What does transportation software engineering involve at scale?

A transportation services company with 150+ active repositories and multi-cluster Kubernetes needs the path from code to production to work the same way for every team: a developer portal with templates, infrastructure requested by self-service, shared pipelines and one observability stack. Clouditive builds that platform. This page describes one such engagement, a team of 6 since December 2025.

The client is a US transportation services company, running on Kubernetes on a major cloud. The team: a lead and architect, 2 platform engineers, a DevOps engineer, an SRE and a scrum master.

Logistics and transportation software teams share this problem: many services, many repositories, and releases that depend on how consistent the platform is. The figures below are one client's, not a promise.

What you get, step by step

Everything in the package, in the order it lands. The price and the duration stay the same.

  1. Step 1: The platform

    Set up and build your internal developer platform.

  2. Step 2: Your services

    Connect the services you choose in the kickoff to it.

  3. Step 3: Views

    Basic views on top of it, for example the service and API catalog, deploy status, cost, image vulnerabilities and CI health, as in MPI's portal.

  4. 2 weeks

    USD 5,000

Want to keep going after the package? Add engineers by the hour at the published rates, with a 6-month minimum term. How staff augmentation works.

Prefer to pay by the hour?

Add engineers to your own team at the published rates instead of buying a package.

  • You interviewYou meet the engineer who will do the work.
  • 6-month minimumBilled per hour worked.
  • Free replacementIf they leave or don't fit, we replace them and cover the handover at no cost.
See how staff augmentation works
  • Lead / ArchitectUSD55–⁠60per hour
  • SeniorUSD45–⁠50per hour
  • MidUSD35–⁠40per hour
  • JuniorUSD30per hour

USD per hour, drawn to one scale

Frequently asked questions

What does a logistics and transportation software engineering team do?

It builds and runs the platform under many services: portal, pipelines, infrastructure and observability. Clouditive covers platform engineering, DevOps and SRE with LATAM engineers working in English, Spanish or Portuguese.

How big is the client in the case?

A US transportation services company with 150+ active repositories and multi-cluster Kubernetes on a major cloud.

Did Clouditive cause the 3x increase in deployments?

We do not claim that. The figure is organization-wide and the client's team and tooling changed in the same period. We report it as the organization we support.

Do you publish lead time or incident figures for this case?

No. We publish deployments per day, test coverage and quality gate results, and the platform counts above.

What does IDP Foundations include?

Your internal developer platform set up, the services you choose connected, and basic views on top. USD 5,000, 2 weeks, fixed price.

Do you offer 24x7 on-call?

No. We work in your business hours and leave alerts and runbooks so your on-call can resolve incidents.

How big was the Clouditive team?

6 people since December 2025: a lead and architect, 2 platform engineers, a DevOps engineer, an SRE and a scrum master.

How much does it cost?

IDP Foundations is USD 5,000 for 2 weeks. Hourly rates are USD 30–⁠60 by seniority and are on the pricing page.

IDP Foundations is USD 5,000, fixed price, 2 weeks. We set up and build your internal developer platform, connect the services you choose at kickoff, and add basic views such as the service and API catalog, deploy status, cost, image vulnerabilities and CI health. For a team like the one in the case, engineers cost USD 30–⁠60 an hour by seniority, with a 6-month minimum.

Architect consulting is USD 4,480 a month for 20 hours a week if you need design before building.

What does a self-service developer platform look like in practice?

A Backstage portal gives teams 11 self-service templates and a catalog of about 66 repositories and 73 components. Crossplane lets teams request infrastructure through GitOps: 54 managed resources today, across all three clusters.

  • Backstage portal with 11 self-service templates.
  • Catalog of about 66 repositories and 73 components.
  • Crossplane self-service infrastructure: 54 managed resources, applied through GitOps.

How do you standardize releases across 150+ repositories?

Release engineering moved repositories onto shared pipelines and one promotion model, step by step:

  • Build-once image promotion: from 4 to 31+ repositories.
  • Shared CI workflows: from 35 to 76+ repositories.
  • Argo CD applications: from 46 to 101.

What changed in observability?

OpenTelemetry collectors run on all clusters and feed a central Mimir, Loki, Tempo, Pyroscope and Grafana stack with single sign-on. Dashboards went from 18 to 135, including per-service and DORA dashboards. Observability spend is about USD 5,000 a month lower.

What did the organization's engineering numbers do?

These come from the client's own engineering metrics for the organization we support, not for our team alone. Its headcount and AI tooling changed in the same period, so we do not claim them as ours.

  • Roughly 3x more production deployments per day since the engagement began.
  • About 90% median test coverage on product services.
  • Quality gate passing on 89% of projects.

Tell us your case.

We reply to every request within 1 business day. We sign an NDA before the call if you ask.