Getting a new service into production takes a cluster, a namespace with the right quotas, a database, ingress, a TLS certificate, and a CI runner with credentials that work. Every one of those is a request to a different team with its own queue, and in a lot of organisations the waiting runs to days.
A cloud-native infrastructure platform removes the waiting. It sits between your Kubernetes clusters and the teams building on them, and turns those clusters, and the services that run on them, into something an application team can use on its own.
Developers stop queueing
Each of those things becomes something a team provisions for itself, in minutes, through an API or a portal. No ticket, no Slack thread, no waiting for the one person who knows how the ingress controller is configured.
Interhyp, Germany’s largest broker for private construction financing, took microservice deployment from two days to one hour and now releases an average of 16 microservices a month. Spotify cut the time it takes a new developer to reach their tenth pull request from 60 days to under 20. Trade Me got time to first “hello world” down from three weeks to a single day.
Your platform team stops growing with your cluster count
Without a platform, clusters and headcount rise together. Every new cluster brings its own upgrade cycle, its own certificate rotations, its own configuration drift, and eventually its own person. Add a hundred clusters and you have added a team.
With a platform, you add clusters without adding people.
SysEleven, which provides IT infrastructure services for corporate environments, described that change. “Before KKP, we had to admit that applications and servers scale well but staff wouldn’t: with every 10th new customer, we needed a new member of staff as an engineer,” said Simon Pearce, MetaKube Team Lead and Systems Architect at SysEleven. “With Kubermatic Kubernetes Platform we are beginning to change that model.”
Security and compliance stop being per-team problems
RBAC, network policy, image provenance, CVE patching cadence, upgrade policy. Without a platform, every team implements every one of those at whatever standard it has time for. The distance between your best-configured cluster and your worst is where incidents come from.
A platform sets them once and applies them everywhere. Every team inherits the same baseline, auditors get a single answer for the whole fleet, and nobody quietly skips a control because the release was due.
Organisations with platforms outperform those without
Puppet’s 2023 State of DevOps Report surveyed 438 people. Unusually for an industry survey, it included a control group of organisations with no platform team. Among organisations with platform engineering, 37% were very satisfied with their product delivery efficiency, against 20% of those without. On IT operations resources, 35% against 18%.
DORA’s 2024 research covered around 3,000 professionals across 104 countries. Developers working on an internal developer platform were 8% more productive as individuals. Their teams performed 10% better, and organisational software delivery and operations performance rose 6%.
How to tell if your platform is working
Time for a new team to ship its first change. Onboarding, documentation and self-service all land in this one figure, and it reads the same to an engineer and a CFO.
Time between a request and a working service. Your ticketing system has this already. Compare this quarter against the one before the platform arrived.
Whether teams choose it. Ask your team leads whether people use the platform because it is easier or because they were told to.
What to look for in a platform
Provisioning has to be genuinely self-service, because a ticket queue sets a floor that no automation beneath it can lower. The interface has to be consistent across clusters and clouds, so time-to-first-change does not depend on which team you ask. And a small team has to be able to operate a large fleet.
Kubermatic Developer Platform delivers the first two. Platform teams publish services through an API and developers consume them on demand. Blueprints package a multi-resource service as one orderable unit, so a database arrives with its backups, secrets and network policy already attached, as a single request. KDP has been generally available since January 2026, and v1.0 and v1.1 shipped in July.
Kubermatic Kubernetes Platform delivers the third. It runs clusters across on-premises, public cloud and edge from one control plane, so provisioning is as fast at two hundred clusters as it was at twenty.
Where to start
Already running a platform? Start with the time between a request and a working service. Your ticketing system already holds it. Compare one quarter against the quarter before the platform arrived, and you have your answer without instrumenting anything.
Still building the case? Our Kubernetes ROI calculator covers the infrastructure and operations side. Put one developer-facing number beside it, such as how long a team currently waits for a database, and you have an answer your CFO can read.
Photo by Alex Duffy on Unsplash.
