Infrastructure & Platform · Systems Rescue

Twenty years of rescuing systems.

When production is failing, the platform is fragile, or nobody left knows how it works, we are the engineers you call. We stabilize it, fix the root cause, and leave it in better shape than we found it. A service on its own; no AI project required.

Talk to Chris about a system What a rescue covers
Infrastructure & Platform Disaster Recovery Legacy Work Systems for AI MSP Partners

Systems rescue

What "rescuing a system" actually means.

Not a slide deck about best practices. Hands-on engineering inside the systems that run your business, starting with whatever is on fire.

An operations room at night Starting with whatever is on fire.
  • ⚠

    Stabilize failing production

    Outages, cascading failures, pages at 3 a.m. We get in, stop the bleeding, and find the real cause, not the symptom the last fix papered over.

  • ⇅

    Performance & reliability

    Slow queries, saturated hosts, memory leaks, flaky jobs, runaway cloud bills. Measured first, fixed in order of impact, verified after.

  • ↻

    Legacy modernization

    Old systems made supportable again: upgraded, containerized, wrapped behind modern interfaces, or retired on a plan, without breaking what depends on them.

  • →

    Migrations

    Data centers, clouds, databases, operating systems, frameworks. Planned cutovers with rollback paths, parallel runs, and verification that nothing was lost.

  • ⚿

    Security hardening

    Patch debt, exposed services, shared credentials, missing audit trails. Least-privilege access, secrets management, and a baseline you can defend.

  • ⛨

    Disaster recovery

    Backups that actually restore, RTO and RPO the business signed off on, runbooks, and drills. Or emergency recovery when the disaster already happened.

    Disaster recovery & continuity planning →

How a rescue runs

Stop the bleeding.
Then fix it properly.

Most systems in trouble did not fail all at once. They drifted: a workaround here, an unpatched host there, a deploy process that lives in one person's head. By the time it is an emergency, the team is too busy firefighting to fix anything underneath.

We take the firefighting off their hands, work out what is actually wrong, and fix it in order of risk. Every change is reversible and verified. Nothing gets ripped out that does not need to be.

When we are done, the system is stable, monitored, documented, and handed back to a team that can run it. If it involves an older system worth keeping, that is our legacy work: wrap, extend, and document rather than replace.

Illustrative systems rescue Incidents per month fall from around fifteen to one or two after the rescue starts in month five, while availability rises from about 98 percent to above 99.9 percent. 05101520 97%98%99%100% Rescue starts M1M2M3M4M5M6M7M8M9M10M11M12
Incidents per month Availability Illustrative: the typical shape of a rescue, not a specific client's data.
  1. 01TriageStop the damage. Contain the incident, protect the data, buy time.
  2. 02DiagnoseFind the root cause with evidence: metrics, logs, traces, code.
  3. 03StabilizeFix in order of risk. Every change reversible and verified.
  4. 04HardenMonitoring, automation, and guardrails so it does not recur.
  5. 05Hand backRunbooks, documentation, and a team that can run it.

Platform engineering

Platforms that run without babysitting.

Design, build, and operate the platform your applications run on. Built on what you already have wherever possible, and written down so it can be rebuilt.

Platform architecture: edge, applications, data, backups and a disaster recovery site, on top of observability, CI/CD, infrastructure as code and security Edge DNS · CDNWAFLoad balancers Applications KubernetesServices · APIsWorkers · queues Data DatabasesObject storageCaches · search Backups Immutable copiesOffsite · offlineRestore tests DR site Warm standbyReplicationFailover runbook ObservabilityCI/CDInfrastructure as codeSecurity · accessRunbooks replication
Infrastructure & platform Disaster recovery Operations layer under everything

Cloud & on-prem platforms

Public cloud, private cloud, hypervisors, bare metal, and hybrids of all of them. Built for the workload, not the vendor.

Kubernetes & containers

Cluster design, upgrades, multi-tenant platforms, ingress, storage, and the operational habits that keep them healthy.

CI/CD

Build, test, and deploy pipelines with gates in front of production. Every change reviewable, repeatable, and reversible.

Observability

Metrics, logs, traces, and alerts that point at the problem. Dashboards people actually read, alerts people do not ignore.

Infrastructure as code

Reproducible, version-controlled environments. Rebuild from a repo instead of from memory.

Linux, Windows & databases

The layers under the platform: operating systems, networking, storage, and the databases everything depends on.

MSP partners

Senior engineering
behind your brand.

Managed service providers bring us in when a client needs more than the day-to-day: a platform build, a migration, a rescue, or an AI project. We work white-label, under your name and your client relationship, and hand the result back to your team to run.

Become a partner
  • White-label delivery. We show up as part of your team. Your brand, your client.
  • Escalation depth. A senior engineer for the problems your tier-2 cannot close.
  • Projects you can sell. Migrations, platform builds, hardening, and AI work you would otherwise turn down.
  • Clean handoff. Runbooks and documentation so your team owns it after we leave.

Tell us what is breaking.

A failing platform, a migration that stalled, a system nobody wants to touch. Describe it and we will tell you honestly what it takes to fix.

Talk to Chris → See legacy work
Systems down?Emergency recovery