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The curriculum of the EITC/IS/ACSS Advanced Computer Systems Security covers knowledge and practical skills in mobile smart devices security, security analysis, symbolic execution, networks security (including web security model and secure channels and security certificates), practical implementations in real-life scenarios, security of messaging and storage, as well as timing attacks within the following structure, encompassing comprehensive video didactic content as a reference for this EITC Certification.
Advanced computer systems security goes beyond introductory notions. The curriculum first covers mobile devices security (including security of mobile apps). The curriculum then proceeds to formal security analysis, which is an important aspect of advanced computer systems security, with a main focus set on symbolic execution. Further the curriculum discusses introduction to networks security, including introduction of the web security model, networking security, definition and theory of secure channels, as well as security certificates. Furthermore the curriculum addresses practical implementation of information security, especially considering real life scenarios. It then proceeds to discussing certain areas of security applications, namely communication (messaging), and storage (with untrusted storage servers). It concludes on discussing advanced computer systems security threats in the form of the CPU timing attacks.
Protecting computer systems and information from harm, theft, and illegal use is generally known as computer systems security, sometimes also referred to as cybersecurity. Serial numbers, physical security measures, monitoring and alarms are commonly employed to protect computer gear, just as they are for other important or sensitive equipment. Information and system access in software, on the other hand, are protected using a variety of strategies, some of which are fairly complicated and requiring adequate professional competencies.
Four key hazards are addressed by the security procedures associated with computer systems’ processed information and access:
The most basic method of safeguarding a computer system from theft, vandalism, invasion of privacy, and other irresponsible behavior is to track and record the various users’ access to and activity on the system. This is often accomplished by giving each person who has access to a system a unique password. The computer system may then trace the use of these passwords automatically, noting information like which files were accessed with which passwords, and so on. Another security technique is to keep a system’s data on a different device or medium that is ordinarily inaccessible via the computer system. Finally, data is frequently encrypted, allowing only those with a single encryption key to decode it (which falls under the notion of cryptography).
Since the introduction of modems (devices that allow computers to interact via telephone lines) in the late 1960s, computer security has been increasingly crucial. In the 1980s, the development of personal computers exacerbated the problem by allowing hackers (irresponsibly acting, typically self-taught computer professionals, bypassing computer access restrictions) to unlawfully access important computer systems from the comfort of their own homes. With the explosive rise of the Internet in the late twentieth and early twenty-first centuries, computer security became a major concern. The development of enhanced security systems tries to reduce such vulnerabilities, yet computer crime methods are always evolving, posing new risks.
Asking what is being secured is one technique to determine the similarities and differences in computer systems security.
As an example,
It’s critical to recognize the differences between these terms, even if there isn’t always a clear understanding of their definitions or the extent to which they overlap or are interchangeable. Computer systems security refers to the safeguards put in place to ensure the confidentiality, integrity, and availability of all computer systems components.
The following are the components of a computer system that must be protected:
The CIA Triad is primarily concerned with three areas of computer systems security:
Information and computer components must be useable while also being safeguarded against individuals or software that shouldn’t be able to access or modify them.
Most frequent computer systems security threats
Computer systems security risks are potential dangers that could disrupt your computer’s routine operation. As the world becomes more digital, cyber risks are becoming more prevalent. The following are the most dangerous types of computer security threats:
These are perhaps the most prevalent security risks one may encounter recently. There are more, such as malware, wabbits, scareware, bluesnarfing, and many others. There are, fortunately, techniques to defend computer systems and their users against such attacks.
We all want to keep our computer systems and personal or professional information private in this digital era, thus computer systems security is essential to protect our personal information. It’s also critical to keep our computers secure and healthy by avoiding viruses and malware from wreaking havoc on system performance.
Practices in computer systems security
These days, computer systems security risks are growing more and more innovative. To protect against these complicated and rising computer security risks and stay safe online, one must arm themselves with information and resources. One can take the following precautions:
Aside from these, there are a slew of other professional approaches to safeguard computer systems. Aspects including adequate security architectural specification, encryption, and specialist software can help protect computer systems.
Regrettably, the number of cyber dangers is rapidly increasing, and more complex attacks are appearing. To combat these attacks and mitigate hazards, more professional and specialized cybersecurity skills are required.
To acquaint yourself with the curriculum you can analyze the contents table, view demo lessons or click on the button below and you will be taken to the Certification curriculum description and order page.
The EITC/IS/ACSS Advanced Computer Systems Security Certification Curriculum references open-access didactic materials in a video form. Learning process is divided into a step-by-step structure (programmes -> lessons -> topics) with examination preparations supported by partial quizes included into each curriculum referenced learning step. Unlimited consultancy with domain experts are also provided.
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