![]() Security solutions that effectively protect the cloud without sacrificing a significant portion of overhead are essential to meet the goals of all stakeholders. With the continued push to the cloud, data security, growing cyberthreats and cost reduction will all remain top of mind for CIOs, CTOs, CFOs and shareholders. Considering The Total Cost Of Ownership Of Cybersecurity In The Future For instance, stakeholders can move some of their workloads on virtual machine instances to serverless systems, as serverless deployments typically have more secure default settings.Ĭome renewal time, these business leaders can carefully evaluate new security solutions and choose one that keeps high cloud costs at bay. Within infrastructures, there are options to run high-performance workloads securely without incurring high expenses. In such cases, company leaders might opt to prioritize instances where security is absolutely required over instances where security is less pressing. Retroactive Testing And Resource Prioritizationīusiness leaders who have already purchased security solutions may consider retroactively testing their workloads and, if the metrics aren’t up to par, changing vendors with better performance capabilities.īut some business leaders that have already purchased security solutions are contractually obligated to stay with those solutions, despite incurring substantial cloud costs. Will need more cloud resources to continue supporting the same load that its customer base is putting on its cloud infrastructure. If stakeholders see that those systems experience significant performance degradation with the security solution in place, that’s an indication that their cloud spend will likely rise if they ultimately purchase that solution. Various benchmarking frameworks available for web servers enable stakeholders to run tests comparing the performance of workloads with or without a prospective security solution applied to those systems. A basic test such as this can determine whether a solution will have a noticeable performance impact and if further testing is needed.įor instance, say a company is running multiple web servers in the cloud. Or, if using such tools is not possible, they can test a solution on their most demanding workloads and verify that the systems still perform properly. Since it is not realistic to know the exact performance impact a security solution can have on a workload before it is installed, business leaders should try to secure trial runs of security solutions before signing contracts.īy doing this, stakeholders can compare and contrast performance with and without the proposed security solution, ideally by using available testing tools on the market. These metrics directly impact costs and are billed at well-defined rates by cloud vendors. Other important metrics include memory usage (how much memory will be used on a system once the security solution is installed) and disk space usage (how much disk space will be used by a security solution deployed in an infrastructure). Understanding these metrics allows a user to determine the impact that a security solution will have on their workload and what additional cloud resources would be required to achieve the same performance when considering degradation incurred from a security service. For a web server, they can determine the number of web requests per second it is capable of. In this case, stakeholders can determine the number of transactions per second it can handle. One important metric to consider is how much work their services can accomplish in a certain amount of time when a security solution is in place. ![]() But to avoid cloud overspending, there are metrics business leaders can capture to help estimate the total costs of security solutions before making a purchase. Of course, it is difficult to get a complete and accurate picture of the total cost of ownership of a security solution pre-implementation.
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