What are Security Architecture Benefits and its Framework?
It is undisputed that companies require a robust security system to defend themselves against cyber-attacks. Cyber-attacks can cause enormous costs to your business. What are we doing to stop these attacks? This is why we need solid security structures that can help reduce cyber security risks and the cost that may result from these threats.
Security architecture refers to a collection of methods, models, and security concepts that align with your goals and protect your company from cyber-attacks. Security architecture ensures that a business’s requirements are converted into executable security needs. Similar to how architecture is constructed, which requires an analysis of the building’s condition in such aspects as climate, topography, soil type, and customer preferences, the security architect is aware of the defenses, firewalls, network detectors, and a myriad of other aspects.
Every organization is unique, which means that every Security Architecture framework has been developed to meet the specific requirements of an individual business. But, the techniques and guidelines used to address those needs are generally identical for architects of different.
Security architecture architects are given guidelines (frameworks) to work with. Security architecture frameworks are a set of uniform policies and procedures for implementing various levels of a business security architecture. Businesses can choose to develop their frameworks by combining international standard frameworks, for example:
TOGAF, also known as The Open Group Architecture Framework, can help determine the issues concerning an enterprise’s security architecture. Its primary focus is the scope and goal of the business and the first steps in the security framework. TOGAF doesn’t provide any specific instructions on how to tackle security concerns.
SABSA or the Sherwood Applied Business Security Architecture is a framework driven by policies. It aids in defining the critical questions that security architectures can only determine: what, how, what, when, and who. The purpose for SABSA can be achieved through ensuring that, following the creation of security services, they are provided and maintained as an integral component of the IT management process of the company. One drawback, however, is that SABSA does not provide specifics concerning the technical implementation.
On the other hand, the Open Security Architecture (OSA) is a framework related to functional and technical security controls. OSA provides a thorough outline of crucial security elements and principles and issues and concepts that guide the design decisions for secure security architectures. It is important to note that OSA is only employed if the security structure has been created.
Modern technology means that organizations must establish an infrastructure for security to safeguard vital information. This significantly reduces the risk posed by an attacker hacking into an organization’s systems. The main benefit of security design is the ability to transform every unique need into a strategy that can be implemented and help create a safe environment for businesses and is aligned with the latest requirements for security and business standards. Of course, the security architecture is the “holy grail” in that it allows organizations to demonstrate their honesty and trustworthiness to prospective partners. A secure security architecture first and foremost ensures that the three pillars of CIA Triad: Integrity, Confidentiality, and accessibility. As a result, customers or business customers will become more likely to cooperate with and trust an organization.
Security threats are costly to combat. A few of the potential consequences of security breaches include the suspension of manufacturing processes, recalls of products, embarrassing press conferences, and, in the process, damaging reputations and financial loss. The expense of correcting an error discovered at the beginning of the coding process could cost as much as 300 percent. But if the exact error is found in post-release or production phases and fixed, it can cost an additional 3,000. To reduce or eliminate the possibility of mistakes sneaking through the process of developing a product it is recommended to incorporate security at every stage of production. All products should be designed and created safely to reduce zero-day attacks and rush-to-market (therefore costly) patches.
Although the implications of cyber-related breaches vary across the world, it’s a fact that the more an organization attempts to minimize threats and minimize vulnerability, the greater likelihood of positive results in the event of an attack. Compliance with the law will help avoid punitive measures that, in turn, harm a company’s reputation and financial position. Since the introduction of GDPR, regulations have become stricter, and businesses strive to keep their technology in line with these new guidelines. However, technology is also developing rapidly, which means that the legal landscape seeks to keep up with technological advancements. That’s why both sides are constantly changing and tightening the laws and practices.
As a company having a solid security framework and utilizing the right tools and processes to integrate the development process to identify inconsistencies is the best method to ensure that you comply with pertinent regulations and authorities and further safeguard your business from cyber-attacks.
In closing, we must note that a professional should handle these kinds of problems. IT, particularly cybersecurity – is a susceptible area. An experienced guide through the process is crucial to ensure your security is dealt with properly. In the future, well-planned and efficient security structures will assist in systematically managing risks by permitting departments to make swift and more informed decisions and leveraging the industry’s best practices.