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FeaturesCasco Cloud Security

Casco Cloud Security

Know which cloud risks matter.

Your cloud has plenty of alerts. See how exposure, vulnerabilities, and IAM permissions connect, so you know what deserves attention and why.

Public exposure, a known vulnerability, and broad IAM permissions combine into an exposed workload finding. Risk basis: correlated combination. Runtime validation: not run.

Built for the cloudyou run on.

  • AWS
  • Microsoft Azure
  • Google Cloud

01 / Understand the risk

An alert is a signal.
Context makes it useful.

A public workload, a vulnerable package, or a broad IAM permission tells only part of the story. See the combination that makes a risk worth investigating.

Exposure

What can be reached?

Understand public exposure and the network configuration around a workload.

Internet-facing workload

Vulnerabilities

What could be exploited?

Bring known vulnerabilities into the context of the resources running them.

Known vulnerable package

IAM permissions

What could it access?

Connect IAM roles, policies, and resource relationships to understand what makes a weakness matter.

Broad IAM permissions

One finding. The evidence behind it.Understand the assessed risk and what still needs validation.

Risk basis
Correlated combination
Runtime validation
Not run Example
A cloud resource map reveals network and IAM relationships between the Internet, compute, an IAM role, and storage, with finding and threat indicators.

02 / See how it connects

Look beyond
the first weak link.

When a workload is exposed, the next question is what it connects to. Bring resources, network relationships, and IAM policies into one view to investigate potential paths through your cloud.

  • Follow relationships between compute, identity and access management (IAM), and storage.
  • See findings and threats alongside affected resources.
  • Keep configuration evidence distinct from proven exploitation.

Bring the investigation back to code.

Where available, connect a resource to its repository and package or module, with match confidence, so engineers know where to look.

03 / Find path

Two resources.
See what connects them.

Could this workload connect to that data store? Choose a starting resource and a destination. Find path brings the relationships between them into focus, so you can investigate the route instead of tracing every connection by hand.

  • Select the two resources you want to investigate.
  • Follow the highlighted path through the cloud graph.
  • Inspect IAM roles and the relationships along the way.
Find path selects an application workload and a customer data store, then highlights two observed relationships through a runtime IAM role. A connected path is not proof of effective access or exploitation.

04 / Investigate the activity

Know what happened.
See what it touched.

Move from suspicious activity to an investigation with the actor, affected resources, and event timeline already in context. Keep the evidence, assessment, and owner together as the investigation develops.

  • Review the activity timeline and supporting evidence.
  • Distinguish suspected activity from confirmed threats.
  • Give each investigation a clear status and owner.

Bring the team in. Configured notifications surface activity for review, using the log sources you enable.

A suspected IAM policy change reveals the service identity, affected runtime role, and evidence in an investigation timeline.

Your environment. Your control.

Visibility starts with
the scope you choose.

01

Connect with read-only access

Collect from the accounts and resources you select across AWS, Azure, and GCP.

02

Enable the logs you need

Give threat monitoring access to the relevant log sources, with explicit permissions.

03

Keep response in your hands

Review evidence with your team. Production containment remains a separate, customer-controlled action.

A little more context

Casco Cloud Security,
explained.

Coverage, evidence, and how it fits your environment.

Which cloud providers does Casco Cloud Security support?

Casco Cloud Security supports AWS, Microsoft Azure, and Google Cloud (GCP). Connect your cloud environment to bring resource, exposure, and permission context into your security workflow. Available collection and threat-monitoring capabilities depend on the provider, connected services, and permissions you enable; we’ll walk through your environment in a demo.

Does every cloud finding mean an exploit has been proven?

No. A cloud finding can identify an important combination of exposure, vulnerabilities, and permissions without proving exploitation. Casco keeps the risk basis and runtime-validation status separate, so you can see what the evidence establishes and what still needs to be tested.

How does Casco Cloud Security connect cloud resources to code?

Where source context is available, Casco associates deployed resources with their repository and package or module, including match confidence. That helps engineers locate the code related to a finding. A resource relationship or code match is context for investigation, not proof of an end-to-end exploit.

What does Find path show?

Choose two resources to explore how they connect through the cloud graph. Find path highlights the relationships between them, including IAM context along the way. An observed path helps guide your investigation; it does not by itself prove effective access or a successful exploit.

What access does Casco Cloud Security need?

Collection uses read-only access scoped to the accounts, resources, and log sources you connect. Threat monitoring requires the relevant log permissions. You control the connected scope, and any production containment is a separate, customer-controlled action.

How do findings and threats differ?

Signals are observations from your environment. Findings assess weaknesses that need attention. Threats represent suspected or confirmed malicious activity, with an investigation timeline, supporting evidence, and an owner. Configured notifications help bring activity to the team’s attention.

Casco Cloud Security

See what needs attention
in your cloud.

Walk through your environment, the risks that matter, and the evidence behind them.

See Casco Cloud Security in action