CrowdStrike Falcon Cloud Security vs. Wiz: Comparing Runtime Threat Detection and Response for Cloud Workloads

One platform grew out of endpoint protection, the other out of cloud security. Here’s how each detects and responds to attacks on running cloud workloads.

CrowdStrike and Wiz now offer the same core capability: catching and containing threats inside live cloud servers and containers. Yet each company reached that point from the opposite direction. CrowdStrike’s platform was originally built around per-endpoint agents, later expanding that technology to the cloud, while Wiz’s platform was originally built around an agentless map of the cloud, subsequently adding an agent-based runtime sensor. 

Both CrowdStrike Falcon Cloud Security and Wiz combine posture management with runtime threat detection and response for cloud workloads. Their contrasting starting points still show up in three practical ways: how much context each platform attaches to an alert, which workloads it can protect and how it fits into a security team’s existing stack.

In the SANS 2026 SOC Survey, 24% of cyber leaders identified inadequate visibility across the enterprise as their biggest barrier to effective security operations. Respondents attributed the problem to disconnected tools and uncorrelated alerts, even as endpoint detection and response (EDR) earned the highest satisfaction rating of any SOC tool. 

In other words, security teams trust their endpoint tools but still struggle to see across the whole environment. CrowdStrike and Wiz offer two different answers to that problem. Let’s take a closer look at how each platform approaches it.

What is CrowdStrike Falcon Cloud Security: Endpoint detection carried into the cloud

Founded in 2011, CrowdStrike built Falcon around EDR and now offers Falcon Cloud Security as a cloud-native application protection platform (CNAPP), combining agent-based and agentless capabilities. The Falcon sensor detects and blocks malicious behavior on supported Windows and Linux virtual machines (VMs) and containerized workloads, including Kubernetes deployments.

Its agentless capabilities discover cloud resources, assess posture and scan container images in registries and development pipelines. Identity and entitlement analysis are also part of the cloud platform.

Falcon’s wider ecosystem adds Real-Time Response (RTR) for direct host action, Falcon Fusion SOAR for automation, adversary intelligence, threat hunting, Falcon Complete managed detection and response, and Next-Gen SIEM. Existing Falcon customers can bring cloud workloads into a familiar console and operating model, although individual capabilities depend on the products enabled.

What is Wiz: Cloud-wide visibility and runtime detection on one graph

Wiz launched in 2020 and has been part of Google Cloud since March 2026 while keeping its own brand. Wiz initially rolled out with agentless scanning that maps cloud resources, identities, network exposure and sensitive data into its Security Graph. That approach was a deliberate

response to what security teams wanted at the time: full visibility across the cloud, without installing and maintaining software on every workload. Customers simply connect their cloud accounts, and Wiz’s scanning still works without agents today.

Wiz added runtime detection in 2023 with the opt-in, agent-based Wiz Sensor, which detects threats inside running workloads. In 2025, it made Wiz Defend, its detection and response layer, generally available, with more than 2,000 built-in threat detection rules.

The sensor feeds runtime observations into the same graph as the agentless findings. Together, they allow analysts to correlate suspicious activity with a resource’s permissions, exposure and reachable data, then investigate and respond through Wiz.

CrowdStrike Falcon Cloud Security vs. Wiz: How runtime threat detection and response compares

Both platforms combine workload monitoring with broader cloud intelligence. Four areas help distinguish their approaches: what they observe, how they respond, what context comes with an alert, and where protection runs.

Detecting attacks inside running workloads

Both platforms use sensors to observe processes, files and network activity. 

The Falcon sensor supports eBPF on Linux, alongside other supported backends, bringing its endpoint detection technology into cloud VMs and containers. Analysts can investigate workload events through the wider Falcon platform.

Wiz Sensor also uses eBPF on Linux to observe system calls and runtime events, then associates findings with the Security Graph. On Windows, a thin kernel driver forwards events to a userspace engine.

Responding while an attack is under way

CrowdStrike’s sensor blocks malicious activity directly. Analysts can use RTR to inspect hosts and run response commands, while Falcon Fusion SOAR executes configured remediation workflows. Falcon Complete supplies a managed team for organizations that want CrowdStrike to operate detection and response. These options support both analyst-led and automated handling.

Wiz Runtime Response Policies can terminate cryptominers, reverse shells and other malicious processes on supported VMs, containers and serverless containers, using detection rules or known indicators of compromise. 

Its container policies also block executables absent from the original image. Policies can run in simulate mode before enforcement. Wiz Forensics automatically captures a forensic package when a configured threat detection fires, and Wiz Workflows automates follow-up actions.

How much context arrives with an alert

Cloud providers offer their own way to gather findings: AWS Security Hub pulls security alerts from across AWS services into one view. Both CNAPPs aim to go further by connecting what happens inside a running workload with context from across the environment, the visibility problem SANS found leaders struggling with. 

A scan without a runtime view produces a long list of issues, with no way to tell which vulnerable packages are actually running. A runtime alert without a cloud map can’t show what’s at stake: whether the workload

faces the internet, what identity it holds or what data it can reach. Wiz joins the two on one graph. Wiz Sensor confirms which vulnerabilities are loaded in memory, and its alerts arrive tied to the workload’s permissions, internet exposure and reachable data.

CrowdStrike also connects runtime activity to wider cloud risk. Its Asset Graph gives analysts a unified view of an attack path from host to cloud, linking workload activity to the wider cloud environment. CrowdStrike adds adversary intelligence to help analysts interpret observed behavior and connect it to known attacker techniques.

Coverage beyond the public cloud

Falcon protects Windows and Linux VMs, containers and Kubernetes across cloud and hybrid environments, along with serverless containers such as AWS Fargate, and AI workloads. Its established deployment on corporate endpoints and servers is an advantage for teams maintaining a mixed estate with a common response process.

Wiz Sensor supports Linux and Windows VMs, Kubernetes, AI infrastructure, and serverless containers on AWS Fargate, Google Cloud Run and Azure Container Apps. Coverage extends to VMware, OpenStack, OpenShift, bare metal and edge infrastructure.

Capability	CrowdStrike Falcon Cloud Security	Wiz
Origin	Endpoint detection and response	Agentless cloud security graph
Posture management	Yes, within CNAPP	Yes, within CNAPP
Agentless scanning	Cloud services and container images	Cloud resources and risks mapped into the Security Graph
Runtime sensor	Falcon sensor, the core of the platform; supports eBPF on Linux	Wiz Sensor, an agent-based add-on to agentless scanning; eBPF on Linux, kernel driver on Windows
Native response	Sensor blocking, RTR and Falcon Fusion SOAR	Runtime Response Policies for process termination and container drift blocking; Wiz Forensics and Workflows
Context model	Cloud and enterprise correlation, plus adversary intelligence	Security Graph linking runtime activity, identity, exposure and data
Workloads covered	Windows and Linux VMs, containers, Kubernetes, serverless containers and AI workloads; cloud and hybrid	Windows and Linux VMs, Kubernetes, serverless containers, AI, VMware, OpenStack, OpenShift, bare metal and edge
Managed option	CrowdStrike-operated Falcon Complete MDR	Partner-delivered services through Wiz Partner Alliance MSP Program, launched September 2026 in public preview

Conclusion: When to choose CrowdStrike Falcon Cloud Security or Wiz

Falcon Cloud Security fits organizations already using Falcon on endpoints, particularly when the same SOC will protect cloud workloads and wants vendor-operated MDR. Familiar investigation tools and sensor management can matter as much as individual features.

Wiz suits organizations whose investigations center on cloud resources and their relationships, with security and cloud teams sharing graph-based context. It provides native runtime response, and managed services are available through partners under the MSP program, currently in public preview.

For a SOC that needs runtime visibility into cloud workloads, both platforms qualify. In practice, the choice usually comes down to the tools a team already runs and where its risk is concentrated, not to a capability one platform lacks. Either way, success means fixing the visibility problem that the SANS report highlights, so that analysts can see across the whole environment instead of one tool at a time.

FAQ about CrowdStrike Falcon Cloud Security and Wiz

Does CNAPP cover runtime threats?

Only CNAPPs with runtime detection and response capabilities do. CrowdStrike Falcon Cloud Security and Wiz combine posture management with sensors that monitor running workloads and support native response.

Which CNAPP platforms include runtime threat detection and response?

Many CNAPPs do, as long as they include a runtime sensor on the workloads they protect. Of the two compared here, CrowdStrike Falcon Cloud Security responds through Falcon sensor blocking, RTR and Fusion SOAR, while Wiz uses Runtime Response Policies, with Wiz Forensics and Workflows supporting investigation and follow-up.

What is the difference between agentless CNAPP and runtime protection?

Agentless scanning maps installed software, configuration and exposure. Runtime protection watches workload behavior. Wiz combines agentless findings and Wiz Sensor observations on the same Security Graph.

Are CrowdStrike Falcon Cloud Security and Wiz agent-based or agentless?

Both use a mix. CrowdStrike’s platform is built around the Falcon sensor and adds agentless cloud scanning. Wiz’s cloud scanning is agentless, and since 2023, teams have been able to add Wiz Sensor, an agent for runtime detection and response, which feeds workload observations into the same graph as the agentless findings.

Does Wiz need a third-party EDR to respond to attacks?

No. Wiz blocks threats natively through Runtime Response Policies, captures evidence with Wiz Forensics and automates actions through Workflows. SIEM and SOAR integrations complement those capabilities.

Which cloud security tools use eBPF for runtime monitoring?

Both the Falcon sensor and Wiz Sensor support eBPF on Linux. Wiz’s Windows sensor instead uses a thin kernel driver that forwards events to a userspace engine.

Do CrowdStrike and Wiz cover Windows and on-premises servers?

Yes. The Falcon sensor runs on Windows and Linux across cloud and hybrid environments, building on its long history on corporate servers. Wiz Sensor also runs on Windows and Linux, including on-premises deployments on VMware, OpenStack, OpenShift and bare metal, as well as edge infrastructure.

What is the best CNAPP for SOC teams that need runtime visibility?

Falcon suits teams extending established endpoint operations into cloud workloads. Wiz suits teams organizing investigations around cloud relationships. Both qualify, so the better fit depends on the tools a team already uses and where its most important workloads run.