Constellation ShortList™ Cloud Native Application Protection Platforms (CNAPP)
Executive Summary
Cloud-Native Application Protection Platforms (CNAPPs) have emerged as a unifying approach to securing modern, highly dynamic, distributed, and application-centric cloud environments. As organizations adopt containers, serverless architectures, and managed cloud services, traditional security tools struggle to provide consistent visibility and control. CNAPP addresses this challenge by bringing together cloud security posture management, workload protection, and identity-aware risk analysis into a more cohesive platform.
Over time, CNAPP has evolved from static misconfiguration scanning toward continuous risk assessment across infrastructure, workloads, and identities. AI-assisted analytics are increasingly used to correlate vulnerabilities, misconfigurations, exposure paths, and runtime signals, helping security teams focus on the risks that matter most. This shift is critical as manual policy tuning and alert triage become impractical in large, multi-cloud environments.
CNAPP also plays an important role in enabling Zero Trust strategies in the cloud. While Zero Trust is not a discrete technology category, CNAPP platforms help enforce least-privilege access, reduce attack paths, and limit blast radius by improving visibility into cloud assets and their relationships. This ShortList reflects CNAPP’s transition from a collection of cloud security tools to a risk-centric platform that supports more adaptive, automated, and scalable cloud security operations.
Threshold Criteria
Constellation considers the following criteria for these solutions:
Core Capabilities
- Unified cloud asset visibility
Provides comprehensive visibility across cloud infrastructure, workloads, and services in multi-cloud and hybrid environments.
- Cloud security posture management (CSPM)
Continuously identifies and prioritizes misconfigurations, policy violations, and compliance gaps across cloud environments.
- Cloud workload protection (CWPP)
Secures containers, virtual machines, and serverless workloads through vulnerability assessment and runtime protection.
- Risk correlation across cloud signals
Correlates configuration, vulnerability, exposure, and runtime data to provide a consolidated view of cloud risk.
- Integration with cloud-native and security platforms
Integrates with cloud providers, CI/CD pipelines, identity systems, and security operations tools.
Differentiated Capabilities
- AI-assisted risk prioritization
Uses analytics and AI to reduce alert noise and surface the most critical risks based on exposure, exploitability, and business context.
- Attack path and blast-radius analysis
Identifies potential attack paths across cloud assets and identities to help teams understand and reduce lateral movement risk.
- Policy automation and drift management
Supports automated remediation and continuous policy alignment as cloud environments change.
- Identity and access context awareness
Incorporates identity and permission data to improve risk assessment and enforce least-privilege principles.
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Alignment with Zero Trust cloud architectures
Helps organizations operationalize Zero Trust principles in the cloud by limiting implicit trust and reducing attack surface.
The Constellation ShortList
Constellation evaluates more than 25 solutions categorized in this market. This Constellation ShortList is determined by client inquiries, partner conversations, customer references, vendor selection projects, market share, and internal research.
CrowdStrike
Fortinet
Google Cloud
Microsoft
Orca Security
Palo Alto Networks
Qualys
Sysdig
Tenable
Wiz
Frequency of Evaluation
Each Constellation ShortList is updated at least once per year. Updates may occur after six months if deemed necessary.
Evaluation Services
Constellation clients can work with the analyst and research team to conduct a more thorough discussion of this Constellation ShortList. Constellation can also provide guidance in vendor selection and contract negotiation.