Cloud & Application Modernisation
Modernisation does not have to mean a rewrite. Often the fastest improvement comes from addressing what is actually holding a system back: a fragile deployment, an unsupported version, a database under strain, or no visibility when something goes wrong. We assess first, then improve in stages you can stop at.
Who it helps
Where cloud & application modernisation tends to fit
If more than one of these sounds familiar, the solution is likely worth a conversation.
- Organisations running an application that works but is expensive or risky to change.
- Businesses planning to move workloads to the cloud and wanting a realistic plan first
- Teams with manual deployments who need releases to be repeatable and reversible.
- Operations without clear visibility of performance, errors or running costs.
Business problems
The problems this is usually brought in to solve
Deployments are risky events
Releases are performed by hand after hours, and rolling one back is harder than it should be.
Nobody knows what it costs
Cloud spend is reviewed when the invoice surprises someone, with no link between cost and the service it supports.
Failures are discovered by users
There is no monitoring or alerting, so problems are reported by customers rather than by the system.
The platform is unsupported
A runtime or dependency has reached end of support, which limits patching and blocks new work.
Services and capabilities
Core capabilities and optional additions
Core capabilities are part of a typical build. Optional additions are included only when the agreed scope calls for them. What you receive in the end depends on the scope we agree together, so treat this as the menu rather than the order.
Core capabilities
- Application and infrastructure assessments with findings in priority order
- Migration planning covering dependencies, data and cutover approach
- Legacy runtime and framework upgrades with a staged path
- API design and implementation so systems can be integrated safely
- Cloud architecture design on Microsoft Azure or AWS
- Containerisation where it genuinely simplifies delivery and scaling
- Deployment automation with repeatable, reversible releases
- Infrastructure defined as code so environments can be rebuilt consistently
- Observability covering logs, metrics, tracing and alerting
- Resilience work including backups, failover and recovery testing
- Cost management with visibility of what each service actually consumes
Optional additions
- Performance tuning for load or database bottlenecks
- Environment separation for development, test and production
- Disaster recovery runbooks with periodic rehearsal
- Security hardening and network segmentation as a defined workstream
- Support arrangements for the modernised platform
Anything listed as optional is quoted separately and only built if you decide it is worth having.
What an engagement can include
How a scoped project is put together
Not every project needs every step. This is the shape a typical engagement takes, and the scope you agree selects the parts that apply.
- 1Assessment of the current applications, hosting, deployment and dependencies
- 2Findings report with risks, effort indications and recommended order of work
- 3Agreed scope for the first stage, with later stages described but not committed
- 4Implementation with changes made in branching environments and reviewed before release
- 5Migration or upgrade executed with a rehearsed cutover and rollback plan
- 6Observability and alerting configured before the change is considered complete
- 7Documentation, handover and a cost review after the first full billing period
Typical workflows
How it works day to day
These are the workflows this solution usually supports. Yours will be shaped during discovery.
Staged modernisation
- 1The current state is assessed and the constraints documented
- 2The highest value stage is implemented and proven in production
- 3The result is measured against the baseline, including cost and reliability
- 4You decide whether to continue to the next stage, pause, or stop
Release and recovery
- 1A change is built and tested in a non production environment
- 2Deployment runs through the automated pipeline with checks at each step
- 3Monitoring confirms the change is healthy, with alerts wired to a responder
- 4If it is not healthy, recovery follows a documented and rehearsed procedure
Integration options
What it can connect to
Every system also has to allow the connection in the first place. Where a platform does not offer a supported way to integrate, we will tell you during discovery rather than work around it quietly.
Cloud platforms
Microsoft Azure and AWS, including identity, networking, storage and managed services.
Source control and pipelines
Build and deployment automation connected to your repository.
Monitoring and alerting tools
Logs, metrics and error tracking routed to whoever responds.
Identity providers
Sign in and permissions for both users and deployment processes.
Existing databases and file stores
Migration or connection of the data the applications depend on.
Delivery and handover
What you receive, and what stays with you
- Written assessment and a staged plan you can stop at any point
- Infrastructure and pipeline definitions held in your repository, not only in a console
- Runbooks covering deployment, rollback, backup and recovery
- Handover to your team, or an agreed support arrangement for the platform
Security and operations
Security and operational considerations
These are the controls and habits that come with the solution. The detail is agreed for your environment during scoping.
- Least privilege for deployment processes and human access alike
- Secrets held in managed secret storage rather than configuration files or scripts
- Network boundaries and exposure reviewed as part of the assessment
- Patch routine for runtimes, dependencies and base images
- Backups tested by restore rather than assumed to be working
Questions
Cloud & Application Modernisation questions, answered
No. Some workloads belong in the cloud, some are better left where they are, and some can be improved in place. The assessment recommends what to move, what to modernise and what to leave alone, with reasons.
Usually not. Most improvements come from deployment automation, supported runtimes, monitoring and addressing specific bottlenecks. A rewrite is proposed only when the current approach genuinely blocks the outcomes you need.
By planning the cutover, rehearsing it, keeping a rollback path, and running in parallel where the system allows it. Migration is a staged activity with checkpoints, not a single overnight event.
Often there is something to improve, such as oversized resources, unused services or a storage tier that does not match how the data is used. We review the actual consumption and report what we find rather than promising a figure in advance.
You get a measured result and a clear view of the next stage. You can continue with us, take it in house, or stop where the value was delivered. There is no obligation to proceed.
Related solutions
Often considered alongside this
- Managed Database & DBA ServicesDatabase administration, performance tuning, backup verification, recovery testing, migrations and availability planning.View solution
- Custom Web ApplicationsCustomer portals, staff systems, dashboards and workflow applications built to match how your organisation actually operates.View solution
- Dedicated Developers & Engineering TeamsAdditional engineering capacity across frontend, backend, mobile, cloud, data and AI work, working inside your process.View solution
Next step
Discuss your cloud & application modernisation requirements
Tell us about your current systems, the people involved and what you need the outcome to be. We will suggest a scope, flag anything that needs checking first, and explain what the work involves.