Cloud Architecture & Design
Plan infrastructure around workload requirements, technical dependencies, scalability, cost and appropriate security controls.
Your cloud infrastructure supports the applications, information and services your employees rely on every day.
From virtual servers and networking to storage, identity and security, a well-designed cloud environment provides the technical foundation for modern business operations.
IRON IT Group helps organisations explore, design, implement and manage cloud infrastructure solutions using Microsoft Azure, hybrid environments and compatible cloud technologies.
Every business relies on technology infrastructure to run its applications, store information and connect employees to essential systems.
Traditionally, these services may have depended on servers, storage and networking equipment located within the organisation's own premises.
Cloud infrastructure offers another approach by providing computing, storage, networking and related services through compatible cloud platforms.
However, moving infrastructure into the cloud does not automatically create a secure or efficient environment. Architecture, resource sizing, identity, connectivity and operational responsibilities still matter.
IRON IT Group approaches cloud infrastructure planning with your wider technology environment in mind, including existing applications, users, security requirements and business objectives.
Explore Cloud Infrastructure Consulting →Explore eight areas that can form part of a cloud infrastructure project, from initial architecture to ongoing management.
Plan infrastructure around workload requirements, technical dependencies, scalability, cost and appropriate security controls.
Explore suitable virtual machine and cloud compute services for compatible business applications and systems.
Evaluate file, object, disk and other supported storage options according to application and data requirements.
Design suitable virtual networks, routing, connectivity and network protection for cloud-hosted workloads.
Connect appropriate on-premises systems with supported cloud services where the business requires both environments.
Consider authentication, access controls, network segmentation and workload security within the infrastructure design.
Explore operational monitoring, alerts, infrastructure updates and support responsibilities for cloud workloads.
Review resource usage, cost, policy requirements and opportunities to improve existing cloud infrastructure.
A cloud environment is more than a collection of virtual machines.
Business workloads often depend on several connected technical components, including computing resources, storage, networking, identity and security controls.
When these components are designed without considering their relationships, infrastructure can become difficult to manage and costly to operate.
A structured architecture provides a way to consider how services connect, which teams are responsible for them and how the environment should be operated.
For Microsoft Azure, landing zone guidance can help organisations plan resource organisation, connectivity, security and governance before deploying production workloads.
Discuss Cloud Architecture →A simplified example of the components that may form part of a cloud infrastructure environment.
Microsoft Azure provides a broad range of infrastructure services for running business workloads, managing data and connecting environments.
Azure Virtual Machines can provide suitable compute resources, while Azure networking and storage services support the wider technical requirements of hosted applications.
A well-designed environment should consider how resources are organised, who can access them and how operational policies are applied.
Azure landing zone planning may be appropriate where organisations require more structured subscription management, networking, identity, security and governance.
Cloud infrastructure can be implemented in different ways. The most suitable approach depends on existing systems, business priorities, application requirements and financial considerations.
Use suitable infrastructure services provided by a cloud platform such as Microsoft Azure.
Public cloud can offer a range of computing and storage choices, subject to service limitations, configuration and pricing.
Combine existing on-premises technology with compatible cloud infrastructure to support workloads that depend on both environments.
Hybrid design should consider networking, identity, data exchange, security and ongoing administration.
Use services from more than one cloud provider where business or technical requirements justify the additional complexity.
Multi-cloud planning should include interoperability, operational skills, security, governance and cost considerations.
Modern cloud applications depend on reliable and appropriately secured network connectivity.
Businesses may need to connect employees, branch offices, on-premises servers and cloud-hosted workloads.
The right approach depends on available connectivity, application requirements, network performance, security controls and the infrastructure being used.
For suitable Azure environments, this may involve virtual networks, routing, network security groups, VPN connectivity or other supported networking services.
Cloud providers operate important parts of the underlying platform, but customers continue to manage security responsibilities relevant to their workloads.
For infrastructure-as-a-service environments, organisations may remain responsible for operating systems, deployed applications, configuration, network controls, identities and business data.
A responsible cloud infrastructure design considers access management, sensitive information, workload protection, administrative permissions and appropriate operational controls.
Security arrangements should also be reviewed when applications, employees and business requirements change.
Cloud infrastructure offers different options for availability and recovery, but resilience is not automatic.
The design of your applications, dependencies, network connectivity and data protection arrangements determines how effectively services can withstand or recover from disruption.
Some workloads may require redundancy, availability zones or other architectural measures. Others may be sufficiently protected through suitable backups and documented recovery procedures.
The right decisions depend on business criticality, recovery objectives, technical capabilities and cost.
The value of cloud infrastructure isn't measured only by servers, storage or technical specifications.
It is also measured by how well business applications support employees, teams and customers.
Cloud planning should consider the everyday experience of users, the responsibilities of technical teams and the systems that are most important to business operations.
Discuss Your Infrastructure Goals →Cloud systems require appropriate technical management to remain secure, maintainable and aligned with changing business needs.
Explore suitable monitoring and alerting arrangements for relevant computing, networking and storage resources.
Define technical responsibilities for configuration changes, operating system maintenance and resource administration.
Review access controls, relevant configuration risks, security updates and operational security requirements.
Evaluate infrastructure performance, application requirements and potential resource configuration improvements.
Review consumption, resource sizing, budgets and opportunities to improve financial governance.
Maintain appropriate backup configurations, recovery procedures and periodic validation activities.
Monitoring hours, incident response, patching responsibilities and service levels should be defined in the agreed support contract.
Cloud platforms offer different ways to consume computing, networking, storage and other services.
However, usage-based charging can make expenditure difficult to predict when resources are not monitored or appropriately managed.
Infrastructure planning should consider both initial implementation and the ongoing cost of the chosen architecture.
A suitable review may identify resource-sizing changes, unused services or different commercial arrangements worth exploring.
Cloud infrastructure should be introduced through a process that considers technical dependencies, business outcomes, security and long-term operating responsibilities.
Understand business goals, existing technology, workloads and operational requirements.
Evaluate architecture options, connectivity, security, costs and technical feasibility.
Plan suitable cloud resources, networking, identity, governance and resilience.
Deploy and validate agreed infrastructure components under appropriate change controls.
Review operations, performance, spending, security and future improvement requirements.
The right infrastructure approach can provide a platform for modern applications, connected operations and future development.
Explore infrastructure options that can be adjusted as suitable business computing requirements evolve.
Plan appropriate connectivity between employees, offices, applications and cloud environments.
Build identity, access, network security and workload protection considerations into technical planning.
Evaluate suitable availability, backup and recovery approaches for important workloads.
Use appropriate monitoring, governance and support procedures to manage cloud resources.
Develop an infrastructure approach that can be reviewed and improved as the organisation changes.
Answers to common questions about Microsoft Azure, virtual servers, networking, cloud security, hybrid environments, operational management and infrastructure costs.
Cloud infrastructure refers to computing, networking, storage and supporting technology resources provided through cloud platforms. These components can be used to run business applications, store information and support other digital workloads.
Common components include computing resources, virtual networks, storage, identity services, security controls, monitoring and management capabilities. The actual components depend on the platform and workload.
Managed cloud infrastructure involves a provider undertaking agreed administration and support responsibilities for cloud resources. These can include configuration, monitoring, updates, troubleshooting, security reviews and optimisation, depending on the contract.
Microsoft Azure infrastructure requirements can be assessed and scoped, including virtual machines, networking, storage, security and management. Actual services and support commitments should be agreed before implementation.
An Azure Virtual Machine is a cloud-based computing resource that can run a supported operating system and suitable applications. Customers generally retain responsibility for operating system and application management within the virtual machine.
Azure Virtual Network provides networking capabilities for Azure resources, including addressing, segmentation, routing and connectivity to supported services and other networks.
Yes. Supported connection methods may include site-to-site VPNs and other private connectivity options. The appropriate solution depends on the network, provider, security requirements and available services.
Hybrid cloud combines cloud-hosted technology with existing infrastructure or other environments. It can be useful when workloads require on-premises components or when organisations are adopting cloud services gradually.
Multi-cloud refers to using services from more than one cloud provider. It may support specific technical or business requirements but can introduce additional complexity in security, networking, governance and operations.
Cloud providers offer important security capabilities, but security also depends on customer configuration, identity, access permissions, applications, networking and ongoing management. A cloud environment is not automatically secure.
Responsibility is shared between the provider and the customer, with the exact division determined by the service model. For infrastructure-as-a-service, customers commonly remain responsible for their operating systems, applications, data, identities and many network configurations.
An Azure landing zone is an architectural foundation used to organise and govern Azure environments. It can include subscription structure, networking, identity, security, policies and shared management resources.
Some existing servers can be migrated to cloud infrastructure, depending on operating systems, applications, dependencies, vendor support, security and licensing requirements. A migration assessment should establish feasibility first.
Many cloud platforms support changes to allocated resources and capacity, subject to technical limitations, available service tiers, regional capacity and costs. Applications may also need architectural changes to scale effectively.
No. Cloud services and applications can still experience outages. Availability depends on the architecture, provider services, application dependencies, network connectivity and operational procedures.
Yes. Different cloud platforms offer backup and recovery capabilities for supported workloads and data. Appropriate backup arrangements should be selected according to business recovery objectives and workload requirements.
Backup focuses on retaining recoverable copies of information. Disaster recovery includes the wider process of restoring affected workloads, infrastructure and services after a disruption.
Monitoring involves collecting and reviewing relevant operational information about cloud resources. It may include availability, performance, logs, resource usage and alerts, depending on the services and configuration.
Monitoring coverage, staffing, response arrangements and support hours depend on the service selected and the agreed support contract. The availability of automated monitoring tools does not automatically mean round-the-clock human support.
An existing environment can be reviewed for opportunities involving architecture, resource sizing, security, governance, cost, monitoring and operational management. Recommendations depend on the findings and the agreed scope.
Cloud services can change the balance between capital and operating expenditure and may offer resource flexibility. However, savings are not guaranteed. Costs depend on usage, licences, data transfer, architecture and ongoing support.
Azure can support organisations of different sizes, but the appropriate solution depends on applications, complexity, workload requirements, costs and the business's ability to manage the environment.
Cloud platforms offer security and governance capabilities that may support compliance activities. Meeting regulatory requirements also depends on configuration, organisational practices, contracts, legal obligations and other controls.
The timeframe depends on architectural complexity, networking, applications, data, identity requirements, security, testing and procurement or approval processes.
Costs depend on the chosen platform, computing resources, storage, networking, licensing, deployment activities and ongoing support. Contact IRON IT Group to discuss an appropriate solution scope.
Explore related cloud services covering planning, migration and Microsoft Azure.
Talk to IRON IT Group about Microsoft Azure, virtual infrastructure, cloud networking, hybrid environments, security, resilience and the ongoing management of your cloud technology.