Platform Engineering

Developer platforms.
Golden paths, not guesswork.

Intellivetrix builds internal developer platforms that make the secure, compliant, observable way to ship software also the easiest way—so delivery speed and engineering standards stop competing with each other.

The problem

Platform engineering goes wrong when the platform is built for the platform team.

Teams route around anything slower than doing it themselves, and a paved road nobody drives on is just expensive infrastructure. The measure of a platform is adoption, and adoption is earned by removing more work than it adds.

Intellivetrix builds internal developer platforms as products: a small number of well-supported golden paths, self-service provisioning that does not require a ticket, security and compliance encoded as defaults rather than checklists, and clear escape hatches for teams whose needs genuinely fall outside the paved road.

This is also the foundation enterprise AI runs on. The gateway, policy engine and observability that govern AI workloads sit on the same Kubernetes, IaC, CI/CD and identity substrate as everything else—which is why Intellivetrix treats platform engineering and AI platform work as one discipline rather than two practices.

Platform capabilities

What Intellivetrix builds into a developer platform.

Internal Developer Platform

Self-service provisioning, environments and deployment behind a single coherent interface.

  • Service catalogue and templates
  • Self-service environments
  • Developer portal

Golden Paths

Opinionated, supported routes from repository to production for the cases most teams have.

  • Scaffolding and templates
  • Paved-road CI/CD
  • Documented escape hatches

Kubernetes & Runtime

Cluster architecture, workload patterns and multi-tenancy that application teams do not have to think about.

  • Cluster and namespace design
  • Workload and scaling patterns
  • GPU and AI workload support

DevSecOps

Security controls that run in the pipeline instead of arriving as a report at the end.

  • Supply-chain and dependency scanning
  • Secrets and identity management
  • Pipeline-native compliance

Infrastructure as Code

Reproducible environments and infrastructure change that can be reviewed like application code.

  • Modular, reusable IaC components
  • Policy as code
  • Drift detection

Observability

Logs, metrics, traces and SLOs available by default rather than added after an incident.

  • Instrumentation by default
  • SLOs and error budgets
  • Incident tooling
Platform layers

The substrate every workload shares—AI included.

Interface
Developer PortalService CatalogueSelf-service APIsDocumentation
Delivery
TemplatesCI/CD PipelinesEnvironment PromotionRelease Controls
Runtime
KubernetesServerlessService MeshGPU Scheduling
Guardrails
Policy as CodeSupply-chain SecuritySecretsIdentity
Insight
MetricsLogsTracesSLOs & Error Budgets
Design principles

What makes a platform get used.

Adoption is the metric

Platforms are judged on how many teams choose them, so we design for the fastest path to production rather than the most complete abstraction.

Compliance by default

Controls are encoded into templates and pipelines, so meeting the standard is what happens when a team does nothing special.

One substrate for AI and everything else

The same platform that runs your services runs your AI workloads, including GPU scheduling and model serving.

Escape hatches on purpose

Teams with genuinely different requirements can step off the paved road without leaving the platform altogether.

Common questions

Frequently asked.

What is platform engineering?

Building and running an internal product whose customers are your own engineers. It provides self-service paths to provision, build, deploy and operate software, so application teams spend their time on product rather than on assembling infrastructure independently.

How is an internal developer platform different from our CI/CD setup?

CI/CD is one component. A platform covers the whole path, including environment provisioning, service scaffolding, security controls, observability defaults and the interface through which teams consume all of it. The distinguishing feature is self-service: teams get what they need without filing a ticket.

Our last platform initiative was not adopted. What is different?

Adoption is treated as the success measure from the start. That means a small number of genuinely supported golden paths rather than broad coverage, a path that is faster than the alternative rather than merely more compliant, and documented escape hatches so teams with unusual needs are not forced to abandon the platform entirely.

Does this support AI and GPU workloads?

Yes, and we consider that the point. Model serving, GPU scheduling and AI gateway components run on the same substrate as everything else, which is why Intellivetrix treats platform engineering and enterprise AI platform work as one discipline.

Which technologies do you work with?

Kubernetes, Terraform and comparable IaC tooling, GitOps delivery, policy-as-code engines, service meshes and mainstream observability stacks, across AWS, Azure, Google Cloud and on-premises environments. Choices are made against your existing estate and team skills rather than a fixed stack.

Related services

The layer everything else stands on.

Agentic AI Systems

Multi-step, tool-using systems that carry real work to completion, safely.

AI Cost Optimization

Routing, caching, prompt efficiency and AI FinOps to control model and infrastructure spend.

Next step

Make the right way the fast way.

Discuss an internal developer platform with Intellivetrix—whether you are starting one or trying to work out why the existing one is not being adopted.