Cloud Infrastructure
Security
CWPP vs CNAPP: What Cloud Security Teams Need to Know in 2026
TL;DR: CWPP protects what's running inside your cloud workloads at runtime, catching malware, unexpected process execution, and container escape attempts. CNAPP bundles CWPP with CSPM and CIEM into one platform and adds cross-domain correlation (attack path analysis) that no single point solution sees end-to-end. Whether to buy one or the other depends on whether you're filling a specific runtime gap or building a cloud security program from scratch.
Two years ago, cloud security vendors sold distinct products: CWPP for runtime workload protection, CSPM for misconfiguration detection, CIEM for identity governance. Today, most enterprise cloud security platforms are marketed as CNAPPs - unified platforms that bundle all three plus Kubernetes security, code scanning, and attack path analysis.
If you're evaluating cloud security tools, understanding what CWPP and CNAPP actually mean - and when each approach makes sense - matters before you sign a contract.
In this article:
What Is CWPP? #
A Cloud Workload Protection Platform (CWPP) secures what's running inside your cloud compute resources: virtual machines, containers, and serverless functions.
While CSPM asks "is my infrastructure configured correctly?", CWPP asks "is anything malicious running inside my workloads right now?" CWPP monitors runtime behavior - detecting malware, unusual process execution, network connections to known malicious IPs, and container escape attempts.
CWPP works primarily through agents or eBPF-based sensors deployed on each workload. eBPF (extended Berkeley Packet Filter) is a Linux kernel technology that lets programs run safely inside the kernel - which means CWPP vendors can observe system calls, network connections, and file activity without the overhead of a traditional agent process. Most modern CWPP tools have shifted toward eBPF-based sensors because they have lower performance impact and faster rollout than legacy agents. These sensors compare observed behavior against threat intelligence and behavioral baselines, flagging anomalies in real time. When a container starts executing unexpected commands or a VM establishes connections to suspicious endpoints, CWPP raises an alert.
Core CWPP capabilities:
- Runtime threat detection: Malware scanning, anomaly detection, and behavioral analysis on running workloads
- Vulnerability scanning: Identifying known CVEs in OS packages and application dependencies on running instances
- Host-level hardening: CIS benchmark checks for OS configuration, unnecessary services, and privilege settings
- Container security: Runtime policy enforcement for container behavior, network access, and privilege levels
- Serverless monitoring: Observing function invocations, IAM usage, and data access patterns
CWPP is particularly strong for teams running long-lived VMs or Kubernetes clusters in production. For ephemeral serverless workloads or rapidly-cycling containers, agent deployment becomes more complex - which is one driver of the shift toward agentless CNAPP approaches.
The operational reality of agents: rolling out and maintaining sensors across a large fleet is genuine work. Teams with 1,000+ nodes regularly deal with rollout failures, version drift across OS images, and performance impact investigations before they achieve consistent coverage. That's not a reason to avoid CWPP, but it's worth accounting for when evaluating whether a dedicated CWPP or a bundled CNAPP capability fits your team's operational capacity.
What Is CNAPP? #
A Cloud Native Application Protection Platform (CNAPP) is a unified security platform that combines CWPP, CSPM, and CIEM into a single product - correlating findings across runtime, configuration, and identity domains.
Gartner coined the term in 2021 to describe the consolidation trend: instead of buying three separate point solutions that generate siloed alerts, teams could get correlated visibility from one platform. The correlation is the key value-add. A CNAPP can identify that a misconfigured EC2 instance (CSPM finding) running a vulnerable application (CWPP finding) is accessible to an IAM role with admin permissions (CIEM finding) - and surface that combination as a high-priority attack path.
A full CNAPP typically includes:
- CWPP: Runtime workload protection (agent-based or agentless)
- CSPM: Infrastructure misconfiguration detection and compliance
- CIEM: Identity and entitlement management across IAM roles, service accounts, and federated identities
- KSPM: Kubernetes-specific security posture (RoleBindings, NetworkPolicies, pod security contexts)
- IaC scanning: Detecting misconfigurations in Terraform, CloudFormation, and Helm charts before deployment
- Attack path analysis: Graph-based correlation showing how a combination of findings could be chained into a breach
The shift toward CNAPP reflects how attacks actually work: most cloud breaches aren't one misconfiguration in isolation. They're a misconfigured storage bucket combined with an overprivileged IAM role combined with an unpatched dependency - a chain that no single point solution sees end-to-end.
How Do CWPP and CNAPP Compare? #
When Should You Choose CWPP vs CNAPP? #
If your primary gap is runtime visibility - you need to know what's executing inside workloads, not just whether they're misconfigured - CWPP is the right starting point. This is also the better fit if you already have separate CSPM and CIEM tools that are working, and you're specifically adding runtime coverage rather than replacing everything. Teams running large fleets of long-lived VMs or Kubernetes nodes tend to find agent deployment manageable enough that a dedicated CWPP makes sense, especially when budget is constrained and you need to cover the highest-risk gap first.
CNAPP makes more sense if you're building a cloud security program from scratch and want correlated visibility across configuration, identity, and runtime from day one. It's also the practical choice when your team is stretched - managing three separate tools (CSPM + CWPP + CIEM) means none of them get proper attention, and that's a real operational risk. Two situations where CNAPP is the better call:
- Heavily containerized or serverless environments, where agentless approaches have lower overhead than per-container agents
- Teams where attack path analysis is the priority - understanding which combinations of findings represent real exploitability, rather than triaging a flat list of hundreds of individual alerts
The honest trade-off: CNAPP consolidation reduces tool sprawl and enables correlation, but the best-in-class CWPP often detects more runtime threats than the CWPP capability bundled inside a CNAPP. Organizations with sophisticated security operations sometimes buy a dedicated CWPP (like CrowdStrike Falcon or Sysdig Secure) alongside a CNAPP - accepting the integration complexity for better detection depth.
How CloudQuery Fits into a CWPP or CNAPP Strategy #
The CloudQuery Platform isn't a CWPP or a CNAPP. We don't run agents, detect malware, or score attack paths. What we provide is the data layer that makes your existing security tools more effective.
CloudQuery syncs configuration and inventory data from AWS, GCP, Azure, and 70+ sources into a SQL database you control. This matters alongside CWPP and CNAPP for two reasons:
1. Cross-tool correlation without vendor lock-in
Most CNAPPs lock your security data inside their platform. CloudQuery lets you query your cloud configuration alongside security findings from your SIEM, CWPP, or vulnerability scanner - in your own PostgreSQL, Snowflake, or BigQuery instance. If you want to join your CrowdStrike runtime events with your CloudQuery asset inventory to find which runtime incidents affect production-tagged resources, you can do that in SQL.
2. CSPM-style queries you control
Not every team needs the full weight of a CNAPP for compliance monitoring. For teams that want workload-specific checks alongside their CWPP or CNAPP - unencrypted attached volumes, EC2 instances still running IMDSv1 - CloudQuery provides that directly:
-- Find EBS volumes attached to running instances without encryption
SELECT
account_id,
region,
volume_id,
volume_type,
size,
state
FROM aws_ec2_ebs_volumes
WHERE encrypted = false
AND state = 'in-use'
ORDER BY account_id, region;
-- Find EC2 instances with IMDSv1 enabled (the Capital One SSRF attack vector)
SELECT
account_id,
region,
instance_id,
instance_type,
tags->>'Name' AS name,
tags->>'Environment' AS environment
FROM aws_ec2_instances
WHERE state_name = 'running'
AND metadata_options_http_tokens != 'required'
ORDER BY account_id, region;
These queries are the foundation of CloudQuery Policies - SQL rules that run on every sync and alert when violations appear. Alongside your CWPP or CNAPP, CloudQuery gives you ownership of your security data rather than depending on a vendor's export formats and API limits.
Own Your Cloud Security Data
Query cloud configuration across 70+ sources with SQL. Run CSPM-style checks with policies you control, alongside your existing CWPP or CNAPP. Or check out the documentation.
FAQ #
What does CWPP stand for? #
CWPP stands for Cloud Workload Protection Platform. It refers to security products that protect cloud compute workloads - virtual machines, containers, and serverless functions - primarily through runtime threat detection, malware scanning, and behavioral monitoring.
What does CNAPP stand for? #
CNAPP stands for Cloud Native Application Protection Platform. The term was coined by Gartner in 2021 to describe platforms that unify cloud workload protection (CWPP), cloud security posture management (CSPM), and cloud infrastructure entitlement management (CIEM) into a single product with correlated findings.
Is CWPP included in CNAPP? #
Yes. CWPP capabilities are a core component of every CNAPP. When you buy a CNAPP platform, you get workload runtime protection alongside CSPM, CIEM, and usually Kubernetes security and IaC scanning. Some organizations supplement the built-in CWPP capabilities of their CNAPP platform with a dedicated workload protection tool if they need deeper runtime detection.
Do I still need CSPM if I have a CNAPP? #
CNAPP includes CSPM capabilities. You don't need a separate CSPM tool if the CNAPP misconfiguration detection is sufficient for your compliance requirements. The question is depth: CNAPP vendors often have strong CSPM for the most common frameworks (CIS, SOC 2), but teams with custom compliance requirements sometimes supplement with purpose-built tools or SQL-based approaches like CloudQuery to write checks the CNAPP doesn't cover.
Which is better: CWPP or CNAPP? #
Neither is universally better - they serve different needs. CWPP is better if you specifically need deep runtime threat detection and already have CSPM/CIEM covered elsewhere. CNAPP is better if you want correlated visibility across configuration, identity, and runtime in one platform, or if you're building a cloud security program from scratch and don't want to manage multiple point solutions.
What are the top CNAPP vendors in 2026? #
The major CNAPP vendors are Wiz (acquired by Google for $32B in March 2026), Palo Alto Networks Cortex Cloud (formerly Prisma Cloud, rebranded February 2025), Orca Security, CrowdStrike Falcon Cloud Security, Sysdig Secure, and Microsoft Defender for Cloud. For a detailed breakdown, see our CSPM guide which covers the vendor landscape in depth.
