Global SaaS Platform Provider

The Challenge

Some industries don’t have SaaS. Not because the technology isn’t there, but because the incumbents built everything on bespoke, tightly coupled integrations — proprietary protocols, on-site hardware, and custom middleware that took months to implement per customer and cost more to maintain than to replace. For the organisations locked into these systems, switching was unthinkable. For new entrants, competing meant replicating the same complexity.

This client saw a different path. They set out to build the first true SaaS platform in their vertical — one that could serve customers globally, integrate with edge hardware in the field, and deliver new capabilities on a weekly release cadence rather than a quarterly professional services cycle. The addressable market was large. The technical ambition was larger.

They came to ZoomZoom Cloud with a founding engineering team, a product vision, and no existing infrastructure. Everything needed to be built from scratch — and built to a standard that could support global scale, enterprise security requirements, and a delivery pace that would make the legacy players irrelevant.

Our Approach

We designed and built the full platform foundation in parallel workstreams, treating infrastructure and delivery pipeline as a single integrated problem rather than sequential phases.

Platform Architecture

The AWS environment was established from day one with a multi-account structure: separate accounts for development, staging, and production, with a shared services account for logging, security tooling, and identity. All infrastructure was written as code from the first resource — no manual provisioning, no console-created shortcuts that would need to be cleaned up later. Every environment is reproducible, every change is reviewed, and every deployment is traceable.

The platform’s edge-to-cloud capability — the technical foundation that makes the SaaS model viable in this industry — was designed around AWS IoT Core and edge compute, enabling real-time data ingestion from distributed field hardware across multiple geographies. This architecture replaced what previously required per-customer on-site servers and custom integration work, collapsing months of implementation time per customer into a configuration workflow measured in hours.

CI/CD Pipeline — Built Secure from the Start

Rather than retrofitting security into an existing pipeline, we designed it in from the beginning. Every stage of the delivery process has explicit security gates:

The pull request stage is the first automated quality barrier — no code reaches the main branch without passing SAST, SCA, and licence compliance checks. These are blocking gates, not advisory warnings. The build stage produces signed, immutable artifacts with post-build secret scanning before anything is pushed to artifact storage. The deployment stage uses OIDC-based authentication throughout — no long-lived credentials stored anywhere in the pipeline. DAST runs against the staging environment as part of the promotion process before any build reaches production.

Secrets are managed centrally with automated rotation. Access is audited and alerted on. The supply chain — every open source dependency — has continuous CVE visibility.

Global Reach by Design

From the outset, the architecture accounted for customers across North America, Europe, and Asia-Pacific. Multi-region data residency, latency-optimised routing, and localised edge deployment were designed into the platform before the first customer onboarded, not retrofitted after the fact.

The Result

Fourteen weeks from kickoff to first production customer. Three months later, the platform was serving customers across three continents.

The client launched the first SaaS offering their industry had ever seen — and did it with a delivery pipeline capable of shipping multiple times per week. For their customers, the economics were transformative: implementation costs that previously ran into hundreds of thousands of dollars per site dropped to a fraction of that, with ongoing operational costs reduced proportionally.

The legacy integration model that had defined the industry for decades is no longer the only option. For the first time, smaller operators who could never afford the custom integration approach can access the same capabilities as the largest players — through a subscription, not a capital project.