Years Enterprise Experience
Average Cloud Cost Reduction
Audit & Roadmap Delivery
Cloud Development & Engineering
Building on the Cloud — Not Auditing It
Important distinction: Our Cloud Cost Optimization & FinOps Advisory service forensically audits your existing cloud infrastructure — eliminating the 30–35% of cloud budget that most businesses waste on idle resources, overprovisioned infrastructure and missing governance. Our Cloud Development & Engineering service builds new things on the cloud: cloud-native applications, containerised platforms, DevOps infrastructure, data pipelines and the engineering systems your development teams need to ship faster and more reliably. If your cloud bill is too high, you need FinOps Advisory. If you need to build something cloud-native, you need Cloud Development & Engineering.
We design and build cloud-native architectures on AWS, Azure and GCP — microservices, serverless functions, container orchestration with Kubernetes, event-driven architectures and managed database deployments. We implement DevOps practices that reduce deployment risk and increase shipping velocity: CI/CD pipelines, infrastructure-as-code with Terraform and Pulumi, GitOps workflows, feature flagging and progressive rollout strategies. We build data engineering infrastructure — ingestion pipelines, stream processing, data warehouses and the observability stack that gives engineering teams visibility into what is actually happening in production.
Every cloud architecture we design is built with cost-efficiency baked in from the start — not as an afterthought. We apply the same forensic cost discipline from our FinOps advisory practice to every new infrastructure decision we make, which means the systems we build do not accumulate the cloud waste patterns we are often hired to clean up in other businesses.
What You Get
- Cloud-native application architecture — microservices, event-driven architectures, serverless and containerised workloads on AWS, Azure or GCP
- Container orchestration — Kubernetes cluster setup and management, Helm chart development, service mesh (Istio) and pod autoscaling configuration
- CI/CD pipeline implementation — GitHub Actions, GitLab CI, CircleCI, ArgoCD and automated testing gates from commit to production
- Infrastructure as Code — Terraform, Pulumi and CloudFormation modules for reproducible, version-controlled infrastructure across all environments
- Data engineering — ingestion pipelines, stream processing (Kafka, Kinesis), data warehouses (Snowflake, BigQuery, Redshift) and data lake architecture
- Observability stack — distributed tracing (OpenTelemetry), metrics (Prometheus, Grafana, DataDog), log aggregation (ELK, Loki) and alerting
- Platform engineering — internal developer platforms, self-service infrastructure provisioning and golden path toolchains for development teams
- Cloud security engineering — IAM design, secrets management (Vault, AWS Secrets Manager), network security groups and compliance-ready cloud configurations
Who This Is For
Engineering teams building their first cloud-native application and needing senior infrastructure engineers to set up the platform correctly from the start. Companies migrating on-premise workloads to the cloud and needing a team to architect and execute the migration — not just advise on it. Development teams that ship features slowly because their CI/CD pipeline, test infrastructure and deployment process are unreliable. Businesses that need dedicated senior DevOps or platform engineering capacity embedded into their team on a monthly contract.
Frequently Asked Questions
Everything you need to know about our cloud development and engineering service.
Cloud Cost Optimization & FinOps Advisory audits your existing cloud infrastructure — it finds the idle EC2 instances, the overprovisioned RDS databases, the missing lifecycle policies and the governance gaps that are costing you 30–35% of your cloud bill. Cloud Development & Engineering builds new things: cloud-native applications, containerised platforms, CI/CD pipelines, data infrastructure. One is forensic analysis and optimisation of what exists. The other is engineering and building what does not yet exist. Both practices share the same cost-efficiency discipline — every infrastructure decision we make in development is designed to avoid the waste patterns we fix in advisory.
Yes. We handle cloud migrations end-to-end: discovery and dependency mapping, migration strategy selection (lift-and-shift, replatforming or cloud-native rebuild depending on the workload), execution with parallel running to eliminate cutover risk, and post-migration optimisation. Every migration includes infrastructure-as-code so your cloud environment is reproducible, version-controlled and auditable from day one.
A typical DevOps engagement runs in three phases. Audit (week 1–2): we assess your current CI/CD setup, deployment process, infrastructure code and on-call practices. We quantify the current cost in deployment lead time, incident frequency and engineering hours lost to operational overhead. Design (week 2–4): we produce an engineering document specifying the target pipeline architecture, toolchain and process changes. Implementation (week 4–12+): we build and deploy the new pipeline, migrate workloads progressively and train your team on the new system. Ongoing optional: retained engineering capacity to continue improvements and handle incident response.
We build on Amazon Web Services (AWS), Microsoft Azure and Google Cloud Platform (GCP) across all regions globally, including multi-cloud and hybrid-cloud architectures. For Kubernetes, we work with EKS, AKS, GKE and self-managed clusters. We are vendor-neutral in our infrastructure recommendations — the right cloud for your architecture depends on your existing ecosystem, regulatory requirements and engineering team's existing expertise.
Yes. We offer dedicated senior DevOps engineers and platform engineers on monthly contracts — embedded into your team working in your sprint cadence, available in your Slack, responding to your incidents and building your infrastructure. This is not an offshore staffing model. These are senior engineers with 10+ years of production cloud experience. Minimum engagement is one senior engineer for three months.