We had to make so many compromises and wastages as a result. Bathrooms now smaller if we want to keep other rooms the same, bathtubs couldn't fit, aw man.
Then when the house went up to 2nd and 3rd levels, the staircase was narrow and wasn't connecting between the levels. That alone delayed us by 3 months as we had to get the architect to build a 3D model of the affected area so we could figure it out. We have to hoist furniture up through balconies as it can't fit through the stairs.
I think having some machinery that minimises human error would be very helpful.
So it's not as bad as "they don't see cranes". But it absolutely raises the question of whether they can see cables, whether hanging from cranes or spanning telephone poles.
And honestly, cables are really hard to see in the air. That's literally why high-voltage power lines hang those big red-orange marker balls on them for pilots to see.
Genuinely curious what the solution here is. Hard-code some logic to identify cranes and always assume there's a cable dangling from the end? Never fly underneath anything? Implement some kind of specialized detection for thin cables if that's possible?
Probably this one. Even if the drone sees the crane, there's no guarantee the cable won't move faster than the drone can react.
I always understood shift-left as doing more tests earlier. That is pretty uncontroversial and where the article is still on the right track. It derails at the moment it equates shift-left with dev-owned testing - a common mistake.
You can have quality owned by QA specialists in every development cycle and it is something that consistently works.