Comment by Jean-Papoulos
9 hours ago
Hardware is cheap ; human labor is not. Companies have figured out that the best way to extract monye from customers is to give them something that barely works now, rather then something that works great later.
9 hours ago
Hardware is cheap ; human labor is not. Companies have figured out that the best way to extract monye from customers is to give them something that barely works now, rather then something that works great later.
> Hardware is cheap ; human labor is not.
Especially true when you're paying for neither hardware nor labor.
Writing inefficient client-side software, whether it's desktop or webshit, makes the customers / users pay for the hardware, and pay with their time.
Is it, though? Can we really keep saying that "hardware will always be cheaper than human labour" when RAM prices are soaring, GPUs are becoming prohibitively expensive, and we're looking at a probably chip shortage?
I think the era of "poor software for fantastic hardware" is coming to an end.
RAM + GPU are getting more expensive but mostly for applications that require a lot of it like AI. The hardware cost for regular applications has not vastly increased (especially when factoring in inflation). Spending 2x development time on a problem often is not worth it (or only with large deployments).
UI development is an even more special case here. The customer buys the machine which runs the code, not the company. So sadly "good enough" is the standard.
One example for me here is the "switch product option" button on Amazon listings (e.g. switch green to blue color, smaller to larger model). On my phone this sometimes takes >5 seconds to properly load. Horribly optimised.
Oh of course, that's the current standard, but I doubt it will be considered acceptable for much longer.
It’s not even close to at an end. Hardware would need to increase in cost by hundreds or even thousands of times to materially change that calculation.
Just as an example, the cost of one week of engineering time corresponds to tens of thousands of vCPU-hours, which is many years of CPU time.
As such, it only ever makes business sense to optimize code either when it has bottlenecks that can’t be fixed by throwing hardware at it, or when it’s so inefficient that it can be sped up by several orders of magnitude.
That's not true if you are on cloud. Clumsily written software becomes really expensive to run.