Cloud-native security or enterprise CNAPP: how to choose

Cloud teams can use security capabilities built into their cloud provider, add a third-party cloud-native application protection platform (CNAPP), or combine both. The right choice depends on your estate, risks, team capacity, existing licences and ability to operate the findings—not simply the number of features on a product page.

Start with the outcome you need

List the decisions or problems the service should help with. These might include:

Finding risky cloud configuration and external exposure.
Understanding permissions and excessive access.
Reviewing vulnerabilities in virtual machines, containers or images.
Connecting development-time checks with cloud runtime context.
Providing consistent visibility across multiple cloud providers.
Assigning findings to teams and tracking remediation.
Producing evidence for internal governance or a customer assurance request.

Set the scope explicitly. “CNAPP” can refer to a broad set of capabilities, and individual products, modules and subscription tiers do not necessarily cover every cloud service or workload.

When provider-native controls may be enough

Native cloud tools can be a sensible starting point when your environment is concentrated in one provider, the required capabilities are already licensed, and the team can operate the results. They can offer useful visibility into that provider's configuration and workloads.

Before relying on them, verify which accounts and services are covered, whether the required plans are enabled, what data is collected, how findings are prioritised, and who will investigate and fix issues.

When to assess an enterprise CNAPP

A third-party platform such as Wiz or Palo Alto Networks Prisma Cloud may be worth evaluating when you need a broader view across environments, connections between identity, workload and exposure findings, or integration with existing engineering workflows.

That does not mean every organisation needs one. A platform can generate more findings than a lean team can resolve, and an unreviewed dashboard does not reduce risk. Confirm product scope, connector permissions, data handling, regional requirements, retention, support model and licensing before onboarding production environments.

Compare platforms using your own scenarios

Evaluation area	Questions to ask
Coverage	Which cloud accounts, regions, services, containers and identities are supported in the proposed plan?
Access	What permissions does each connector need? Can access be read-only and limited to the agreed scope?
Context	Can the tool connect exposure, identity, workload and vulnerability information in ways useful to your teams?
Prioritisation	Can analysts explain why a finding matters and distinguish exploitable paths from isolated configuration warnings?
Workflow	Can owners receive actionable tickets and show closure, exceptions and retest evidence?
Operations	Who tunes policies, handles false positives, reviews alerts and maintains integrations?
Cost and data	What are the licence, implementation and operating costs, and what security data leaves the environment?

Use a limited proof of value with representative accounts and test cases. Agree success measures before starting, such as confirmed coverage, time to assign a finding, quality of prioritisation and completion of a sample remediation.

Turn findings into controlled fixes

Record the finding, resource, evidence and affected service.
Validate it with the cloud or application owner.
Assess business impact, exposure and realistic exploitability.
Assign a remediation owner and target date; document justified exceptions.
Implement through an approved change, preferably in reusable configuration or code.
Re-scan or test the control and capture closure evidence.
Review recurring findings and add guardrails to prevent drift.