Why building software is hard
Most software does not fail because the code is bad. It fails because what was built is not what was needed, and nobody noticed in time.
The gap between intent and result
Every piece of software starts as an intention in someone's head: patients should be able to book online; the bank must not lose a transfer; the report must be ready by Monday. Between that intention and the running code sit many translations — from a founder to a product owner, from a product owner to a developer, from a developer to the machine. Each translation loses a little.
Code is precise, but it is only precise about what it was told. When the intention was vague, the code is precisely wrong. That is why experienced teams spend so much effort before and around the code: writing down what must be true, why, for whom, within which limits, and how anyone would know it works.
Where it usually goes wrong
| Loss | What it looks like |
|---|---|
| The goal was never agreed | The team builds features; nobody can say which outcome they serve, so nobody can say which ones matter. |
| The need was misunderstood | The feature works as written and still does not solve the user's problem. |
| Limits were invisible | A legal rule, a budget or a deadline surfaces late and forces a rewrite. |
| Requirements changed silently | Someone changed their mind in a meeting; half the team kept building the old version. |
| "Done" was a feeling | Nobody defined how to check it, so it shipped untested and came back as a defect. |
| Reasons were lost | Six months later, nobody remembers why it was built this way, so nobody dares to change it. |
What good teams do about it
They separate why (objectives), what (requirements) and within which limits (constraints) from how (design, code and work). They write each requirement so it can be checked, keep decisions with their reasons, and treat a change to a requirement as a decision in its own right, not as an edit.
None of this is bureaucracy for its own sake. Each of these practices exists because one of the losses above once cost a team weeks, a customer or a launch.
Where Corpole fits
Corpole keeps that structure — objectives, requirements, constraints, decisions, criteria, work and tests — in one place, with a state on each record that says whether it binds today. The next article explains why this matters even more now that AI agents write much of the code.