Cloud Operations

Your cloud estate. Running autonomously.

Alarm triage. Patching. Provisioning. Every operational task, within your approved guardrails.

Scope a pilot →
AWS, Azure, GCP and VMware
Fully auditable
Results measured in 8 weeks
ISO 27001:2022 certified
EU data residency
The execution gap

Cloud operations still runs on human throughput.

Your monitoring tools surface issues around the clock. But acting on them still depends on a person being available, whether that's someone on your team or at your managed service provider. Work queues. Drift accumulates. Resolution waits.

The ceiling on speed and cost is set by how many hands are free to act. That ceiling doesn't have to exist.

Where the gap shows up

  • Incidents waiting in a queue because the right engineer isn't immediately available, in-house or at your provider
  • Compliance drift caught in quarterly reviews, not corrected as it occurs
  • Patching that requires manual scheduling, execution, and sign-off
  • Service requests building behind ticket backlogs, regardless of SLA
  • Operational knowledge that lives in people's heads rather than in the system
What we run

Cloud operations. One closed loop.

Autonomous Cloud Operations runs your full cloud estate. Every action follows the same loop: detect, diagnose, execute, verify, and log, within your approved policy boundaries. Your engineers step in only when an action genuinely needs them.

AWS
Azure
GCP
VMware
Kubernetes
SCM
    • Incident resolution - Autonomous Cloud Operations triages, diagnoses, and remediates alarms. Start to finish. Your engineers are only paged when an action needs their sign-off. Resolution completes with verification and a full audit record.
    • Service request - Autonomous Cloud Operations fulfils infrastructure and access requests within SLA, at any time of day, without a ticket queue. Every action is policy-governed and logged.
    • Patching and compliance - Approved patches execute on schedule with rollback built in. ACO corrects compliance drift as it occurs, not flagged for someone to act on later.
    • Configuration drift correction - Autonomous Cloud Operations detects and corrects drift from approved baselines continuously. Your environment stays aligned, not discovered to be out of alignment at the next review.
    • Post-incident encoding - Every resolved incident updates the operating model. Repeat failures become rarer. Operational knowledge stays in the system. It doesn't walk out with departing engineers.
    • Human-in-the-loop control - High-risk actions require explicit engineer approval before they execute. A customer-controlled kill switch stops autonomous execution at any point. You set the boundaries.

Ready to see this running in your environment?

A 30-minute conversation is all it takes to scope a contained pilot.

Scope a pilot →
How it's delivered

Proven before you commit to anything.

A contained pilot runs alongside your existing operations. No disruption, no lock-in, and a validated business case in 8 weeks.

  • Carve-out pilot

    50 hosts. Non-production. Autonomous Cloud Operations runs parallel to your current setup from week one, with your existing operations untouched.

    • Define episode classes and policy guardrails
    • Baseline your current MTTR and ops cost
    • Autonomous execution begins immediately

  • Measure and compare

    At week 8, results are measured side-by-side against your pre-pilot baseline. No interpretation required.

    • Incident resolution time
    • First-line engineer hours
    • Cost per managed host

  • Expand or exit

    If the business case is proven, expand scope at your pace. If not, no obligation and no hard feelings.

    • Gradual scope expansion on your terms
    • Full audit trail from day one
    • Fixed per-host pricing throughout
    • ISO 27001:2022 certified · EU data residency (Frankfurt)
Business impact

Outcomes you can plan around.

These numbers come from live enterprise environments. Not projections. Measured outcomes from closed-loop autonomous operations running in production.

One customer moved from 70 hours of first-line ops work per month to 5. P2 incidents that took 2 hours to resolve now close in 9 minutes. 220 tickets per month now close without a human touch.

Fixed per-host pricing means the cost is known before you start, and doesn't grow with incident volume.

  • Average MTTR

    P2 incidents, from detection to verified resolution

  • First-line time freed

    Your engineers focus on architecture, not alerts.

  • Auto-resolution rate

    Episodes closed without human touch

  • Ops cost reduction

    Per-host savings against MSP baseline

Proven in production

Results from real environments.

Enterprise cloud estates, running autonomously. Outcomes measured, not estimated.

Start with a focused conversation about your cloud estate.

We run a no-obligation discovery call to understand your infrastructure, your current operational challenges, and what autonomous operations would mean for your team.

Your benefits:

  • One fixed monthly cost - regardless of incident volume.
  • Incidents resolved in minutes - before anyone is paged.
  • Security posture maintained continuously - not reviewed quarterly.
  • Every efficiency gain - goes back to your team and your bottom line.

What happens next?

Talk.

A 30-minute focused discussion about your cloud estate and goals.

Scope a pilot.

50 hosts, non-production, running alongside your current setup.

Results.

A validated business case in 8 weeks, measured from your environment.

No obligation. Just a focused 30-minute discussion about your cloud estate.