Unplanned cloud spending
Resources deployed without governance can lead to unpredictable monthly costs.
Hozit helps organisations adopt public cloud infrastructure with practical architecture, migration, deployment, security, backup, monitoring, cost optimisation and ongoing support across Amazon Web Services and Microsoft Azure.
Public cloud platforms give organisations access to scalable computing, storage, networking, databases, backup, disaster recovery and application services without relying only on traditional on-premises infrastructure.
However, successful cloud adoption requires more than opening an account and deploying a server. Architecture, security, identity, networking, governance, backup, monitoring and cost management must all be planned correctly.
Hozit provides AWS and Microsoft Azure consulting, migration, implementation and managed support for businesses that want to move applications, servers, data and services to the cloud.
We support greenfield cloud deployments, hybrid environments, server migrations, application hosting, virtual desktop solutions, backup and disaster recovery, cloud networking and ongoing infrastructure management.
Our approach is designed to reduce migration risk, improve resilience, strengthen security and align cloud costs with real business requirements.
Resources deployed without governance can lead to unpredictable monthly costs.
Poorly planned migrations can cause downtime, data loss or application compatibility issues.
Open ports, excessive permissions and weak identity controls expose cloud workloads.
On-premises systems and cloud services must be connected securely and reliably.
Snapshots alone may not satisfy retention, recovery or compliance requirements.
Businesses may lack monitoring, logging and alerting across cloud resources.
AWS and Azure offer many services, making the correct architecture difficult to select.
Internal teams may need support to design, operate and optimise cloud environments.
The final scope is tailored to the organisation's users, systems, locations, risks and internal capabilities.
Review applications, infrastructure, dependencies, security, costs and migration suitability.
Define target architecture, migration priorities, governance, security and operational ownership.
Architecture, deployment and support for selected Amazon Web Services solutions.
Architecture, deployment and support for selected Microsoft Azure services.
Design compute, storage, networking, databases, identity, backup and monitoring.
Establish structured subscriptions, accounts, networks, policies, logging and access controls.
Create workload inventories, dependency maps, migration waves and rollback plans.
Move supported physical or virtual servers to cloud virtual machines.
Rehost, replatform or modernise supported business applications.
Plan and move supported databases with validation, backup and recovery controls.
Move shared files to cloud storage or suitable collaboration platforms.
Deploy and manage Windows and Linux workloads in AWS or Azure.
Object, block and file storage for applications, backups and business data.
Deploy selected managed relational and NoSQL database services.
Virtual networks, subnets, routing, gateways, VPNs and security groups.
Securely connect offices, data centres and branches to cloud environments.
Integrate on-premises infrastructure with AWS or Azure services.
Roles, permissions, conditional access and least-privilege controls.
Identity integration for supported Azure and Microsoft 365 environments.
Users, roles, policies and access controls for AWS services.
Apply network security groups, cloud firewalls and segmentation controls.
Implement cloud backup policies, schedules, retention and recovery testing.
Design recovery environments for critical servers and applications.
Define recovery priorities, recovery time objectives and recovery point objectives.
Use multiple zones, load balancing and resilient architectures where required.
Distribute application traffic across supported servers and services.
Adjust supported workloads based on demand and performance policies.
Monitor availability, utilisation, logs, performance and selected events.
Create alerts for downtime, resource pressure, backup failure and security events.
Centralise activity and system logs for troubleshooting and accountability.
Assess permissions, exposure, encryption, logging and configuration risks.
Protect supported data at rest and in transit using platform capabilities.
Coordinate operating-system updates and maintenance for managed virtual machines.
Identify and address selected operating-system and configuration weaknesses.
Review current resource use, billing and optimisation opportunities.
Align virtual-machine, storage and database capacity with actual usage.
Evaluate suitable savings options for predictable workloads.
Stop or scale non-production resources when they are not required.
Set thresholds and notifications to improve spending visibility.
Use repeatable deployment templates for supported cloud environments.
Support source control, deployment pipelines and environment management.
Deploy supported Docker-based workloads on appropriate cloud services.
Host web applications, APIs, portals and business systems in the cloud.
Protect supported internet-facing applications from common attack patterns.
Improve delivery performance for selected public web content.
Connect domains, DNS, certificates and cloud-hosted services.
Deploy and renew certificates for supported cloud applications.
Provide secure remote access to supported desktop and application environments.
Create controlled non-production environments for software projects.
Define naming, tagging, access, backup, security and cost-management standards.
Provide architecture diagrams, inventories, access processes and operational records.
Ongoing monitoring, incident response, maintenance and optimisation.
Resources can be adjusted as users, workloads and applications grow.
Cloud architecture can reduce dependence on a single physical site.
New infrastructure can often be provisioned more quickly than physical equipment.
Backup and disaster recovery services improve recovery options.
Monitoring, alerts and logs provide better operational insight.
Cloud, hybrid and multi-site requirements can be supported.
Budgets, rightsizing and governance help reduce unnecessary spending.
Hozit supports planning, implementation and day-to-day cloud operations.
We assess applications, servers, data, dependencies, security, recovery and business priorities.
The target AWS or Azure architecture, operating model and migration approach are defined.
Networking, identity, compute, storage, backup, security and monitoring are designed.
Accounts, subscriptions, policies, networks, access and logging are established.
A suitable low-risk workload is migrated and validated.
Remaining workloads are moved in controlled phases with rollback planning.
Performance, access, security, backup, monitoring and recovery are verified.
Production services are cut over and monitored closely.
Architecture, access, support and operational information are delivered.
Hozit monitors performance, security, backup and cost over time.
A focused review of readiness, architecture, security, cost and migration options.
Plan and execute a defined migration to AWS or Azure.
Design and build a greenfield environment for new workloads.
Connect and manage on-premises and cloud infrastructure.
Create cloud-based recovery for critical supported systems.
Ongoing monitoring, maintenance, support and optimisation.
Review and remediate access, networking, logging and configuration weaknesses.
Analyse resource usage and reduce unnecessary cloud spend.
Support is subject to the agreed scope, vendor requirements, licences and available technical documentation.
Secure application hosting, backup, recovery and controlled access for healthcare environments.
Explore Healthcare solutions →Cloud connectivity and resilience for distributed operational and corporate systems.
Explore Mining solutions →Scalable portals, systems, storage and remote-access services.
Explore Education solutions →Structured cloud environments with governance, logging, security and recovery controls.
Explore Government solutions →Secure hosting, file services, backup and business continuity.
Explore Legal & Professional Services solutions →Cloud infrastructure for booking, tracking, integration and customer platforms.
Explore Logistics & Transport solutions →Scalable hosting for online stores, marketplaces, APIs and transactional services.
Explore Retail & eCommerce solutions →Development, staging, production, APIs, SaaS and DevOps environments.
Explore Technology Companies solutions →We align the cloud design with operational, risk and budget requirements.
Hozit supports selected services across both major public-cloud platforms.
Assessment, migration, security, backup, monitoring and support are managed together.
We connect cloud environments with office networks, servers and business systems.
Identity, access, network controls, logging, backup and encryption are built into the design.
We review performance, cost, availability and security after deployment.
These are illustrative examples and are not presented as named customer case studies.
A business server can be migrated to an AWS or Azure virtual machine with backup and monitoring.
A customer portal or business application can be hosted using scalable cloud infrastructure.
Critical workloads can be replicated or backed up for recovery after a site failure.
An office network can securely connect to cloud-hosted servers through a site-to-site VPN.
Separate development, testing and production environments can support controlled software releases.
Unused resources can be removed, resized or scheduled to reduce monthly spend.
Yes. We provide consulting, migration, deployment and managed support for selected AWS and Azure services.
The choice depends on your applications, Microsoft environment, technical requirements, budget and internal skills.
Yes. Supported physical and virtual servers can be assessed and migrated to suitable cloud virtual machines.
Yes. Application and database migration is available subject to compatibility, scope and testing requirements.
Yes. We implement backup schedules, retention and recovery processes using suitable services.
Yes. We design cloud-based disaster-recovery solutions for supported workloads.
Yes. Site-to-site VPN and other suitable connectivity options can be implemented.
Yes. We review identity, access, networking, encryption, logging and selected configuration controls.
Yes. We assess usage, rightsizing, storage, schedules and suitable savings options.
Yes. Managed support can include uptime, performance, logs, alerts and backup monitoring.
Yes. Supported Windows Server workloads can run on AWS or Azure virtual machines.
Yes. Supported Linux workloads can be deployed and managed in either platform.
Yes. Identity integration and access controls can be configured for supported Microsoft environments.
Yes. Users, roles and policies can be structured according to least-privilege principles.
Yes. Separate non-production environments can be designed for application teams.
Yes. Supported containerised applications can be deployed using appropriate cloud services.
Microsoft 365 is a separate cloud service, but its identity and related workloads can be integrated with Azure.
Downtime depends on the workload and migration method. We plan cutovers to reduce operational impact.
Yes. Managed service options cover monitoring, maintenance, backup, security and optimisation.
We begin with a cloud-readiness and requirements assessment.
Explore managed VPS and private cloud hosting options.
Explore Cloud Hosting →Manage Windows and Linux workloads running in the cloud.
Explore Server Support →Strengthen cloud identity, access, monitoring and protection.
Explore Cyber Security →Connect offices and branches securely to cloud environments.
Explore Network Design →Build and deploy cloud-hosted applications and APIs.
Explore Application Development →Integrate productivity, identity and collaboration services.
Explore Microsoft 365 →Speak to Hozit about your users, infrastructure, support challenges and technology priorities.