Hardware and Software Integrity

IBM Case Study

In hardware security, the absence of right techniques and equipments increases the risk and chances of failure. In business, it is rarely a great thing. However, all companies must take risks every now and then in cases where they have to explore new avenues of success. They appreciate secure and firm foundations that can minimize those threats. In technology deployment, the extent of security must be persistent. When filtered into more hardware components, the system speed and assistance for maximum change are enhanced. New resources like computerized discovery enhance the use of localized control hardware, which are part of this new and combined security technique. With protected foundations, other levels of protection can be included wherever they are needed. The need to protect data in a participative and sharing world can differ commonly. Protecting the integrity of the process cannot be ignored. The need to guarantee an uncorrupted operating system is essential in situations where the operations of an organization are to proceed as planned (Wright & Kakalik, 2007).

The process of enhancing the security of operating systems and hardware components decreases the threats that may compromise the system. With its hardware, IBM provides new additions to hardware-based protection that can minimize the threats natural in many circumstances like multi-tenant circumstances, such as those found in clouds. Tools to deal with these threats are also designed into IBM as it now is known as, which is properly secured by the hardware components. Like poorly prepared climbers, harmful softwares or viruses cannot find a ground from which to mount an attack. The need for establishing a trusted computer platform is essential, especially in an era where attacks can be executed as breaches or denial of service. The modules developed by IBM have proven to be essential in enhancing the integrity of operating systems within organizations.

1. Why is it essential to have a hardware security foundation?

Most hardware devices are insecure. Some devices deploy security foundations to protect regular hardware programmers from reading stored data like boot-block protection. Reading volatile storage areas can yield plaintext components or temporarily stored data. A hardware security foundation is a vital prerequisite for secure hardware.

2. Identify at least five attacks that cannot be defended with software.

The most popular attacks that cannot be protected with software include:

Breach of Confidentiality -- stealing confidential or private data like trade secrets, credit card numbers, secret formulas, medical information, manufacturing procedures, and financial information

Breach of Integrity refers to the unauthorized data modification that may cause significant direct impacts. For instance, a security code for a program could be modified to open security gaps on the systems of users before being released to the intended people.

Breach of Availability refers to the destruction of information without authorization. This is done often for causing havoc. This violation is mostly manifested in the form of vandalism of websites (Wright & Kakalik, 2007).