Practical Philosophy of Systems

Last time we found that solving a problem starts with a question many methods skip: are we even looking at one problem? Only then can we truly engage in finding the root cause and applying the most effective solution.
This month picks up right where that leaves off: once you've named the right problem, identified the source and chosen a fix, how do you know if the fix is working?

Musk's design sequence puts automate last for a reason: automating a decision locks it in before you actually know whether it was the right one. Between choosing a fix and trusting it enough to leave it alone, there's a period where success and failure can look identical from the inside. Different systems settle at different rates, so no single curve describes all of them, and no single answer tells you what to watch for in yours.

To understand this, we will look at: Given that each fix operates inside a different system, how do you set the threshold, before implementation, that lets you tell later whether it worked?

We're exploring:

• What prediction does your solution make that could later turn out to be wrong?
• What separates a real, assignable break in a process from the ordinary noise a new system produces at first?
• When does persistence become the discipline that carries you through a rough early period, and when does it become the story you tell yourself to avoid admitting something has actually failed?

Not how long to wait, but whether you can say, right now, what result would prove you wrong.

One ask: if your plans change, please update your RSVP, there is a waitlist, and a timely update genuinely gives someone else the chance to join.