I’m a big believer in Price’s Law - the square root people produce half the value. If there are 10000 people at the company, you can very well survive in the group of 9900 that does the other half.
I’m a big believer in Price’s Law - the square root people produce half the value. If there are 10000 people at the company, you can very well survive in the group of 9900 that does the other half.
Now, will that particular startup succeed? Probably not in the way their investors would like.
A similar thing was true at Google, I worked in the platforms division there (storage systems, BigTable, Linux kernel tweaking), and it was mostly about identifying bottlenecks and coming up with interesting solutions to squeeze out more performance. Most of this work wasn't like massive lines of code, but you had to really understand the problem at a deep level and have the kind of rigor and discipline to make changes to large systems without breaking anything in the process. That last bit was very hard to do, since coming up with optimizations that don't break anything is surprisingly difficult.
Maybe in some team that is further removed from customers?
Keep in mind that Azure and GCP are playing catch up to AWS, so they necessarily have to run a tight ship in order to close AWS’ lead.
So its possible for laxity to exist in other divisions in a large company, as long as the money keeps rolling in, e.g. the Windows division at Microsoft (which still enjoys a good share of the desktop market) and the Search division at Google (which still enjoys a good share of the search market).
That said, it may have just been timing or team fit or seratonin levels or whatever. I'm sure plenty of others have had the opposite experience.
Figuratively speaking, right? (Or did you mean literally? Dementia? If so, is he old)
productivity = (time * effort)^talent
Just as a general model.
But the "star line" folk out of Heinlein's Beyond this Horizon are the ones that catapult the entire species forward.
The Wright brothers, the Norman Bourlags, the Nikola Teslas, the Alan Turings.
Maybe multiply with sign(talent)? And the exponent could be abs(talent):
sing(talent) *
(effort * time) ^
abs(talent)