trivially

It's trivially easy to find examples - millions of Americans care deeply about violence in games and media.

Even stuff that can be handled by futures and message passing feels relatively trivially parallelizable to me.

In the real world, DLP systems routinely catch violations, despite the fact that they are all (currently) trivially bypassable.

You could just sort by a few things like recent cash flow and trivially manage your transactions at scale.

In order to map algorithms to parallel computing for non-trivially parallel problems you'll need things like futures, message passing, etc.

The technical value they provide is pretty trivially replicable (see: GitLab, BitBucket), but you can't code up a (real) community.

You can do that trivially with Mesos and have it always ensure 5 instances are running.

As a music lover, being able to tap into 30m songs trivially is pretty amazing.

Sudo can't provide a dependable audit trail because it is trivially circumvented ('sudo bash').

Give anybody $90 million and they can pretty trivially create hundreds of jobs.

Either the whole thing is interpreted or the memory access is trivially inlined.

Back in the day everyone used Whitted style ray tracers to render shiny metal blobs because secular reflections are trivially handled with ray tracing.

Unless your programming environment literally promises "bug free" --- which is to say, you're designing trivially simple components that never change and have operational lifetimes measured in decades --- there is no silver bullet.