Cloud-Native Architecture enables organisations to build for scale and resilience, leveraging modern infrastructure on AWS, Azure, or GCP to support growth, reduce operational overhead, and respond faster to change.
Cloud-native architecture isn't just about running workloads in the cloud it's about designing systems that leverage cloud capabilities for unprecedented scalability, resilience, and agility. When done right, cloud-native enables organisations to scale elastically, deploy continuously, and innovate faster than traditionally possible.
At 200OK Solutions, we design and build cloud-native systems across AWS, Azure, and GCP. Whether you're migrating existing workloads, building new platforms, or optimising current cloud infrastructure, we deliver architectures that balance performance, cost, and operational simplicity.
Cloud adoption creates opportunities but also complexities:
Lift-and-shift approaches move workloads to the cloud without delivering meaningful gains in performance, resilience, or scalability.
Unoptimised resource usage and distributed architectures drive cost overruns and increase day-to-day operational complexity.
Shared cloud environments introduce new security, compliance, and governance challenges that require cloud-native controls.
Limited cloud-native expertise and platform dependencies slow adoption and reduce long-term flexibility.
Our approach addresses these challenges through strategic architecture and practical implementation.
We start by assessing your current infrastructure and defining a future ready cloud-native target architecture. This includes cloud readiness analysis, workload classification, and selecting the right cloud deployment model (public, private, hybrid, or multi-cloud) whilst designing for scalability, security, and cost efficiency.
Containers form the foundation of cloud-native systems. We design and implement containerised workloads using Docker and orchestrate them with Kubernetes to enable portability, resilience, and efficient resource utilisation. This approach ensures consistent environments across development, testing, and production.
Cloud-native applications are built for agility and scale. We design loosely coupled microservices that leverage managed cloud services and communicate through APIs and events. Each service is independently deployable, enabling faster releases and reduced blast radius for changes.
Automation is key to cloud-native success. We implement CI/CD pipelines that automate build, test, and deployment processes, enabling rapid and reliable delivery. Infrastructure is managed as code to ensure repeatability, version control, and minimal configuration drift.
We design cloud-native systems to handle failure gracefully. This includes implementing auto scaling, self healing, monitoring, logging, and distributed tracing. Security is embedded throughout the architecture with identity driven access, network controls, and compliance ready configurations.
We help you select and adopt the right cloud platforms and managed services compute, storage, databases, messaging, and serverless based on performance needs, compliance requirements, and long term business strategy, ensuring optimal balance between control and operational simplicity.
Elastic scalability matching business demand
Improved system reliability and availability
Reduced infrastructure costs through optimisation
Faster deployment cycles enabling rapid innovation
Enhanced security through cloud-native controls
Operational simplicity through managed services
Hospitality
Recreos is built on a cloud native, microservices based architecture designed for high availability, scalability, and performance. The platform supports real time activity scheduling, guest engagement, and analytics through secure APIs, event driven services, and elastic cloud infrastructure. This ensures seamless integrations, resilient operations, and consistent performance during peak demand while maintaining enterprise grade security and data reliability.
US Organisation
Over more than 12 years, 200OK Solutions played a consistent and strategic role across three phases of this organisation's evolution. Our work spanned end-to-end digital product engineering, platform modernisation, application re-architecture, platform support, and long term innovation enablement.