Compete · XDR

Cloud Workload
Protection

Cortex XDR Cloud per Host vs cloud-native security platforms. Unified agent for endpoint, cloud workload, and container protection — with Kubernetes-native support.

Feature Comparison

CWP Competitive Matrix

Cortex XDR Cloud per Host vs leading cloud workload and container security platforms.

Capability XDR Cloud per Host CS Falcon Cloud Wiz Runtime Lacework / Fortinet Aqua Security
Runtime Protection Agent + Agentless Agent-Based Agentless-First Agent-Based Agent + Agentless
K8s Support Native Native Moderate Moderate Strong
Container Security Yes Yes Scanning Only Yes Yes
Agentless Coverage Available Limited Primary Mode Available Available
SOC Integration Native XDR Falcon Platform SIEM Export Only Webhook / SIEM SIEM Integration
Unified Endpoint + Cloud Agent Yes — Single Agent Separate Modules No Endpoint Separate Products No Endpoint

Battle Cards

Competitor Deep Dives

CrowdStrike Falcon Cloud Security

CrowdStrike's cloud security offering combines CNAPP capabilities (CSPM, CWPP) with Falcon's EDR heritage. Strong in runtime detection and K8s protection. The key difference from PAN: CrowdStrike requires deploying a separate Falcon sensor for cloud workloads — the cloud protection module is not the same agent as the endpoint EPP/EDR module. SOC teams end up with multiple agent footprints in mixed environments.

Falcon Cloud Security Falcon CWPP Falcon CSPM Falcon Container Security

Where PAN Wins

  • Truly unified agent: The Cortex XDR agent is the same binary for endpoint (EPP/EDR) and cloud workload protection. One deployment, one management console, one investigation workflow. CrowdStrike's cloud sensor is a separate module requiring separate deployment in cloud environments.
  • XTH for cloud-native threat hunting: XTH add-on expands data collection for cloud workload and container environments — giving SOC analysts granular visibility into cloud-native attack chains that competitors don't expose at this tier.
  • NGFW + cloud workload correlation: An attack that moves from the internet through a PAN NGFW into a cloud workload is fully correlated in a single XDR investigation timeline. CrowdStrike has no equivalent network security telemetry.
  • Cortex Cloud upsell path: Cloud per Host is the runtime protection layer — adding Cortex Cloud (CNAPP) provides CSPM, IaC scanning, and supply chain security as a natural expansion. One vendor, unified posture + runtime.

Where They're Strong

  • Falcon platform consolidation: For all-in CrowdStrike environments, extending Falcon into cloud workloads is the path of least resistance — familiar console, familiar workflows.
  • CNAPP maturity: CrowdStrike's CNAPP (CSPM + CWPP + CIEM) is a mature offering with strong cloud account inventory and posture management.
  • CI/CD and supply chain scanning: Falcon's image scanning and pipeline integration is well-developed for DevSecOps-oriented customers.

Landmines to Set

  • "How many separate Falcon agents/sensors are deployed across your endpoint fleet and cloud workloads? Are they the same binary or separate modules?"
  • "When a cloud workload alert correlates to an endpoint event — how many consoles does your analyst use to complete the investigation?"
  • "What does Falcon Cloud Security add to your per-host cost vs. XDR Cloud per Host? Get the line-item pricing on CWPP vs. CSPM vs. runtime."

Key Objections

We already use Falcon for endpoints — the cloud extension is a natural add.

Response: That's a fair argument if you're 100% Falcon everywhere. But consider what you're missing: no NGFW correlation, no network-to-cloud attack chain visibility, and a separate agent footprint for cloud workloads. XDR Cloud per Host gives you the same single agent you'd use everywhere, with NGFW telemetry natively stitched in. And when you're ready for CNAPP, Cortex Cloud integrates directly — posture + runtime from one vendor.

Wiz — Runtime Security

Wiz is the dominant CSPM/CNAPP agentless platform — but their runtime security is a newer, less mature capability added via the Raftt acquisition. Wiz's core strength is agentless cloud posture management and attack path analysis. Their runtime protection (WizDefend) is agentless by default, which means it has inherent detection latency and limited runtime visibility compared to agent-based approaches.

Wiz CNAPP WizDefend (Runtime) Wiz CDR Wiz Sensor (optional)

Where PAN Wins

  • Real-time runtime detection: XDR Cloud per Host's agent provides real-time process-level detection and prevention. Wiz's agentless runtime relies on cloud provider APIs and log-based detection — inherent latency means slower detection and no prevention capability.
  • Endpoint + cloud coverage with one agent: XDR Cloud per Host protects both VMs and containers with the same agent. Wiz has no endpoint security product — a cloud-only vendor with no unified endpoint story.
  • SOC investigation workflow: XDR Cloud per Host alerts flow directly into the XDR investigation console alongside endpoint and network events. Wiz's runtime alerts require export to a SIEM for SOC correlation.
  • Kubernetes runtime enforcement: XDR Cloud per Host provides active K8s runtime enforcement — blocking malicious processes in containers. Wiz's K8s runtime is primarily detection-oriented.

Where They're Strong

  • Agentless CSPM dominance: Wiz's cloud posture management is best-in-class — full cloud account inventory, toxic combination risk graphs, and IaC scanning without an agent. In the CSPM market, Wiz is the leader.
  • Ease of deployment: Wiz's agentless approach deploys in hours, not weeks. Zero agent management overhead is a genuine operational advantage for cloud teams.
  • Cloud security momentum: Wiz has the strongest brand momentum in cloud security. Customers often ask for Wiz specifically.

Landmines to Set

  • "Wiz's runtime is agentless — which means detection, not prevention. When a container starts executing a cryptominer or ransomware payload, what is Wiz's response latency vs. an agent that blocks in real time?"
  • "If an attacker moves laterally from a cloud workload to an on-premises endpoint — how does Wiz correlate that? Who owns the investigation?"
  • "If you have Wiz for posture and XDR Cloud per Host for runtime — that's two vendors. Cortex Cloud + XDR Cloud per Host is one vendor, one console, posture + runtime unified."

Lacework / Fortinet Cloud Security

Lacework is now part of Fortinet's cloud security portfolio following acquisition. Lacework's machine learning-based anomaly detection for cloud environments was innovative but the platform has seen integration and roadmap uncertainty post-acquisition. Positioned primarily for cloud-native environments with a focus on behavioral anomaly detection rather than signature or rule-based detection.

Lacework CNAPP Lacework CWPP FortiCNAPP

Where PAN Wins

  • Platform stability and roadmap certainty: Cortex XDR Cloud per Host is a strategic PAN product with clear R&D investment. Lacework post-Fortinet acquisition has roadmap uncertainty — similar to other acquired security products.
  • Endpoint + cloud unified protection: XDR Cloud per Host covers both VM and container workloads with the same agent used for endpoint EPP/EDR. Lacework is cloud-only — no endpoint story.
  • SOC integration depth: XDR Cloud per Host is purpose-built to feed the XDR investigation console. Lacework's SOC integration is primarily via SIEM export connectors.
  • Native XDR + CNAPP story: XDR Cloud per Host + Cortex Cloud is a unified runtime + posture story from one vendor. Lacework + a separate endpoint vendor requires two separate agent management frameworks.

Landmines to Set

  • "What has changed with Lacework's product roadmap since the Fortinet acquisition? Has your Lacework AE changed? What are Fortinet's integration plans?"
  • "For endpoint protection, who do you use alongside Lacework? How do you correlate a cloud workload alert with an endpoint investigation?"

Aqua Security

Aqua Security is a purpose-built container and cloud-native security platform. Strong in Kubernetes security, image scanning, and supply chain security. Aqua is a specialist cloud-native security vendor with deep container expertise — but no endpoint security product. The key battleground is whether a specialist container security tool or an integrated XDR platform with cloud coverage is the right architectural choice.

Aqua Platform Trivy (OSS scanner) Aqua DTA (Dynamic Threat Analysis) Aqua Nautilus (threat intel)

Where PAN Wins

  • Unified endpoint + container + VM coverage: One XDR agent covers all workload types. Aqua is container/cloud-native only — customers still need a separate endpoint security product, adding complexity and cost.
  • SOC investigation integration: XDR Cloud per Host alerts integrate natively with the XDR investigation console. Aqua requires SIEM integration for SOC correlation workflows.
  • Broader threat intelligence: Unit 42 threat intelligence feeds XDR detections across all workload types. Aqua Nautilus is a good container-focused research team but narrower in scope.
  • Platform consolidation story: XDR Cloud per Host + Cortex Cloud = one vendor for runtime + posture. Aqua + endpoint vendor + CSPM vendor = three vendors and three management consoles.

Where They're Strong

  • Deep container expertise: Aqua's container security depth — image scanning, registry security, runtime policies for containers — is genuinely specialized and mature.
  • Trivy OSS ecosystem: Aqua's open-source Trivy scanner has massive adoption in DevOps pipelines, creating natural commercial expansion opportunities.
  • Kubernetes-native policy: Aqua's Kubernetes security policy and admission control is mature for developer-security integration use cases.

Landmines to Set

  • "What do you use for endpoint security alongside Aqua? How do you correlate a K8s cluster alert with an endpoint compromise investigation?"
  • "When a runtime threat is detected in Aqua — what is the response workflow? Does your SOC receive the alert, or does it go to a separate cloud security team?"

Why XDR Cloud per Host

Key Differentiators

One Agent: Endpoint + Cloud + Container

The same Cortex XDR agent deployed on endpoints extends seamlessly to cloud VMs and containers. No separate deployment, no separate management console, no separate investigation workflow. Competitors require separate products for endpoint vs. cloud workload coverage.

Kubernetes-Native Protection

Native Kubernetes support for pod-level visibility, container runtime enforcement, and K8s node protection. XTH add-on expands data collection for cloud-native threat hunting — giving SOC teams granular K8s telemetry not available in competitors' standard tiers.

Native SOC Integration

Cloud workload alerts appear in the same XDR investigation console as endpoint, network, and identity events. No SIEM connector required — cloud runtime alerts are first-class citizens in the investigation workflow, enabling true cross-domain investigation chains.

NGFW + Cloud Attack Chain Correlation

Attacks that traverse PAN NGFWs before reaching cloud workloads are correlated in a single investigation timeline. No other vendor in this comparison can stitch NGFW network telemetry with cloud workload runtime events without additional integrations.

Combine with Cortex Cloud for Full Cloud Security

XDR Cloud per Host provides runtime workload protection and detection. Cortex Cloud (CNAPP) adds cloud security posture management (CSPM), infrastructure-as-code scanning, cloud asset inventory, and attack path analysis. Together they form a complete cloud security stack: know your posture, protect your runtime, investigate with XDR. One vendor, one platform — from build time to runtime to investigation.