Cloud doesn’t scale immature teams

Marcelo Sheidt
Marcelo Sheidt
Verified Author Verified Author
19 February

There’s a moment in software teams that repeats across a lot of companies: someone finally gets approval to “move to the cloud,” signs the contract, spins up accounts, picks Kubernetes, buys an observability stack, designs the landing zone… and expects performance to improve by osmosis. The thing is: the cloud won’t save your team. It will expose it.

Cloud amplifies what your team already is. If the team has solid engineering, good practices, and a real sense of responsibility, cloud brings speed and control. If the team has governance gaps, fuzzy ownership, and a weak observability culture, cloud brings chaos at higher speed, usually priced in dollars.

And I’m not talking about theory. I’m talking about what I’ve lived through (and still live through) with multiple teams. Some end-to-end problems only show up when you ship to production for real, get real customer feedback, fight real fires, and have to improve just to get out of the mess.

The real maturity cycle the cloud won’t do for you

What scales a team isn’t a services catalog. It’s the full cycle: ship, operate, learn, repeat. That cycle is what separates the team that just deploys from the team that sustains and evolves a product. It’s also where the cloud gets expensive when you try to skip steps.

It starts out calm: the deploy passes, the demo looks great, the environment is running, the dashboard has charts. Then the first real friction hits: different latency in production, weird behavior under load, poorly designed permissions, costs rising because someone flipped autoscaling on like it was magic, or that incident nobody can explain because there’s no reliable trail. At that point, the vendor won’t help. The tool won’t help. The slide deck won’t help. The team has to show up.

And this is where the three core values come in, the ones I keep pushing teams toward when the goal is to mature, stand out, and actually deliver value.

  1. Ownership
    Ownership isn’t just “this system belongs to Team A.” It’s having someone who wakes up thinking about the product and goes to sleep knowing what can break, how, and when. It’s a backlog that includes technical debt and operational debt, and real conversations with the business backed by data, numbers, and facts. Without that, the cloud becomes no-man’s-land: everyone changes things, but nobody truly understands what’s going on. The outcome is predictable: incidents turn into blame hunts and the team learns less than it could, because it spends more time looking for a culprit than understanding a cause.
  2. Governance
    Governance isn’t bureaucracy. It’s the kind of structure that prevents a company from hurting itself. A landing zone, separate accounts/projects, minimum IAM policies, network standards, mandatory logs, properly handled keys and secrets, naming, tagging, cost allocation, and a clear path to request exceptions when needed. Landing zone documents exist for a reason: without a foundation, adoption turns into improvisation.
  3. Observability
    Observability isn’t having charts. It’s being able to answer what happened, why it happened, the business impact, and what you’ll change so it doesn’t happen again. Classic alert-based monitoring only screams once things are already broken. It matters, but observability starts earlier: objectives, signals, alerts that make sense, tracing, logs with context, and a post-incident ritual that produces real change. The SRE world has talked about this for years, including the idea of SLOs and error budgets as a practical way to balance speed and reliability.

When those core values exist, cloud becomes a lever. I’ve seen teams reduce lead time without increasing outages, safely increase deploys per week, and change architecture without having to pray. DORA measures this with simple metrics: deployment frequency, lead time for changes, time to restore service, and change failure rate.

But when those foundations don’t exist, I’ve seen cloud turn small problems into big ones. Because cloud is really good at giving you freedom. And freedom without maturity turns into mess without control.

That end-to-end learning is uncomfortable by design. It forces the team to be exposed to customer feedback and the real behavior of the system. It forces the team to learn how to handle incidents, and build an improvement loop that gets better every time. When a company tries to “protect” the team from that reality, outsourcing operations or hiding production behind layers, the team grows up too late.

What actually scales

Cloud scales teams when the team is already learning the right way. It gives you tools to automate, standardize, reduce friction, and build repeatability. But that only becomes an advantage when there’s clear responsibility, well-defined guardrails, and a reliable way to see what’s happening.

If I had to boil this down into one provocation for technical leaders, it would be: before you chase the next service, chase the cycle. Make sure the team ships, gets feedback, deals with problems, learns, improves, and repeats. If that loop is weak, the cloud won’t accelerate the good outcomes.

Cloud doesn’t buy maturity. Cloud charges for it.

TL;DR

  • Moving to the cloud doesn’t automatically make a team better.
  • Cloud amplifies the maturity your team already has: good practices become speed; problems become chaos.
  • What truly scales teams is the full loop of shipping, operating, learning, and repeating.
Marcelo Sheidt
Marcelo Sheidt
Verified AuthorVerified Author

Senior Principal Engineer at Zallpy, a software engineer with over 15 years of experience in systems engineering, architecture, and infrastructure, working on defining technical vision and architectural strategies for complex, large-scale solutions. He currently serves as Senior Principal Engineer at Zallpy, where he leads the architectural evolution across multiple domains, supports executives in technical decision-making, conducts maturity and risk assessments, and develops technical leadership by mentoring senior engineers, consistently connecting cloud-native architectures, modern DevOps practices, and engineering excellence to business objectives.

Senior Principal Engineer at Zallpy, a software engineer with over 15 years of experience in systems engineering, architecture, and infrastructure, working on defining technical vision and architectural strategies for complex, large-scale solutions. He currently serves as Senior Principal Engineer at Zallpy, where he leads the architectural evolution across multiple domains, supports executives in technical decision-making, conducts maturity and risk assessments, and develops technical leadership by mentoring senior engineers, consistently connecting cloud-native architectures, modern DevOps practices, and engineering excellence to business objectives.