Most engineering teams hit one of three infrastructure ceilings at some point. The deployment pipeline becomes a bottleneck, pushing a feature to production takes hours and requires tribal knowledge to not break something. The cloud bill grows faster than the business, with no clear explanation of where the money is going. Or a production incident exposes that the monitoring, alerting, and recovery process was never properly built.
We fix all three. Our DevOps team starts by auditing what you have: deployments, infrastructure, monitoring, spend, and producing a prioritized action plan. In most cases, our optimizations pay for themselves within the first quarter through cloud cost savings alone. We then build, operate, and maintain the infrastructure long-term so your engineering team can focus on building the product, not managing the platform it runs on.


We review your entire cloud infrastructure and identify every instance of over-provisioning, wasted resources, inefficient architecture, and missing reserved instance savings. The output is a prioritised list of actions with estimated savings for each.
Most clients recover the cost of the audit within the first month of implementing recommendations. The average saving we identify across client audits is 30-50% of monthly cloud spend.
This is available as a standalone engagement with no obligation to proceed further.
Every DevOps engineer on our team has a software development background. This matters because infrastructure decisions have direct consequences for developer velocity and engineers who have never written application code often build infrastructure that slows the teams who have to deploy to it.

The average cloud cost reduction we deliver in a new client audit is 30-50%. We have never audited a scaling company’s infrastructure and found it optimally configured. There is always waste, the question is how much, and how fast we can recover it.

We run a weekly infrastructure review for every client on retainer. You receive a monthly report covering spend trends, performance metrics, upcoming maintenance, and any risks we have identified. You hear about problems from us before your users experience them.

We leverage a robust, best-in-class technology stack to build and manage secure, scalable, and automated cloud infrastructure. Our expertise spans the entire DevOps lifecycle, from initial setup to ongoing optimization.
Amazon Web Services (AWS), Google Cloud Platform (GCP), Microsoft Azure, Heroku
Docker, Kubernetes (K8s)
Jenkins, GitHub Actions, CircleCI
Prometheus, Grafana, Datadog, New Relic, ELK Stack (Elasticsearch, Logstash, Kibana)
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Your AWS bill isn't growing because AWS is expensive. These 6 architecture decisions made early in development are quietly compounding your cloud costs every month.

The founders of Propmap.io came from backgrounds in design, architecture, and construction. They saw the inefficiencies in traditional field operations and realized the need for a unified multi-tenant platform that connects teams, data, and workflows seamlessly. By combining intuitive design and solid SaaS architecture, Propmap.io aimed to redefine how service organizations manage scheduling, communication, and reporting. The challenge: A disconnected workflow Their ambition was to make Propm

Continuous Integration and Continuous Deployment (CI/CD) are cornerstones of modern software development, enabling teams to deliver code faster, more reliably, and with fewer errors. Continuous Integration (CI) involves frequently merging code changes into a shared repository, where automated builds and tests ensure quality. Continuous Deployment (CD) extends this by automatically deploying validated code to production, streamlining the release process. CI/CD practices accelerate development cy
Let’s talk about your field operations and see how a custom platform can help.