Have you ever gone through a Java technical interview only to realize how horribly broken the process is? Do we really need to know the Big-O runtime of our code on a day-to-day basis, or is there a more practical way we can test this knowledge?
Do you build Java systems that can be hacked? Want to lower those odds? In this presentation, you will learn the basics of security vulnerabilities and evasive coding maneuvers that can make your software more secure, every time.
When Java developers and operations are asked what their biggest performance bottleneck is, it is rare that memory inefficiency comes up as an answer. Unfortunately, this runs counter to the observation that 60% of all applications are memory-inefficient.
To define where you want to go, first, you need to see where you are. The next step would be to define a plan. Let’s discuss a strategy that supports corporations using Java in the adoption of cloud technologies. With several options of cloud services and the different architectures such …
‘Entropy is the price of a Structure ‘. But sometimes, the price turns too high to pay. Is your Java codebase turning untestable, unreadable, and unmaintainable? Does your costs to add new features aren’t meeting the ROI?
So you built your Java apps and containerized them, great job! But what does it take to secure a container? Are you sure you’re following all the best practices to build container images correctly? What are the threats you are not mitigating in a running container?
