Cloud Services

Moving infrastructure into the cloud does not automatically make it simpler.

Over time, environments can become collections of manually created servers, networks, security rules, databases, storage accounts, applications, backups, and services configured differently by different people.

One environment may not match another. Nobody is completely certain which settings are required. Changes may be made manually without being documented. Infrastructure becomes difficult to reproduce, and the organisation becomes increasingly dependent on the people who understand how it was originally configured.

Costs can also grow unnoticed.

Unused infrastructure remains active. Resources are over-provisioned. Applications consume more capacity than expected. Different cloud services are introduced without an overall architecture or governance model.

At the same time, availability and recovery may be assumed rather than properly designed and tested.

A system may have backups without anyone knowing whether it can actually be restored. A critical application may depend on one region, one server, or one database. Security controls can vary between environments.

The challenge is not simply moving technology into the cloud. It is creating a cloud environment that can be managed, secured, reproduced, recovered, and scaled with confidence.

CBOS approaches cloud infrastructure as part of the wider technology architecture rather than simply somewhere to place servers.

We start by understanding what the environment needs to support.

What applications are running? How critical are they? What level of availability is required? Where are the users? What information is being stored? What are the recovery requirements? How quickly must the environment scale? Which security controls are required? What cloud platforms are already being used? What should happen if a service, region, or component fails?

We then design the environment around those requirements.

CBOS works across Microsoft Azure, AWS, Google Cloud, and Huawei Cloud, allowing the architecture to be determined by the organisation's requirements rather than by our dependency on a particular cloud provider.

Infrastructure is standardised and automated wherever practical, reducing the number of manual steps required to create and maintain environments.

This provides a stronger foundation for applications, integrations, data platforms, analytics, automation, and AI services.

CBOS helps move organisations from: “Our infrastructure works, but only a few people understand how everything has been configured.”

to: “Our environment is defined, repeatable, monitored, recoverable, and under control.”

Bespoke development starts with understanding the business before deciding what technology should be built.

Assess

For an existing environment, we begin by understanding what is currently running and how the different components interact.

This includes the applications, databases, networks, integrations, security requirements, data, workloads, users, dependencies, current costs, and business-critical services.

For a new environment, we start with the solution architecture and determine what infrastructure will be required to support it reliably.

The objective is to understand both the technology and the business requirements behind it before determining the appropriate cloud architecture.

Architect

Once the requirements are clear, CBOS designs the architecture that will support them.

The architecture considers how workloads should be distributed, how applications communicate, where data should reside, how users and systems authenticate, how access should be controlled, how failures should be handled, and how the environment will scale as demand changes.

Depending on the requirement, the architecture can include:

• Compute, containers, and application services
• Networking, connectivity, and traffic management
• Databases, storage, and data services
• Identity and access management
• Security and perimeter controls
• High availability and geo-redundancy
• Backup and disaster recovery
• Monitoring, logging, and alerting

The objective is to create an architecture appropriate to the importance of the systems it supports rather than over-engineering or under-protecting the environment.

Automate

CBOS defines infrastructure through code wherever practical.

This means networks, services, resources, configurations, and environments can be deployed according to an agreed definition rather than someone manually recreating the same configuration each time.

Changes can be controlled and reviewed. Environments can be reproduced. Development, testing, staging, and production environments can follow the same underlying standards.

Infrastructure becomes part of the technology lifecycle rather than a collection of settings hidden inside a cloud console.

Deploy

For greenfield solutions, CBOS builds the new environment according to the agreed architecture.

For existing systems, the deployment may form part of a wider migration or modernisation programme. This can involve moving workloads, databases, applications, storage, integrations, or services into a new cloud architecture while managing dependencies and operational risk.

A migration can involve approaches such as:

• Moving existing workloads into cloud infrastructure
• Replatforming applications onto managed cloud services
• Modernising selected components while retaining others
• Moving from single-server to highly available architectures
• Migrating between cloud providers
• Creating hybrid or multi-cloud environments
• Moving applications progressively rather than all at once
• Building parallel environments before controlled cutover

The appropriate approach depends on the system, its age, business importance, architecture, and tolerance for disruption.

Protect

CBOS treats resilience and security as fundamental parts of the cloud architecture.

Access is controlled according to the requirements of the organisation. Services are monitored. Backups are automated. Recovery processes are defined and tested. Where appropriate, workloads can be distributed across availability zones or geographic regions to reduce dependency on a single infrastructure component or location.

The aim is not to claim that failure will never occur.

It is to design the environment so that individual failures do not unnecessarily become business failures.

Manage

Cloud infrastructure requires ongoing management.

Applications change. Security threats evolve. Resource requirements increase or decrease. New cloud services become available. Costs move. Operating systems and platforms need updating. Business continuity requirements change.

CBOS manages the environment continuously, monitoring infrastructure health, maintaining the underlying technology, reviewing capacity and performance, supporting deployments, addressing operational issues, and helping the architecture evolve as the organisation changes.

This allows internal teams to focus on the business and applications rather than the infrastructure beneath them.

For one organisation, the requirement may be a secure environment for a new business application.

For another, it may involve migrating an estate of legacy servers and databases into the cloud while maintaining continuity for existing users.

A high-volume digital platform may require automated scaling and highly available infrastructure across multiple availability zones. A business-critical system may need geographic redundancy, controlled failover, and recovery capability. Another organisation may need to operate services across more than one cloud provider.

CBOS can design and manage the infrastructure required for bespoke applications, enterprise platforms, customer-facing systems, data environments, analytics platforms, integration services, APIs, containerised workloads, and AI solutions.

We can also work within hybrid environments where cloud infrastructure needs to remain connected to on-premises technology.

The architecture is determined by what the business and its applications require, not by a predetermined cloud template.

Infrastructure sits underneath almost every digital capability within an organisation.

Customers may never see it. Employees may never interact with it directly. But when it fails, everything above it is affected.

A well-designed cloud environment creates a stable foundation for the applications and services the business depends on.

Infrastructure can be deployed more consistently. New environments can be created faster. Changes carry less risk because configurations are controlled. Capacity can increase as demand grows. Monitoring provides earlier visibility of problems. Recovery plans reduce the impact of failures.

Automation also removes much of the repetitive manual work traditionally associated with infrastructure management.

Instead of engineers repeatedly configuring environments by hand, standardised infrastructure can be deployed and managed programmatically.

The value of cloud is not simply where your technology runs. It is how reliably, securely, and efficiently that technology can be operated.

Cloud Services may become important when an organisation is running ageing infrastructure, experiencing capacity limitations, maintaining manually configured environments, or struggling to support growing application demands.

A business may also be preparing to launch a new digital platform and want the infrastructure to scale without purchasing physical hardware in advance.

In other cases, the challenge is resilience. Critical systems may still depend on individual servers or locations, creating unnecessary operational risk.

Cloud can also enable a wider modernisation strategy.

Applications can progressively move towards managed services, containers, automation, Infrastructure as Code, and more resilient architectures without requiring the entire technology estate to change at once.

For organisations already operating in the cloud, the opportunity may be less about migration and more about bringing consistency, governance, security, automation, and cost control to an environment that has grown organically.

A Legacy Environment

“Our servers are reaching end of life, but the applications they run are still important.”

CBOS can assess the existing workloads and develop an appropriate cloud migration strategy.

Some workloads may move largely as they are. Others may benefit from modernisation or managed cloud services. The migration can be phased so that risk is controlled while the organisation progressively moves towards a more sustainable infrastructure model.

A Business-Critical Platform

“If this system goes down, our business cannot operate.”

CBOS can architect the environment for high availability, redundancy, monitoring, backup, and recovery according to the criticality of the application.

Where appropriate, services can operate across multiple availability zones or geographic regions so that the platform is not dependent on a single component or location.

A Growing Digital Platform

“We don't know how quickly demand will grow once the platform launches.”

Cloud infrastructure can allow computing capacity and services to scale as requirements change.

CBOS designs the environment so that growth can be accommodated without the business having to continually redesign its infrastructure as usage increases.

A Development Team

“Our development, test, and production environments are all slightly different.”

Infrastructure as Code allows the underlying architecture to be defined once and applied consistently across environments.

This reduces configuration differences, makes deployments more predictable, and gives teams greater confidence that software tested in one environment will behave consistently when moved into another.

A Multi-Cloud Organisation

“Different parts of the business are already using different cloud platforms.”

There may be legitimate reasons to retain more than one cloud provider.

CBOS can help establish an architecture and management approach that brings greater consistency to those environments while still allowing workloads to take advantage of the services best suited to their requirements.

A New Digital Product

“We are building something new and want the infrastructure designed properly from day one.”

CBOS can design the cloud architecture as part of the wider solution rather than waiting until development is complete to determine how it will be hosted.

Application architecture, infrastructure, security, data, deployment, monitoring, backup, and scaling can therefore be designed as one connected solution.

Infrastructure as Code changes the way cloud environments are managed.

Instead of infrastructure existing only as settings configured through a cloud portal, the required environment is described through code.

This creates an auditable definition of what should exist.

If an environment needs to be recreated, the same definition can be used again. If a change is required, that change can be made to the code and applied consistently. If someone needs to understand how the environment is configured, the architecture is not dependent solely on undocumented knowledge held by an individual engineer.

It also helps reduce configuration drift, where environments that were originally identical gradually become different because of manual changes made over time.

For CBOS, Infrastructure as Code is not simply a deployment convenience.

It is an important part of creating cloud infrastructure that is controlled, repeatable, maintainable, and owned by the organisation.

Cloud providers offer highly resilient infrastructure, but simply running something in the cloud does not automatically make the application highly available.

Resilience has to be designed.

The application, database, networking, storage, and supporting services all need to be considered when determining how the environment should respond to failures.

For critical environments, this can include redundancy across infrastructure components, availability zones, or geographic regions.

Backup and recovery are equally important.

Having a backup is not the same as having a recovery capability.

CBOS considers how information will be restored, what systems need to come back first, how quickly recovery needs to happen, and whether the recovery process has actually been tested.

The objective is to understand the risk before the failure occurs rather than discovering the limitations of the architecture during an incident.

A cloud environment should not become dependent on the company that originally built it simply because nobody else can understand how it works.

CBOS designs environments with ownership and portability in mind.

Infrastructure as Code, documented architecture, standard cloud services, controlled configuration, and clear access arrangements make it possible for the organisation to retain ownership of its environment.

Where CBOS manages the infrastructure, we become the team responsible for operating it.

We do not try to make ourselves technically impossible to replace.

The value of the relationship should come from the quality of the service we provide, not from locking the customer into technology they cannot control.

This is particularly important for organisations making long-term investments in cloud infrastructure.

Your cloud foundation should remain an asset belonging to your business.

The immediate benefits of cloud infrastructure can be technical, but the ultimate impact is operational.

Standardised environments reduce deployment surprises. Automation reduces repetitive infrastructure work. Monitoring makes problems visible sooner. High availability reduces unnecessary downtime. Tested recovery provides greater confidence that systems can be restored when failures occur.

Scalable infrastructure allows the organisation to respond more easily to changing demand without continually purchasing and installing physical hardware.

Cost visibility also improves.

Cloud expenditure can be monitored and attributed more accurately, allowing underused or unnecessary resources to be identified and infrastructure to be adjusted as requirements change.

Most importantly, the business gains a technology foundation that can support continued change.

New applications can be deployed more quickly. Data and AI services can be introduced. Additional locations and users can be supported. Existing systems can be modernised progressively.

The objective is not simply to move infrastructure into the cloud. It is to create a technology foundation that makes the organisation more resilient, adaptable, and easier to operate.