Checkpoint vs AquaSec Container Security Platforms Compared

Compare Checkpoint and Wiz. Also see why Global DevSecOps Teams choose AccuKnox instead

Overview

Checkpoint lacks container-native capabilities. AquaSec secures containers but falls short on full cloud stack coverage.

AccuKnox brings both worlds together. It ensures container, workload, and infrastructure security with a unified policy and prevention engine—no silos, no compromises.

This page compares Checkpoint and AquaSec, and shows why AccuKnox fits your needs better.

Parameters

Checkpoint

Aquasec

Application Security Coverage

Registry scan (ECR, GCR, Nexus, Docker Hub, ACR, Harbor, Quay, jFrog, OpenShift, GAR.)

Supports Azure Container RegistryClosed (ACR), AWS Elastic ContainerClosed Registry (ECR), Docker Hub Container Registry, Google Cloud Container Registry (GCR), Google Artifact Registry (GAR), Harbor Registry, JFrog Artifactory, Nexus, GitHub Container Registry, Quay.io Container Registry

Supports registry scanning

Identify 3rd Party Dependencies and their Vulnerabilities (SCA), Scan for Vulnerability in Code (SAST), IaC and Evaluate Applications for Vulnerabilities (DAST)

Uses Spectral to scan for secrets, keys, misconfigured code and perform SCA. Does not provide DAST capabilities

Cannot perform deep analysis of statis code and lacks the ability to perform DAST.

Supports Windows image scanning

Does not support scanning windows images

Supports both direct scanning via AccuKnox platform and via deployed scanner

Requires a Scanner to be deployed

Integrate with CI/CD for Shift Left Automation with Prioritization

Supports integrating with CI/CD for Shift left security

Limited CI/CD Integrations

Observability & Remediation

Point in time scans for cloud configuration. Realtime visibility os in Roadmap

Realtime scanning of cloud accounts is supported

eBPF based Observability and Inline Remediation at real time for Workloads

Only eBPF based observability is supported

Application Behavior Analysis - Provides deep observability by leveraging eBPF

Application behavior Analysis using Runtime Protection mechanism that combines several engines to monitor kernel system calls, file access, and network activity

Auto generation of policies based on the activity discovered inside containers to prevent anything that deviates from it

Created profiles based on behavior via profiling but can only send alerts when a violation of the profile is detected

Graphical view of identities in Kubernetes with customizable queries to define least permissive posture

Does not provide visibility into the identity structure of the Kubernetes clusters

Visibility of identities and workloads on Kubernetes as a graph via KIEM

Not supported

Hardening and Prevention

Hardening policies based on MITRE, NIST Frameworks to reduce the attack surface

Helps in detecting policy violations but does not provide inline protection

Provides policies that harden the workloads and prevents violations before they happen

Deny rules kill the container to stop the attack instead of stopping the malicious process

Prevent attacks in Bare metal servers, VMs and Kubernetes workloads

Supports runtime protection in Kubernetes and AWS Serverless only

CIS benchmarking of clusters to reduce attack surface and proactive prevention of attacks using admission controllers

Supports RuleSets for CIS and provides Admission controller

Auto generate zero trust policies to allow only the expected behavior of the application while denying everything else

Supports policies to identify malicious activity but performs remediations after the rule violation is detected

Allows performing tests on the application dynamically and reporting of activities by the application in the CI/CD and prevent deployment if issues are identified

Performs only static analysis of the application

Deployment Models

Air gapped and OnPrem Support

The On Premise agents need to be connected to the CloudGuard platform, it cannot be deployed On Prem

Supports On Prem deployment

Agent based protection and Agentless scanning support

Supports both Agent based protection and Agentless scanning

Open vs Proprietary

Uses KubeArmor - An open source CNCF Sandbox project

Uses proprietary runtime protection agent

Ingests findings from other open source security tools

Does not ingest findings from open source scanners

Integrations

Integrate with 3rd party scanning tools to provide additional context and stitch all the findings together in one place

Does not integrate with other open source or commercial scanners that maybe already available. Cannot extend capabilities via integrations

Integrates with both open source and proprietary scanners in addition to SIEM, Ticketing platforms

Integrates with SIEM, Ticketing and proprietary security tools

Future Proof Security

5G and IoT/Edge Security

IoT security solutions are available. Supports 5G infrastructure security

Not supported for 5G and IoT

Only CNAPP with out of the box Kubernetes Security via Posture Management (KSPM) & Identity Management (KIEM)

Provides KSPM capabilities

Aqua provides KSPM and identity related checks in Kubernetes

AI Security with ModelKnox (AI-SPM)

AI security with Infinity GenAI Protect

Aqua provides AI security

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“Choosing AccuKnox was driven by opensource KubeArmor’s novel use of eBPF and LSM technologies, delivering runtime security”

Golan Ben-Oni

Chief Information Officer

“At Prudent, we advocate for a comprehensive end-to-end methodology in application and cloud security. AccuKnox excelled in all areas in our in depth evaluation.”