Cloud Workload Protection (CWPP) -- Wiz Alternatives

Best Wiz Alternatives for Cloud Workload Protection in 2026

Cloud Workload Protection Platforms (CWPP) secure the compute workloads running in cloud environments — virtual machines, containers, serverless functions, and bare-metal instances. CWPP capabilities include vulnerability management, malware detection, intrusion detection and prevention, file integrity monitoring, behavioral analysis, and runtime threat detection. As cloud workloads become the primary attack surface, protecting them against both known and unknown threats is critical for maintaining a strong security posture.

How It Works

1

Inventory and Classify Cloud Workloads

Discover all compute workloads across your cloud environments including VMs, container hosts, Kubernetes nodes, serverless functions, and managed compute services. Classify workloads by sensitivity, internet exposure, data handling, and business criticality to determine the appropriate protection level for each tier.

2

Scan Workloads for Vulnerabilities and Misconfigurations

Deploy agentless scanning (Wiz, Orca) or agent-based scanning to identify OS-level and application-level vulnerabilities, outdated packages, misconfigurations, and exposed credentials on running workloads. Prioritize findings based on exploitability, exposure, and whether patches are available.

3

Deploy Runtime Protection on Critical Workloads

Install runtime protection agents on your most critical and internet-facing workloads. Configure detection rules for suspicious process execution, unexpected network connections, file system modifications, and privilege escalation. Sysdig's Falco rules, Aqua's runtime policies, and Trend Micro's IDS/IPS provide different approaches to runtime detection.

4

Establish Behavioral Baselines and Anomaly Detection

Allow behavioral analytics engines like Lacework's Polygraph to learn normal workload behavior patterns over a baseline period. Once baselines are established, enable anomaly detection to identify deviations that may indicate compromise — unusual processes, abnormal network traffic, unexpected API calls, or lateral movement attempts.

5

Integrate Detection with Response Workflows

Connect workload protection alerts to your incident response workflows through SIEM, SOAR, and ticketing integrations. Define automated response playbooks for high-confidence threats — isolating compromised workloads, capturing forensic snapshots, and triggering investigation workflows. Sysdig's CDR and Trend Micro's automated response capabilities can accelerate incident containment.

Top Recommendations

#1

Sysdig

CNAPP Platform

Custom enterprise pricing / Free (Falco OSS)

The best runtime workload protection with Falco-powered system call monitoring, cloud detection and response (CDR), and deep visibility into workload behavior. The top choice for organizations that need to detect and respond to active workload threats.

#2

Aqua Security

CNAPP Platform

Free (Trivy OSS) / Enterprise custom pricing

Comprehensive workload protection with drift prevention, runtime behavioral monitoring, and strong container-native security. Best for organizations running primarily containerized workloads that need deep image-to-runtime protection.

#3

Trend Micro Cloud One

Cloud Workload Security

Usage-based per module / Enterprise licensing

The deepest traditional workload protection with anti-malware, IDS/IPS, virtual patching, and file integrity monitoring. Best for hybrid environments with VMs and legacy workloads alongside modern cloud-native applications.

#4

Lacework

Cloud Security Platform

Custom enterprise pricing

Behavioral analytics-driven workload protection that automatically baselines normal workload behavior and detects anomalies. Best for organizations that want automated threat detection without writing custom detection rules.

#5

Prisma Cloud

CNAPP Platform

Module-based enterprise pricing / Credits system

Broad workload protection as part of the most comprehensive CNAPP platform, with agent-based runtime security covering VMs, containers, and serverless. Best for enterprises that want workload protection integrated with code-to-cloud security.

Detailed Tool Profiles

Sysdig

CNAPP Platform
4.3

Cloud and container security platform built on open-source Falco for runtime threat detection

Pricing

Custom enterprise pricing / Free (Falco OSS)

Best For

Organizations that need strong runtime security and real-time threat detection alongside cloud posture management, especially in Kubernetes environments

Key Features
Runtime security powered by Falco engineCloud detection and response (CDR)Cloud Security Posture Management (CSPM)Vulnerability management and prioritization+4 more
Pros
  • +Best-in-class runtime security built on the widely-adopted Falco engine
  • +Deep system call visibility for real-time threat detection
  • +Strong cloud detection and response (CDR) capabilities
Cons
  • Agent deployment required for runtime features adds operational complexity
  • CSPM capabilities less comprehensive than dedicated CSPM leaders like Wiz
  • Node-based pricing can become expensive in large Kubernetes environments
CloudSelf-Hosted

Aqua Security

CNAPP Platform
4.3

Cloud-native security platform specializing in container, Kubernetes, and serverless protection

Pricing

Free (Trivy OSS) / Enterprise custom pricing

Best For

Organizations running container-heavy and Kubernetes-native environments that need the deepest container security and runtime protection

Key Features
Container image scanning and vulnerability managementKubernetes admission control and policy enforcementRuntime protection with drift preventionSoftware supply chain security+4 more
Pros
  • +Industry-leading container and Kubernetes security depth
  • +Open-source Trivy scanner is the most widely adopted cloud-native scanner
  • +Strong runtime protection with drift prevention and behavioral monitoring
Cons
  • CSPM capabilities less mature than dedicated CSPM platforms like Wiz
  • Agent-based runtime protection adds deployment and management complexity
  • Platform can feel fragmented between open-source and commercial components
CloudSelf-Hosted

Trend Micro Cloud One

Cloud Workload Security
4.1

Multi-cloud security platform offering modular workload protection and posture management

Pricing

Usage-based per module / Enterprise licensing

Best For

Enterprises with hybrid cloud environments that need strong workload protection with anti-malware and IDS/IPS capabilities alongside cloud posture management

Key Features
Workload Security (anti-malware, IDS/IPS)Container Security scanning and runtime protectionCloud Security Posture Management (Conformity)File Storage Security scanning+4 more
Pros
  • +Deep workload protection with anti-malware and IDS/IPS from decades of expertise
  • +Strong hybrid cloud support covering on-premises and public cloud environments
  • +Modular services allow you to adopt only the capabilities you need
Cons
  • Agent-based approach requires deployment and management overhead
  • Cloud posture management (Conformity) less advanced than dedicated CSPM leaders
  • UI and platform experience feel dated compared to modern cloud-native tools
CloudSelf-Hosted

Lacework

Cloud Security Platform
4.1

Data-driven cloud security platform using behavioral analytics for automated threat detection

Pricing

Custom enterprise pricing

Best For

Organizations that want behavioral analytics-driven threat detection to reduce alert fatigue and automate cloud security monitoring

Key Features
Polygraph behavioral analytics engineAnomaly-based threat detectionCloud Security Posture Management (CSPM)Container and Kubernetes security+4 more
Pros
  • +Polygraph behavioral analytics reduces alert fatigue significantly
  • +Automated baseline learning requires minimal manual tuning
  • +Strong anomaly detection catches novel threats that rules miss
Cons
  • Behavioral model requires warm-up period to establish accurate baselines
  • Smaller company with less ecosystem momentum than Wiz
  • Agent required for some workload protection features
Cloud

Prisma Cloud

CNAPP Platform
4.2

Comprehensive CNAPP from Palo Alto Networks securing applications from code to cloud

Pricing

Module-based enterprise pricing / Credits system

Best For

Large enterprises already using Palo Alto Networks products that want a comprehensive code-to-cloud CNAPP platform

Key Features
Code-to-cloud application lifecycle securityCloud Security Posture Management (CSPM)Cloud Workload Protection Platform (CWPP)Cloud Identity and Entitlement Management (CIEM)+4 more
Pros
  • +Most comprehensive feature breadth covering code-to-cloud security
  • +Agent-based runtime protection provides real-time threat detection
  • +Strong IaC scanning through acquired Bridgecrew/Checkov technology
Cons
  • Complex platform with steep learning curve and module sprawl
  • Credit-based pricing model can be confusing and expensive at scale
  • Agent deployment required for runtime protection adds operational overhead
Cloud

Cloud Workload Protection (CWPP) FAQ

Is Wiz a Cloud Workload Protection Platform (CWPP)?

Wiz provides agentless workload scanning that identifies vulnerabilities, malware signatures, and misconfigurations on cloud workloads, which covers the visibility and assessment aspects of CWPP. However, Wiz does not provide runtime protection, intrusion detection, behavioral monitoring, or active threat blocking. For full CWPP capabilities including real-time protection, organizations complement Wiz with agent-based tools like Sysdig, Aqua Security, or Trend Micro Cloud One.

What is the difference between agentless and agent-based workload protection?

Agentless workload protection (Wiz, Orca) scans workloads via cloud APIs or snapshot analysis, identifying vulnerabilities and misconfigurations without installing anything on the workload. Agent-based protection (Sysdig, Aqua, Trend Micro) installs a lightweight agent on each workload that monitors processes, file systems, and network connections in real-time. Agentless provides comprehensive visibility with zero operational overhead. Agent-based provides real-time detection, prevention, and response capabilities. The approaches are complementary, not competing.

How does virtual patching protect unpatched workloads?

Virtual patching, a capability of Trend Micro Cloud One, uses IDS/IPS signatures to detect and block attempts to exploit known vulnerabilities at the network level, without modifying the workload itself. When a new critical CVE is published but a patch is not yet available or cannot be applied due to change management constraints, virtual patching provides immediate protection. This buys time for proper patch testing and deployment while maintaining workload security.

What is cloud detection and response (CDR)?

Cloud detection and response (CDR) extends traditional detection and response capabilities to cloud environments, correlating cloud control plane activity, workload behavior, and network traffic to detect and respond to cloud-native attacks. Sysdig is a leader in CDR, providing real-time detection of cloud attacks across AWS CloudTrail, Kubernetes audit logs, and workload system calls. CDR goes beyond posture management by detecting active threats — not just misconfigurations — and enabling rapid response to cloud security incidents.

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