Spring GDS 25th Anniversary
A logistics company that ships to 190 countries built something to ship to itself.
PaaS stands for Platform as a Service. It gives developers a place to deploy and run code without touching the machines underneath. The provider handles servers, operating systems, networking, and runtime. You push your application and it runs.
PaaS sits in the middle of the cloud stack. IaaS hands you bare infrastructure and leaves the OS, scaling, and patching to you. SaaS hands the end user a finished application and hides everything. PaaS draws the line between them: you own the code and the data, the platform owns the plumbing. Heroku, Vercel, and Google App Engine are PaaS. Connect a Git repository, push a commit, and the platform builds, deploys, and scales it without anyone provisioning a server.
The appeal is speed. A small team can ship a production application in days instead of spending weeks on infrastructure first. The trade is some control and a higher per-unit cost at large scale, which is why teams often start on PaaS and move heavier workloads down to IaaS later.
We reach for PaaS when the goal is to get something real in front of users quickly. Skipping the infrastructure setup means the first sprint goes into the product, not into provisioning. For a lot of projects that's the right call, and it stays the right call for a long time.
We also know where PaaS stops paying off. As a platform grows, we look hard at cost optimization and at software architecture decisions that keep it standardized and portable, so moving a workload to cheaper infrastructure later is a planned step rather than a rewrite. Clients get the early speed without getting locked into a bill that climbs faster than the business does.
Want to ship fast without painting yourself into a corner? Let's talk.
A logistics company that ships to 190 countries built something to ship to itself.
Turning a brand into a working business.
Half a million people. One app. Zero chaos.















