Performance and Resilience Engineering In The Post-Covid Era

Post Covid, our life and work are going through a major change. There is no doubt, it is having a great impact on every aspect of our work and workplace. Consequences of that digital adoption is becoming mandatory. The acceleration in digital adoption in post Covid era leads to enormous potential in continuous performance and resilience engineering field. Rightsizing the IT infrastructure for maintaining current and future demands and ensuring best end-user experience in terms of speed, scalability, stability, availability, resilience is the need of the hour. It must be a continuous process to improve constantly to survive in the market.

In this blog article, I will talk about why there is an increased potential in performance and resilience engineering field post in the Covid era.

Ensuring Enhanced End-user Experience:

Ensuring enhanced end-user experience in post Covid era is a mandatory. Enhanced end-user experience induces end-users to remain loyal and assists in convert others. Speed, scalability, stability, availability, resilience are necessary things for ensuring enhanced end-user experience. To meet enhanced end-user experience, continuous performance and resilience engineering is now mandatory every time application goes live. In today’s digital world, end-users are increasingly interacting with the applications, services or digital processes while simultaneously communicating with other users as part of a social-media-enabled community. Delivering enhanced end-user experience while leveraging a variety of components of digital ecosystem is considered as business success which assists to do business in long run. Overall, there is an increased potential in performance and resilience engineering field post Covid era for ensuring enhanced end-user experience.

Confirming Consistency & Confidence:

Organisations are now very much anxious about reliability. To improve application reliability, organizations must ensure resilience in addition with other factors like functionality, performance, stability, usability, accessibility etc. Continuous resilience testing ensures to find and fix any issues/errors/defects and resolve them before it goes to production. Overall, it can assist to reduce the downtime and increased the error budget. Organizations are now conducting continuous resilience engineering in addition with continuous performance engineering to understand how the system handles failure for confirming better consistency. Better consistency boosts confidence. As a result, organizations can create their own brand identity. No doubt, there is an increased potential in performance and resilience engineering field post Covid era for confirming consistency and confidence.

Cost-effectiveness:

Continuous performance and resilience engineering not only optimize server resources but also protects many times from unforeseen scenarios. These all leads to cost saving for both the on-premises and cloud solutions. Overall, Continuous performance & resilience engineering is highly cost-effective both in terms of tangible and intangible benefits perspective.

Superior Sustainability:

Continuous performance and resilience engineering also assist in better sustainability and less carbon footprint. One-way, the faster the application or websites, it uses less data to serve the request and the less carbon it will omit. Another-way, the more optimized the server resources, it consumes less energy which is also better for our environment. Continuous performance and resilience engineering always try to optimize server resources, improved the performance by continuous web performance optimization both at client-side and server-side.

Conclusion:

In a nutshell, there is an increased potential in performance and resilience engineering field post Covid era due to acceleration in digital adoption for enhanced end-user experience, improved reliability, cost savings and reduced carbon footprint. Overall, this creates trust and reliability which can assist organization to endure in the market for long.


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About the Author

Arun Kumar

Arun earned a degree in Computer science from Govt. Engg. College, India. He is having 14+ years of working and managing E2E testing delivery experience in different types of applications. He has a keen interest in reading and writing different technical papers. He has been selected in multiple international conferences; global webinars and his papers have been published in multiple forums and also won various awards. He is now working as Senior Test Manager in Atos & Global Subdomain Leader for Atos Expert: Applications-Testing.
Find out more about @arun2005413gmail-com

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