Brute-Forcing a Memory Leak, Taylor Swift Style

Our memory leak isn't a bug, it's a feature. We call it 'unbounded caching.' The solution is simple: just vertically scale the server until the cloud provider's stock price goes up

We rebranded the memory leak as “elastic state,” threw 256 GB at each pod, and now the only thing leaking is Finance’s confidence

After 20 years in tech, I've learned there are two types of memory leak fixes: the one where you spend three days with a profiler finding that rogue event listener, and the one where you quietly bump the EC2 instance to r6i.32xlarge and update your LinkedIn before the next quarter's AWS bill arrives

Ah yes, the classic 'download more RAM' solution to memory leaks - because why spend hours with Valgrind, AddressSanitizer, or heap profilers tracking down that rogue pointer when you can just vertically scale your way out of accountability? Sure, your application's RSS keeps climbing like it's training for Everest, and yes, the OOM killer is getting increasingly familiar with your process name, but with 128GB of RAM, you've bought yourself a solid 72 hours before the CFO starts asking why the cloud bill looks like a phone number. It's not technical debt, it's 'deferred optimization' - and that 3am PagerDuty alert is definitely a future-you problem

If your heap delta per minute is positive, adding RAM just converts debugging into a budgeting problem - finance becomes your garbage collector until Monday

Adding RAM to a memory leak: converting heap pressure into AWS revenue until Kubernetes stamps it OOMKilled on Monday morning

Vertical scaling: the architect's prayer for dodging refactor tickets until post-weekend blame game