For Cloud Leaders
Clophi provides a single place to see every change, enforce governance, control cost, and grow the team's capability. Less risk, lower spend, faster delivery, without adding headcount.
Clophi provides a single place to see every change, enforce governance, control cost, and grow the team's capability. Less risk, lower spend, faster delivery, without adding headcount.
Doing nothing is not free! The longer you accept the status quo, the more you pay. These costs accumulate quietly, hidden on your invoices, embedded in your incident reviews, and measured in the hours your best engineers waste on work they shouldn't do.
Taking action only when something breaks or a bill jumps is already too late! Neither Portal nor CLI or any other native Azure tool can provide you real-time tracking of your infrastucture as Clophi does!
Policy Controls are weakened, exempted, or bypassed without anyone noticing while Azure policy shows "in place" but stopped to enforce anything. Without Clophi, the gap will be discovered only after it is exploited.
Over-provisioned resources, forgotten test infrastructure, and exemptions on cost preventive policies will quietly inflate your invoices! The waste is only found, if at all, months later. Clophi prevents this on day one.
Your core infrastructure live on Azure but was never captured in proper Infrastructure as Code (IaC), as it was built by hand, through the portal, CLI, or scripts, or inconsistent manual interventions. Clophi generates your IaC automatically removing the Business Continuity Risk in single shot!
When only a couple of engineers can do the work cleanly, it becomes a risky single point of failure! They get exhausted, and the department is in continuous crisis. Clophi enables other members of the team and frees your experts at the same time!
Tracing a compliance failure to its cause, getting infrastructure into clean and deployable IaC, debugging policy JSON takes significant amount of time. Seniors' time shouldn't go to repetitive, error-prone work instead of the architecture only they can do. Clophi does the heavy lifting for tediuos work, your experts focus on the core tasks!
Each of these is survivable on its own. Together, and left unaddressed as your Azure footprint grows, they are a steady drain on budget, on reliability, and on the people you most want to keep.
Clophi turns the items above from recurring costs into managed, observable parts of how your organization runs Azure. The result is measurable.
The Azure portal, or individual scripts, and other similar tools each solve part of the problem. The gaps between these problems are where risk, cost, and lost time accumulate. Here is how that approach compares to a single platform built for the job.
| What you need | Portal, scripts, scattered tools | Clophi |
|---|---|---|
| Visibility into change | Blind spots Portal and CLI changes sit in raw activity logs, no way to analyse them in real-time against the desired infrastructure state. | Continuous Every change is tracked against the source of truth with explicit identity attribution, allowing for auto-revert fix instantly. |
| Governance enforcement | Drifts silently A weakened or exempted policy still looks in place while it stops enforcing. | Monitored Every governance change is surfaced, attributed, and reversible. |
| Compliance remediation | Guesswork The portal says a resource failed the policy, not which field. Engineers dig through JSON. | Pinpointed The exact failing field is shown on the resource and the policy, fixable in place. |
| Cost control | After the bill Over-provisioning and waste are found, if ever, on the next invoice. | At the source Cost driving SKU drifts and disabled cost policies are flagged as they happen, before spend accumulates. |
| Infrastructure reproducibility | Unrecoverable Hand-built resources live on production but not on code; native export is unusable. | As code Live infrastructure exported to clean, committable Terraform, Bicep, or ARM in single shot. |
| Team capability | Bottlenecked Only a few specialists can work safely; their absence stalls delivery. | Distributed Any engineer can deploy correctly, with expertise built into the platform. |
Most infrastructure governance platforms claim to be multi-cloud, which sounds reassuring until you see what it means in practice. Their Azure integration is non-existent when you deal with real-life Azure workloads. Clophi is built only for Azure, across the full surface of how Azure is managed within real-life enterprise workloads. It is heavily built around Azure REST API, the CLI, and PowerShell, with the complete ARM resource reference integrations. That focus shows up everywhere it matters.
Bicep and ARM have no native drift detection, and Terraform-centric tools do not cover them. Clophi tracks drift across Bicep, ARM, and Terraform-managed resources.
With its unqiue Azure Policy Engine, Clophi delivers an exhaustive level of detail during policy evaluations that even the Azure Portal cannot match. Clophi's Policy engine is the only tool where you can see the exact field behind the violation, including which objects a count rule evaluated.
With Clophi's Azure Policy builder, authoring and managing policies no longer takes Azure Policy expertise. Your whole team can create, understand, and maintain Azure policies. The integration of Microsoft's ~5000 built-in policy definitions also serves as a ready starting point for even the most junior members.
Built across the Azure REST API, CLI, and PowerShell with the full ARM resource reference integrated, Clophi reflects what Azure actually supports, every resource type, child and extension resources, rather than a reduced cross-cloud subset.
You don't need to re-design a new authorization model for Clophi. The users you assign to Clophi will only be able to do what they can normally do on Azure. Nothing more, nothing less. With its extensive Azure integration, Clophi follows users exact Azure Entra ID permissions for each and every action.
If your estate is Azure, a platform that treats Azure as a first-class environment rather than one integration among many, will enable you more and lets you get ahead with fewer workarounds.
Most incidents, security gaps, and surprise cost increases trace back to a change no one tracked. Clophi monitors the entire tenant continuously, reports every change with the identity behind it, and offers a one-click path back to the approved state, or an automatic fix on detection with no manual intervention.
Every drift event names the resource, the property, the responsible user or service principal, and the time, which turns "what happened" from an investigation into a lookup.
Security-relevant changes such as loosened network rules or public access are surfaced within minutes rather than at the next review, limiting how long a misconfiguration stays exposed.
A switch to a larger, costlier SKU or a scaling change that would otherwise show up only on the invoice is flagged as it happens, and revertible to baseline without touching anything else.
Remediation can be one click, or fully automatic on detection, so an unauthorized or erroneous change can be put right without waiting on someone to notice it.
Unwanted changes are expensive, whether it is a wrong, costly SKU running unnoticed or an insecure configuration that turns into real damage. Clophi surfaces any change to your Azure infrastructure immediately, and can remediate it automatically.
Governance rarely fails by deletion. A policy's effect is downgraded, an exemption is added, or an assignment is removed, and the policy still appears in place while it quietly stops enforcing. Clophi adopts your live policy estate as policy-as-code in a single scan, then tracks every change to it, so you get policy-as-code and continuous drift detection without the budget of a long migration project.
A downgraded effect or a new exemption is reported as a change, attributed and revertible, so a control that stopped enforcing does not go unnoticed until it matters.
Adopting policy-as-code by hand means rewriting your live policy assets into the correct format, a project that usually stalls for months. Clophi produces a clean, version-controlled representation in a single scan, and drift detection begins immediately after.
Every change to a policy, assignment, or initiative is captured with its author and timestamp, which is the change history an audit or internal review expects.
We have seen even well-resourced enterprise teams spend close to a year turning their existing Azure policy assets into code. Clophi collapses that effort into a single scan.
The native portal tells you a resource failed a policy, not which field caused it, so engineers lose hours reverse-engineering JSON rules. Clophi runs its own Azure Policy engine that surfaces detail the native compliance view cannot, down to the exact field behind every failure, and it lets anyone on your team author policies without the rule-language expertise. Governance stops being a budget line only a few specialists can spend.
The exact failing field is marked on both the resource and the policy, including inspection detail the native view keeps hidden, so fixing non-compliance starts with the answer rather than a search for it.
Through the guided builder, any team member can create even complex policies in seconds, not just the handful who know the rule language. That removes a governance bottleneck and the cost of concentrating it in a few people.
Every resource is evaluated and each result carries its reason, so you can state what is compliant, what is not, and why, rather than reconstructing it later.
In advanced enterprise teams, Azure policy authoring is usually the work of only two or three developers. With Clophi it becomes something every member of the team can do.
When only a couple of engineers can build infrastructure cleanly, every change queues behind them and the project waits. Clophi lets any engineer author correct, standardized infrastructure through a guided interface, with built-in libraries, draft resources, validation, resource referencing, parent-child relationships, dependency handling, and expert-level documentation built in. It works to one consistent standard across every team, and it saves the hours that infrastructure creation usually consumes.
Draft resources and IaC tools let engineers deploy correctly without deep Terraform or Bicep fluency, so capability is no longer concentrated in a few heads.
Every team produces IaC with the same structure and conventions. That lifts the teams with less IaC depth to the same output as the rest, and it makes collaboration far easier because every team is reading and reviewing the same shapes instead of a different dialect each time.
Organization drafts encode approved configurations, so new infrastructure starts compliant rather than being corrected in review.
The same workflow exports to Terraform, Bicep, or ARM, parameterized or not, so your tooling choice stays open and nothing has to be rewritten to change it.
If a large part of your Azure estate was built through the portal, CLI, or scripts, much of it exists only as live resources and was never captured in code. Even teams that keep something in a repository often store deployment scripts rather than declarative IaC, which still does not give them a clean, reproducible definition of what is running. Either way, if a resource group is deleted or a key person leaves, the environment cannot be reliably recreated. Clophi turns existing infrastructure into clean, committed IaC.
Live infrastructure becomes version-controlled IaC that can be redeployed deliberately, which is the foundation any real continuity plan depends on.
Instead of a long, expensive effort, Clophi produces a maintainable repository in a single operation, in the format you choose, Terraform, Bicep, or ARM, parameterized or not.
The export is an accurate inventory of everything running, which often surfaces forgotten resources that are still billing every month.
Bringing an Azure footprint into an enterprise-grade repository, where infrastructure can be modified, replicated, and collaborated on consistently, can take years when different teams build in different ways. Clophi produces that repository in a single operation, which is budget you do not spend rebuilding it by hand.
It is the question a continuity plan has to answer, and for many Azure estates the honest answer is "not reliably." If a large part of what runs in production was built by hand, it exists only as live resources. If a resource group is deleted, a region degrades, or a key engineer leaves, recovery depends on memory and improvisation. Clophi closes that gap by turning your live environment into a version-controlled definition you can redeploy.
Existing infrastructure is captured as clean, committable IaC, so the environment is described in code rather than living only in production and in people's heads.
With the environment in IaC, recovery becomes a redeployment from a reviewed definition instead of a reconstruction effort under incident pressure.
Continuous drift tracking measures the live tenant against that baseline, so your recovery definition reflects what is actually running rather than a snapshot that has gone stale.
Most continuity plans are documents that describe the environment as it looked months ago. Because Clophi keeps a version-controlled definition of your infrastructure and continuously tracks how the live tenant diverges from it, your recovery plan reflects the environment as it stands today, not as it once was.
Hiring senior Azure specialists for every discipline is slow, expensive, and exposed to a scarce market. Clophi is not just a way to generate IaC; it is a platform for architecting Azure infrastructure as fast and reliably as possible, across provisioning, architecture, networking, monitoring, governance, and security. Through draft resources, built-in architectures, training documents written by senior Azure architects, and expert consultation, it raises the capability of the team you already have.
Clophi is built to design infrastructure quickly and reliably, not only to produce IaC. Draft resources and hundreds of built-in architectures give your team proven, ready-made patterns to build from, so design starts from a sound baseline rather than a blank page.
The drafts and built-in architectures encode the choices an experienced Azure architect would make, which lifts the output of engineers who are not yet specialists to a consistent, high standard.
The training documents provided with Clophi capture architectural best practices and insights for Azure resources and solutions, prepared directly by senior Azure architects.
With that built-in knowledge and ongoing expert consultation, you raise the capability of the team you already have. That is more predictable and lower-risk than competing for scarce senior hires, and the knowledge stays with your people.
Clophi works through Azure's own management surface, the REST API, the CLI, and PowerShell, with the full ARM resource reference integrated, and fits the tenant, identities, and repositories you already have. It works with your environment rather than asking you to change it.
Clophi connects to your tenant through Azure's own management interfaces, the REST API, the CLI, and PowerShell. There is nothing to install on your resources and no agent to maintain.
Resources are surfaced and deployed under the appropriate RBAC permissions, and remediation is scoped to the affected resource rather than the whole environment.
IaC and policy-as-code are exported in standard Terraform, Bicep, or ARM and pushed to your own Git repositories, working with the CI/CD you already run.
With the full ARM resource reference integrated across the REST API, CLI, and PowerShell, Clophi reflects what Azure actually supports, including child and extension resources and RBAC, not a reduced subset.
Clophi is led by Dr. Agaoglu and a team of Azure specialists with deep, hands-on experience across complex cloud environments. That experience is built into the platform itself, into the drafts and reference architectures it ships with, and into the consultation your team receives.
The same judgment that experienced engineers apply by hand is encoded in Clophi's baselines, validation, and architectures, which is what lets a smaller team produce senior-level output.
There is no lengthy rollout. Clophi connects to your tenant and starts producing answers immediately.
No. Clophi generates clean Terraform, Bicep, and ARM and works with the format your team already uses. It removes the hand-authoring burden, not your IaC tooling.
Clophi connects through Azure's management interfaces (the REST API, CLI, and PowerShell). Detection works with read access; deploying or reverting requires the appropriate write permissions, scoped to the affected resources.
No. Exports are standard IaC pushed to your own repositories, so Clophi fits alongside the CI/CD and review process you run today.
Yes. Inventory, drift detection, and compliance evaluation run across all subscriptions in the tenant on the same cadence, without per-resource setup.
Bicep and ARM have no native drift detection. Clophi provides true drift detection for resources managed in any of the supported formats.
In a single 30-minute demo against your own tenant, with no setup on your side. You see drift, compliance, and IaC export on real resources.
Book a 30-minute demo and we will walk through governance, cost, and compliance on your own resources, or on a test environment if you prefer. No setup required from your side.