Run · Service
Cloud infrastructure
designed around what the application actually needs to survive.
We design, build and evolve cloud and hosting environments around availability, performance, security, scalability and cost — giving applications a production foundation that can change without becoming fragile.
When infrastructure becomes a business constraint
Infrastructure becomes expensive when teams have to think about it every time the application changes.
Cloud problems rarely begin with the cloud provider itself. They appear when environments are inconsistent, capacity is unclear, production depends on manual knowledge or infrastructure decisions no longer reflect how the application is actually used.
- 01Production depends on too much manual configurationEnvironments are created or changed through undocumented steps that are difficult to reproduce safely.
- 02Scaling decisions happen only after performance degradesCapacity, bottlenecks and workload behaviour are not understood well enough to plan before users feel the impact.
- 03Environments have drifted apartDevelopment, staging and production behave differently enough that releases create avoidable uncertainty.
- 04Cloud spend is increasing without enough visibilityResources, services and architecture have accumulated faster than ownership, measurement and cost discipline.
The infrastructure decisions
Before choosing more cloud services, decide what the workload actually needs.
- 01What availability does the application require?Which workloads are business-critical, what level of downtime is acceptable and where does resilience genuinely matter?
- 02How will demand change?What usage patterns, peaks, seasonal behaviour or growth assumptions should the environment be able to absorb?
- 03What should remain managed versus self-operated?Which infrastructure responsibilities are better delegated to managed cloud services, and where does greater control justify additional operational effort?
- 04How should environments be separated?What boundaries are needed across development, testing, staging, production, customers, regions or business units?
- 05What security boundaries does the platform require?How should networks, identity, secrets, access and sensitive workloads be isolated and controlled?
- 06What level of infrastructure cost is justified by the workload?Which architecture choices materially affect cost, and what visibility is needed to understand whether the spend remains justified?
What Cloud & Infrastructure can include
The production foundation spans more than servers.
- 01Cloud architectureCompute, storage, networking and managed services structured around workload requirements.
- 02Hosting environmentsProduction and non-production environments for applications, APIs, websites and digital platforms.
- 03Infrastructure as codeRepeatable infrastructure definitions that can be reviewed, versioned and reproduced.
- 04Container & platform infrastructureContainerised environments, orchestration and runtime platforms where the workload justifies them.
- 05Resilience & disaster recoveryRedundancy, backup, recovery and continuity designed around real business impact.
- 06Cloud cost & capacity managementVisibility into consumption, utilisation and architecture choices that influence ongoing platform economics.
Related cloud & platform areas
Cloud infrastructure usually sits underneath delivery, observability, reliability and security. These capabilities commonly determine whether the environment remains manageable after it has been provisioned.
Engagement scope
What we actually do.
- 01Infrastructure & workload assessmentUnderstand applications, workloads, dependencies, current hosting, availability needs, performance constraints and operational pain points.
- 02Cloud architecture & environment designDefine compute, networking, storage, managed services, environment boundaries and deployment topology.
- 03Infrastructure as codeCreate reproducible infrastructure through version-controlled templates and automated provisioning.
- 04Migration & platform implementationBuild new environments or move workloads from existing hosting, data centres or cloud architectures into the target platform.
- 05Resilience, backup & recoveryDesign redundancy, backups, restoration paths and recovery practices around critical workloads and acceptable downtime.
- 06Cost, capacity & operational readinessEstablish utilisation visibility, scaling practices, ownership and operational controls so the environment can be managed deliberately after launch.
Engagement options
Ways we can work with you.
Not sure which starting point fits? We will help you choose.
- Cloud architecture & foundationDesign and implement a new cloud or hosting environment around a defined application or platform.Useful whenA new product, platform or major modernisation needs a production foundation designed properly from the beginning.
- Cloud modernisationReview and improve an existing environment around resilience, scalability, maintainability, security or cost.Useful whenThe infrastructure works today but has become difficult, expensive or risky to change.
- Managed cloud operationsTake ongoing responsibility for the health, capacity and improvement of the cloud environment.Useful whenThe organisation needs continued infrastructure capability rather than a one-time implementation.
What you leave with
Infrastructure the application can depend on — without becoming dependent on manual heroics.
The exact outputs depend on the environment, but the engagement should leave teams with a production foundation that is repeatable, visible and structured around real operating requirements.
- 01A defined cloud architectureClear decisions around compute, network, storage, managed services and environment boundaries.
- 02Reproducible infrastructureProvisioning and configuration managed through versioned, repeatable definitions rather than undocumented manual setup.
- 03Production-ready environmentsInfrastructure prepared around availability, security, performance and operational requirements.
- 04Resilience & recovery pathsBackups, redundancy and restoration practices appropriate to the criticality of the workload.
- 05Cost & capacity visibilityEnough information to understand utilisation, scaling behaviour and the major drivers of infrastructure spend.
- 06An operable platform foundationOwnership, monitoring hooks and operating practices ready for continued management, change and improvement.
Our approach
Design for the workload first. Choose infrastructure second.
- 01Understand the applicationMap workloads, traffic, dependencies, data, availability expectations and operating constraints.
- 02Define the platform boundariesDecide environments, isolation, network topology, managed services and responsibilities.
- 03Automate the foundationProvision infrastructure through repeatable, reviewable configuration rather than manual setup.
- 04Test failure and scale assumptionsValidate capacity, resilience, recovery and important operational scenarios before they become production incidents.
- 05Operate and optimiseObserve real behaviour, utilisation and cost and evolve the environment as the application changes.
From infrastructure to reliable operation
A healthy environment is a milestone. Software still has to be released, observed and operated.
Cloud & Infrastructure can move directly into the capabilities required to change software safely, understand production behaviour and maintain the applications running on top of the platform.
FAQ
Common questions about Cloud & Infrastructure.
It can include cloud architecture, hosting environments, networking, compute, storage, infrastructure as code, container platforms, resilience, backup, recovery, capacity and cloud cost management.
We can work across major cloud platforms and appropriate hosting environments depending on the workload, existing estate and business requirements. We do not design the architecture around a preferred provider where there is no reason to do so.
Yes. We can assess and improve an existing environment without requiring a complete rebuild or migration.
Yes. Where appropriate, infrastructure can be managed through version-controlled configuration so environments are reproducible and changes can be reviewed and automated.
Yes. Migration can include assessment, target architecture, environment implementation, data and dependency planning, cutover and post-migration validation.
Yes, where containerisation or orchestration is justified by the workload and operating model. We do not introduce Kubernetes simply because it is technically available.
Yes. We can assess utilisation, resource sizing, architecture choices, storage, networking and managed-service usage to identify where cost is disconnected from actual requirements.
Availability should follow business impact rather than a universal architecture pattern. We define which components are critical, acceptable downtime, dependency behaviour and the level of redundancy justified.
Yes. We can define and implement backup, retention, restoration and recovery practices appropriate to the workload.
Yes. Omniway can continue through managed cloud operations, monitoring, DevOps, reliability and application management.
Yes. Cloud work often has to coexist with legacy applications, third-party platforms or remaining on-premise infrastructure during migration or longer-term operation.
Infrastructure provides the environments and platform foundations. DevOps connects those environments to repeatable build, deployment, configuration and release processes.
