Threat modelling is a risk-based approach to designing secure systems. It is based on identifying threats in order to develop mitigation to them. A secure architecture has become the need of the hour for almost everyone. As a result, no one needs any vulnerabilities in their clusters. But is it wise to ad
A secure architecture has become the need of the hour for almost everyone. As a result, no one needs any vulnerabilities in their clusters. But is it wise to add security after a mishap has occurred? What if we can identify potential risks at the time of development itself? This is exactly where Threat Modelling fits almost perfectly while helping organisations excel in creating more secure products.
Threat modelling is a risk-based approach to designing secure systems. It is based on identifying threats in order to develop mitigation to them. Because of cyber security risk increasing and enterprises becoming more aware of their liabilities, software development teams need effective ways to build security into software.
The benefits of a secure environment are numerous thus making the number of benefits for threat modelling increase as well. Although these vary with respect to use cases and other factors, we can find the following listed almost in every situation:
The first focus should always be technical threats rather than broader threats. Broader threats include hacker groups, bad actors, human errors, epidemics and many more. As a result, these kind of threats are uncertain and unpredictable.
Technical threats are much finer and are likely to be weakness in software, missing security controls, or something like authorisation issues. These emerge from the architecture of our systems and as a result, the data flow. Also, multiple technical threats combine to cause a broad threat.
The second essential thing is to take a team based approach. Looking for cracks in a system is not an easy task, and a diverse team perspective will have wider inputs. As a result we will be having better decision making ability. No matter what is being done, there is always going to be one or more security vulnerability to find out. While knowing the architecture always helps, a large set of eyes will always have more chances of finding those vulnerabilities.
Threat modelling also has a great part for product owners. Expecting the developers to find all the vulnerabilities in a product is too much to ask them because they lack the insights of user behaviour and business context that the product owner have. They are always going to have inputs about impact of data loss on the customers and services.
DevOps and Cloud computing are joined at the hip, now that fact is well appreciated by the organizations that engaged in SaaS cloud and developed applications in the Cloud. During the COVID crisis period, most of the organizations have started using cloud computing services and implementing a cloud-first strategy to establish their remote operations. Similarly, the extended DevOps strategy will make the development process more agile with automated test cases.
What is DevOps? How are organizations transitioning to DevOps? Is it possible for organizations to shift to enterprise DevOps? Read more to find out!
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Cybersecurity is a big concern for many companies. With data breaches happening more and more as attacks increase in sophistication, teams are looking at all of the options they have to prevent them.
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