Fortunately there are better cheaper faster and reliable techniques, a selection of which are shown in https://entertaininghacks.wordpress.com/2020/07/22/prototyping-circuits-easy-cheap-fast-reliable-techniques/ Choose whichever combination of techniques suits you and your project.
Hmm. I've been muddling in my head over breadboard use.
I think they are fine if you are plunking out a few components to get an idea for a circuit using discrete components. Like, for example, I am playing with very basic boost/buck and mosfets (again!), while the solderless BB doesn't afford a very good buck topology and won't even allow most buck ICs to function properly, it still works for learning the basics with the scope. With the scope attached it's very obvious when loose connections get involved.
However, when circuits grow and that buck circuit now becomes a "stable part" of the large circuit, it's time to a) replace it with a module, b) move it to a soldered basis (dead/live bug, protoboard etc.). Things would at least be more reliable having 3 or 4 small sub circuits interconnected on the breadboard.
That brings me to where I am with the projects which are torturing me. When you want to combine half a dozen modules. The modules might be a power supply, an MCU and 3 or 4 interface modules like DAC, ADC what not. Keeping these stable is a nightmare. At the same time the modules can become expensive. For example the optical board I cooked cost me £35. Not going to starve buying a few of those, but they take 3 weeks to deliver and could vanish from stock tomorrow. So, I whatever I choose to do, needs to be undoable and the modules easy to reuse if required.
Jumping over whatever that technique turns out to be, I get to PCB, where I can get 5 boards. I can use the first one with female headers and plug modules in. When I'm happy I can just solder the modules directly into the board. It's just the turn around time and cost printing PCBs every few weeks is irriating.
So, I'm thinking about buying 3mm plyboard. I already have plastic standoffs. I'm going to screw the modules down to the plywood and solder wires point to point between them, directly onto the dupont pin headers. These simple touch contact solders are instantly undoable with a touch with the soldering iron. The pin headers should be reusable, at worst they'll need a quick clean up with the iron. I can even use little bits of protoboard for things like voltage regulators and power distribution boards. I can solder decoupling caps to the power header pins directly etc. It should then remain far more stable and when it comes time to do that PCB 15 minutes should unsolder it, the same modules can go into the PCB, any mini-circuits I made, like a buck or power supply module, convert to PCB discretes.