailed within this section.

Control Objectives for Information and Related Technology (COBIT). Originally published in 1996, COBIT is a globally recognized framework centered on controls pertaining to IT governance (Burch, 2008). The Information Systems Audit and Control Association (ISACA) established the framework in conjunction with the IT Governance Institute. As the framework has evolved to encompass the management of IT in addition to IT governance, COBIT 5 was unveiled in April of 2012 and declared by ISACA to be “…the only business framework for the governance and management of enterprise IT” (ISACA, 2012c). COBIT 5 for Information Security has also been developed by ISACA and is intended to be an encompassing framework to link together with other frameworks and information security best practices. Such frameworks and standards that COBIT 5 for Information Security is complemented by include ISACA’s Business Model for Information Security (BMIS), the Information Security Forum’s (ISF) Standard of Good Practice, the ISO/IEC 27000 series, NIST SP 800-53a, and PCI-DSS (ISACA, 2012a; ISACA, 2012b).

devices is the lifeblood of the corporation. If the data on these computers is unsecured, the

Information systems and data security to organization has in the recent years increased drastically. A computer can be illustrated as a device that is mainly use to process data into information which is useful to the user. The expert who deal with Information and technology related safety measures are resourceful when it comes to the process of information system and data protection. This will ensure that the data which belongs to companies remain confidential and inaccessible to unauthorized people.