Managed technology
We don't disappear after go-live
Launching a system is not the end of the project. It is the beginning of its working life — the part where dependencies break, APIs change without warning, traffic shifts, certificates expire and security patches arrive whether anyone is watching or not. Someone has to own that.
The short answer
What does application management actually include?
Keeping a production system healthy after launch: monitoring and alerting, patching and dependency updates, backup and tested restores, performance and capacity work, integration monitoring, incident response, and the small ongoing engineering changes a live system needs. It is the work that has no deadline until something breaks.
How it works
Production systems do not stay reliable by accident
The value of software is not measured on launch day. It is measured by what happens six months later, when the person who built it has moved on, the dependency has three known vulnerabilities, and nobody has tested whether the backup restores.
Capabilities
What this covers
Ten things, each of which exists because it removes a specific piece of risk or repeated work.
Application management
Ongoing ownership of a live application: releases, dependency updates, small changes, and the questions nobody else can answer.
Production support
A route for things going wrong, with someone who already understands the system rather than reading it for the first time under pressure.
Managed cloud and cloud operations
Infrastructure run properly: access, cost, scaling, and what happens when a region has a bad day.
DevOps and CI/CD
Deployments that are boring. Reproducible environments, automated pipelines, and a way back when a release is wrong.
Monitoring and alerting
Alerts on things that matter to the business — failed orders, stalled queues, integrations that stopped — not only CPU graphs.
Backup and recovery
Backups that are tested by restoring them. An untested backup is a belief, not a control.
Integration monitoring
Watching the connections between systems, which is where most silent failures start.
Performance and capacity
Keeping response times survivable through campaigns, seasons and growth rather than discovering the ceiling during one.
Security hardening and patching
Patch cadence, dependency vulnerabilities, access review, and the unglamorous hygiene that prevents most incidents.
Ongoing engineering
Capacity reserved for the changes a live system needs, so improvements do not queue behind incidents forever.
How we work
Four things that happen before anything is committed
- 01
We start by finding out what is actually running
Inventory, versions, dependencies, credentials, backups, and what nobody has looked at since launch. This usually surprises people.
- 02
We fix what is quietly dangerous first
Missing backups, expired certificates, unpatched dependencies, single points of failure with no alerting on them.
- 03
We instrument the things the business cares about
A stalled payment queue matters more than a CPU spike. Alerts should map to business consequences.
- 04
We keep a written record
What changed, when, and why. So the next person — including a future supplier — is not starting from nothing.
Where we stop
What we will not do
A supplier who never says no is only ever selling. Each of these has cost us work, which is rather the point of writing them down.
- We do not take over a system without being allowed to fix what is unsafe about it.
- We do not sell a support retainer that only covers answering the phone.
- We do not hold a client hostage to our own access. Everything is documented and handed over.
Where this connects
One capability rarely arrives on its own
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Work out the numbers yourself
Every model is published on the page. Several will tell you the work is not worth doing.
FAQ
Questions we get asked
Have someone own the system
Tell us what is running and who currently looks after it. We will tell you what we would check first.
