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We wrote this article in response to a question asked in our Slack Community. Click here to join hundreds of technology leaders discussing best practices for incident response! ✨ We know a thing or two about incident response. As such, we're often asked to advise when companies are designing their incident response processes. A common question is "How do you design your incident severity levels?". It's a great question given how central they are to incident response!
Gone are the days where software development was slowed down by the top-down, water-fall approach for getting work done. The rigidity of this methodology made for a longer development lifecycle, and it affected the way software was created and deployed.
In a world where organizations are often defined by the digital services they can deliver, it’s crucial for underlying IT infrastructure to move as quickly as the business demands. To support our customers with getting the most out of a Kubernetes powered environment, we continue to make enhancements to VMware Tanzu Kubernetes Grid. In this post we’ll discuss some of the new capabilities our customers will benefit from using in Tanzu Kubernetes Grid 1.5.
When you think of who uses feature flags, your mind most likely goes to developers. In general, feature flags are closely associated with software engineering. But Site Reliability Engineers, too, can benefit from feature flags. SREs may not be the ones to create feature flags, but they should work closely with developers to ensure that the applications their teams support include feature flags.
Avoid Writing a Lot of Try Catch by Catching The ‘catch()’ Just Once. How annoying it is to write a lot of try-catch for each async function in an express app? What if you never need to write a try catch block for all async functions and still be able to handle the errors?
“End of life, end of support, pandemic-induced shipping delays and remote work, scanning failures: It’s a recipe for a patching nightmare.”, federal cybersecurity CTO Matt Keller says. Ensuring a high level of security for your IT infrastructure and being sure you have not missed something is hard to arrange during these days. A zero-day exploit happens when hackers identify a software weakness or a security gap and take advantage of it to perform a cyberattack.