Solutions

Start from the outcome, not the feature list

Five problems account for most of what infrastructure organisations are asked to fix this year. Each one has a measured result behind it from a production estate.

Book demo See the modules

Availability

Reduce unplanned downtime

The problem

Most unplanned outages trace back to a change nobody modelled the blast radius of, or a dependency nobody knew existed. The incident is the first time the real topology becomes visible.

How Infrapilot addresses it

Infrapilot maintains that topology continuously and refuses to execute a change whose blast radius exceeds policy. When something does break, the diagnostic evidence is already gathered by the time an engineer opens the ticket.

Live dependency mapping with evidence per edge
Blast-radius limits enforced before execution
Automated evidence collection on alert
Policy-bounded self-healing for known failure modes

Currency

Accelerate patch cycles

The problem

Patch programmes rarely fail on execution. They fail on coordination — agreeing a sequence that preserves quorum, securing windows across business units, and chasing the exceptions that did not complete.

How Infrapilot addresses it

Wave plans are derived from the dependency graph rather than negotiated in a meeting. Health gates decide whether the next wave proceeds, failures re-queue automatically, and the change record closes itself.

Dependency-aware wave planning
Quorum and replication constraints respected
Automatic halt and rollback on health regression
Exception tracking through to zero

Assurance

Move to continuous compliance

The problem

Point-in-time audits measure the estate on the day someone looked. Between audits, drift accumulates quietly, and evidence collection becomes a multi-week manual exercise across several teams.

How Infrapilot addresses it

Controls are tested on a schedule against every in-scope system. Failures become governed remediation workflows with owners and dates. Evidence is produced in the assessor’s own format, continuously.

CIS, PCI DSS, HIPAA, SOX, DORA and NIST 800-53 mappings
Continuous control testing with per-check timestamps
Remediation raised as standard change, not a spreadsheet
Risk acceptances tracked with owners and expiry

Transformation

Deliver migrations on a fixed date

The problem

Datacentre exits and cloud programmes slip because each move group is treated as a bespoke project. Discovery is redone, cutover is improvised, and rollback exists only on paper.

How Infrapilot addresses it

The migration factory turns move groups into a repeatable pipeline: wave planning from the dependency graph, automated target build, rehearsed cutover against production data, and a rollback path that has actually been executed.

Move-group planning from observed dependencies
Target environments built from generated IaC
Cutover rehearsal with reconciliation and smoke tests
Validated rollback before the real window

Efficiency

Reduce operating cost

The problem

The largest infrastructure cost in most enterprises is not licences or cloud spend. It is skilled engineering hours consumed by work that is repetitive, out-of-hours, and impossible to hire your way out of.

How Infrapilot addresses it

Routine change moves to unattended execution inside a policy envelope. Engineers keep the judgement calls and lose the 2am restarts. Cost avoided is reported from execution data, not estimated.

Unattended remediation for precedented failure modes
Out-of-hours work reduced to genuine exceptions
Orphaned and untagged cloud resource reclaimed
Avoided-cost reporting traceable to source events

By team

What changes for the people doing the work

Automation programmes fail when they are designed for the org chart rather than for the person holding the pager.

Database engineering

Today

Seventeen engines, each with its own tooling, its own runbooks and its own specialist.

With Infrapilot

One operating model across every engine, so expertise compounds instead of fragmenting.

Platform & SRE

Today

Toil that never quite reaches the top of the backlog, because it is spread across a hundred small tasks.

With Infrapilot

Durable workflows that absorb the repetitive work and leave the interesting failures.

Cloud infrastructure

Today

Four providers, four governance models, and a landing zone standard that drifts within a quarter.

With Infrapilot

Consistent policy and lifecycle across providers, enforced at execution rather than reviewed later.

Security & GRC

Today

Evidence assembled by hand every audit cycle, describing a state that has already moved on.

With Infrapilot

Continuous control testing with an append-only record auditors can query directly.

IT service management

Today

A CMDB that everyone knows is wrong, and a CAB that cannot keep pace with change volume.

With Infrapilot

Discovered truth reconciled into the CMDB, and risk-scored changes routed with evidence attached.

Technology leadership

Today

Operational reporting assembled manually each month, with numbers nobody can trace to a source.

With Infrapilot

Automation coverage, change success and compliance posture drawn straight from execution data.

By industry

Sector-specific pressure, same operating model

Regulatory obligations differ. The underlying problem — change at a scale no team can coordinate manually — does not.

Explore industries

We were spending eleven weeks a quarter on database patching and still finishing late. The first automated cycle took six days, and the second took four. The difference was not speed of execution — it was that nobody had to negotiate a sequence any more.

11 weeks → 6 daysQuarterly patch cycle

The dependency graph paid for the platform on its own. We had four services nobody could account for sitting in the path of our signalling stack. Two of them were single points of failure.

71%Reduction in MTTR

Our regulator asked for evidence of control over privileged database access. Previously that was a six-week exercise across four teams. We exported it in an afternoon, and the auditors accepted it without a follow-up request.

6 weeks → 1 dayAudit evidence preparation

Scope it

Which of these is on your plan this year?

Bring the objective and the constraint. We will map it to a deployment shape, a timeline and a measurable target before you commit to anything.

Book demo Contact sales

Solutions

Start from the outcome, not the feature list

Five problems account for most of what infrastructure organisations are asked to fix this year. Each one has a measured result behind it from a production estate.

Book demo See the modules

Availability

Reduce unplanned downtime

The problem

Most unplanned outages trace back to a change nobody modelled the blast radius of, or a dependency nobody knew existed. The incident is the first time the real topology becomes visible.

How Infrapilot addresses it

Live dependency mapping with evidence per edge
Blast-radius limits enforced before execution
Automated evidence collection on alert
Policy-bounded self-healing for known failure modes

Currency

Accelerate patch cycles

The problem

How Infrapilot addresses it

Dependency-aware wave planning
Quorum and replication constraints respected
Automatic halt and rollback on health regression
Exception tracking through to zero

Assurance

Move to continuous compliance

The problem

Point-in-time audits measure the estate on the day someone looked. Between audits, drift accumulates quietly, and evidence collection becomes a multi-week manual exercise across several teams.

How Infrapilot addresses it

CIS, PCI DSS, HIPAA, SOX, DORA and NIST 800-53 mappings
Continuous control testing with per-check timestamps
Remediation raised as standard change, not a spreadsheet
Risk acceptances tracked with owners and expiry

Transformation

Deliver migrations on a fixed date

The problem

Datacentre exits and cloud programmes slip because each move group is treated as a bespoke project. Discovery is redone, cutover is improvised, and rollback exists only on paper.

How Infrapilot addresses it

Move-group planning from observed dependencies
Target environments built from generated IaC
Cutover rehearsal with reconciliation and smoke tests
Validated rollback before the real window

Efficiency

Reduce operating cost

The problem

How Infrapilot addresses it

Routine change moves to unattended execution inside a policy envelope. Engineers keep the judgement calls and lose the 2am restarts. Cost avoided is reported from execution data, not estimated.

Unattended remediation for precedented failure modes
Out-of-hours work reduced to genuine exceptions
Orphaned and untagged cloud resource reclaimed
Avoided-cost reporting traceable to source events

By team

What changes for the people doing the work

Automation programmes fail when they are designed for the org chart rather than for the person holding the pager.

Database engineering

Today

Seventeen engines, each with its own tooling, its own runbooks and its own specialist.

With Infrapilot

One operating model across every engine, so expertise compounds instead of fragmenting.

Platform & SRE

Today

Toil that never quite reaches the top of the backlog, because it is spread across a hundred small tasks.

With Infrapilot

Durable workflows that absorb the repetitive work and leave the interesting failures.

Cloud infrastructure

Today

Four providers, four governance models, and a landing zone standard that drifts within a quarter.

With Infrapilot

Consistent policy and lifecycle across providers, enforced at execution rather than reviewed later.

Security & GRC

Today

Evidence assembled by hand every audit cycle, describing a state that has already moved on.

With Infrapilot

Continuous control testing with an append-only record auditors can query directly.

IT service management

Today

A CMDB that everyone knows is wrong, and a CAB that cannot keep pace with change volume.

With Infrapilot

Discovered truth reconciled into the CMDB, and risk-scored changes routed with evidence attached.

Technology leadership

Today

Operational reporting assembled manually each month, with numbers nobody can trace to a source.

With Infrapilot

Automation coverage, change success and compliance posture drawn straight from execution data.

By industry

Sector-specific pressure, same operating model

Regulatory obligations differ. The underlying problem — change at a scale no team can coordinate manually — does not.

Explore industries

We were spending eleven weeks a quarter on database patching and still finishing late. The first automated cycle took six days, and the second took four. The difference was not speed of execution — it was that nobody had to negotiate a sequence any more.

11 weeks → 6 daysQuarterly patch cycle

The dependency graph paid for the platform on its own. We had four services nobody could account for sitting in the path of our signalling stack. Two of them were single points of failure.

71%Reduction in MTTR

Our regulator asked for evidence of control over privileged database access. Previously that was a six-week exercise across four teams. We exported it in an afternoon, and the auditors accepted it without a follow-up request.

6 weeks → 1 dayAudit evidence preparation

Scope it

Which of these is on your plan this year?

Bring the objective and the constraint. We will map it to a deployment shape, a timeline and a measurable target before you commit to anything.

Book demo Contact sales