Cloud Solutions

Cloud architecture, cloud-native development, migration and DevOps — designed for resilience, security and sensible cost.

Cloud-native architecture on Kubernetes across availability zonesUsers reach a load balancer with a web application firewall, which routes traffic to an ingress controller inside a Kubernetes cluster. The ingress routes requests to pods spread across three availability zones. A CI/CD pipeline pushes images to an image registry and deploys them to the cluster. Services use a managed database replicated across zones and send telemetry to monitoring.Kubernetes cluster · 3 availability zonesUsersWeb & mobileLoad balancerTLS · firewall (WAF)Ingress controllerRoutes each request to a serviceZone 1podpodZone 2podpodZone 3podpodCI/CD pipelineBuild · test · shipImage registryVersioned imagesManaged databaseReplicated across zonesMonitoringLogs · metrics · alertsFiltered trafficPushDeployPull123564
Swipe sideways to see the full diagram. How a typical cloud-native application fits together — every project is designed around your requirements. The numbers match the steps below.

How it works

Cloud-native application on Kubernetes

A resilient cloud-native setup: traffic is filtered and balanced at the edge, containerised services run across availability zones, and every change ships through an automated pipeline.

  1. Request

    Users reach the application over HTTPS from web and mobile clients.

  2. Protect and balance

    A load balancer with a web application firewall terminates TLS, inspects traffic and passes only valid requests on.

  3. Route

    An ingress controller inside the Kubernetes cluster routes each request to the right service.

  4. Run resiliently

    Containerised services run as pods spread across availability zones, so losing one zone does not take the application down.

  5. Ship continuously

    A CI/CD pipeline builds and tests every change, pushes versioned images to a registry and deploys them to the cluster.

  6. Store and observe

    Data lives in a managed database replicated across zones, while logs and metrics feed monitoring and alerts.

Cloud foundations that scale with you.

The cloud offers elasticity and speed, but only when systems are designed for it. We help organisations architect, build and migrate applications using containers, microservices and managed services, with automation and security built in.

We work across the major cloud ecosystems — such as AWS, Microsoft Azure and Google Cloud — and recommend the platform and services that best fit each workload. References to these providers describe technology ecosystems only, not partnerships or certifications.

Core capabilities

  • Cloud architecture and landing-zone design
  • Cloud-native application development
  • Cloud migration assessment and execution
  • Containerisation with Docker and Kubernetes
  • Microservices and event-driven architecture
  • Auto-scaling and performance engineering
  • DevOps, CI/CD and infrastructure as code
  • Cloud security and cost-optimisation reviews

Potential business applications

Examples of where this service can be applied.

Migration

Move on-premises applications to the cloud in planned, low-risk phases.

Cloud-native builds

New applications designed for elasticity and high availability.

Delivery automation

Pipelines that test and deploy every change consistently.

Cost and security

Reviews that reduce waste and strengthen security posture.

Expected benefits

  • Scalability

    Capacity that follows demand instead of fixed hardware.

  • Resilience

    Architectures designed to tolerate failure and recover quickly.

  • Speed of delivery

    Automated environments and deployments shorten release cycles.

  • Cost control

    Visibility and right-sizing keep cloud spend in proportion.

Let's talk about your project

Share your goals and constraints, and we will propose a practical next step for your initiative.