Some teams look like they are doing everything right, but when you investigate a bit further something does not quite add up.
A feature hits sprint planning. The team walks through how they will build it, handles the weird edge cases, cleans up the tickets, and leaves with a plan. Everything about it looks right, but something is still off.
No one really talks about why the feature exists, at least not in a way that actually stays with the team once the work starts. It does not show up in the ticket or in the PR. By review time, the reason for it is gone.
This is not a one-off problem. It is a drift that happens slowly enough to feel normal. At some point I realized we did not really understand the company we were in, or the work we were doing. Decisions made sense in isolation, but not when you stepped back and looked at what actually mattered.
Alignment Does Not Feel Like Process
When things are actually aligned, it does not feel like coordination or ceremony. Engineering and product are not negotiating priorities; they sit down, look at the same problem, and work through it together until it makes sense.
People ask better questions because they understand the context, and decisions do not require as much effort because the goal is shared.
Alignment is when you do not need to spend time convincing anyone something matters, because they already know what matters.
Growth Introduces Distance
Teams do not start misaligned. When a company is young, it is small and scrappy. Everyone knows everyone else, and this makes it easy to keep alignment locked in.
But as the company grows, that proximity fades. More people join, layers take shape, and the distance between decisions and outcomes stretches further with each step.
Leaders begin to shape their own areas around what they believe is important. Some of that lines up with the company direction, some of it does not, and over time the gaps widen.
Process creeps in to manage the complexity, conversations turn into handoffs, and people become careful about stepping on each other instead of using friction to find better solutions.
There is not one moment where it fails. Things just get harder to follow, and teams keep shipping work that looks right but does not really change anything.
We Solve the Wrong Problems Well
Most engineering leaders do not struggle with the technical side of the job. If anything, that is the part we are most comfortable with. We are trained to see system problems, uptime, performance, scalability, and we are good at solving them.
What gets missed is the cost of those decisions outside the system: the time they take, the money they consume, the focus they pull away from other work, and whether the team can realistically support what they build six months later.
I inherited a project that had been running for three years. The goal was to save product hours, and on paper it made sense. When I looked at it more closely, even if we shipped that day, it would have taken roughly six years to earn back what we had spent building it.
And it still was not done.
Technically sound, but economically wrong.
We shut it down.
Bad Bets Do Not Look Like Mistakes
We made an early bet on Gatsby when it was still new. It looked like the right move at the time, better performance, a more modern stack, a step forward from what we had.
What we actually got was instability, long build times, and a developer experience that degraded as the system grew. Product teams lost confidence in it, and within a year we were backing out of the decision.
The bigger cost was not the rework. It was the loss of trust. That one decision made it harder to introduce similar ideas later, even when the technology had improved. It took years before we could even suggest trying something like Next.js again.
It was not just that the technology did not work. We took on risk the company did not need at that point in time.
On the other side, we had constant pressure to move off WordPress to something more modern. That instinct was not wrong, but the justification was often thin.
Each time it came up, the same question had to be answered in practical terms: what do we actually gain, and when do we gain it?
Does it help us make money faster, open a new path, or remove a real limitation we are hitting today? If not, it does not matter how good the stack is in theory. Technology does not get a pass just for being better on paper.
Simple Problems Get Overbuilt
There is a pattern in software where something useful becomes harder to use over time. A React dropdown library I remember started simple and solved one problem well. As more people adopted it, more features were added, more edge cases were handled, and the API grew until you needed documentation just to use it.
It stopped being simple.
We repeat that pattern in our own systems. Straightforward problems get layered with abstractions and infrastructure they do not need, while the harder kind of complexity gets avoided: the complexity of how work moves through the company, how decisions connect across teams, and how product and engineering stay aligned as the organization grows.
That is the complexity that actually matters, and it is the one we tend to under-invest in.
Aligned Teams Work Differently
The difference shows up in what gets talked about. Aligned teams do not limit themselves to implementation details; they keep the goal visible in planning, in tickets, and in pull requests.
You can see not just what is being built, but why it exists and what it is supposed to change.
That context changes how work gets reviewed. You are not only asking whether the code works; you are asking whether the solution serves the intent. Without that, reviews become purely technical, and the opportunity to correct direction gets lost.
Aligned teams also avoid working in isolation. Engineering and product plan together, adjust together, and challenge each other when something does not line up. When teams start making decisions unilaterally, alignment has usually already drifted.
Serving the Company Is Not Passive
Saying that engineering exists to serve the company can be misread as a call to agree with everything. It is not.
Serving the company means engaging with it, pushing back when something does not make sense and bringing a perspective that others do not have.
It also requires dropping the idea that engineering is separate from "the business." That language creates distance and turns collaboration into negotiation.
The best teams do not operate with that split. They are working toward the same outcome from different angles.
The Part That Actually Matters
Technology is rarely the thing that makes a company win. Plenty of companies have stronger stacks than the ones that succeed, and it does not change the outcome.
What matters is whether the team understands what they are building and what it is meant to do, and whether their decisions line up with that understanding.
The job is not to build the most advanced system.
It is to build the one that lets the company move.