The savings start when the build finishes, which is when most programmes stop paying attention
An automation with nobody on call degrades quietly. Volumes drift, a source system changes, an exception queue fills with cases nobody reads, and eighteen months later the process is half manual again. We run the estate so the return promised on the slide deck is the return that lands in the accounts.
- 99.5%+
- automation availability across the managed estate
- < 30 min
- median time to detect a broken run
- Quarterly
- benefit reporting against the original business case
- Fixed
- monthly cost, so the savings case cannot erode as scope grows
What it looks like today
The pattern we find in almost every operation
- The team that built the automation moved on to the next project the week after go-live.
- A source system was upgraded, the extraction broke, and nobody noticed for eleven days.
- The exception queue has grown for six months because clearing it belongs to nobody.
- The original business case was never revisited, so no one can say whether the savings appeared.
- Two processes were automated by different teams with no shared monitoring and no shared on-call.
- Change requests queue behind the original build team, who are now working on something else entirely.
How we do it
The approach, step by step
- 01
Take over the estate properly
An orderly transition: runbooks, alert routing, access, escalation paths and a documented incident process. We do not accept the keys until we can genuinely operate everything in scope, and anything we cannot see into becomes scheduled remediation rather than a caveat.
- 02
Monitor outcomes, not just uptime
Throughput, exception rate, accuracy, cost per transaction and cycle time, watched against the modelled baseline. A process can be up and still be failing to save the money it promised, and only outcome monitoring catches that.
- 03
Work the exception queue
Somebody has to clear the items automation declines to handle, or the queue becomes a backlog with a new label. We staff it or we engineer it down, and we report the size of it every month so it cannot quietly grow.
- 04
Manage change continuously
Volume shifts, new document types, system upgrades and regulation all arrive on their own schedule. A standing change path keeps the automation current without turning every adjustment into a project.
- 05
Report the return quarterly
Modelled against actual savings, presented to the sponsor with the variances explained. This is the discipline that keeps an automation programme funded, and it is the part almost everybody skips.
What you receive
Deliverables, stated up front
- Documented service description, service levels and escalation matrix
- Monitoring and alerting across every automated process in scope
- On-call rota and incident response with defined severity levels
- Exception queue ownership with target clearance times
- Standing change path: intake, estimation, regression testing and release
- Capacity and volume planning against forecast
- Quarterly modelled-versus-actual benefit report with variance analysis
- Continual improvement backlog with agreed targets
You are a fit if
- Automations are in production with no named operational owner
- There is no on-call cover for systems the business now depends on
- Exception queues are growing and nobody is accountable for them
- The board has asked whether the automation programme is delivering
- The team that built the automation has already moved to the next thing
We will tell you it is a fit problem if
- You have a capable automation operations team and need oversight only — we should be reviewing, not running
- The estate is a single process, where the fixed cost of a managed service will not be justified
- Nobody will own the benefit measurement, which is the entire point of the reporting
Systems we work with
Not on the list? We integrate against anything with an API, a database, a file interface or a documented import format.
Questions we get on this
Managed operations: the practical answers
How is this priced?
Will we lose the ability to run it ourselves?
What happens if savings fall short of the model?
Do you operate automations you did not build?
Bring us the process you already know is costing too much
Thirty minutes with an engineer is usually enough to tell whether it is worth automating, roughly what it would save, and whether the payback is inside a window your finance team will accept. If the answer is no, we will say so on the call.