Cloud security
Cloud Security Posture Management (CSPM), Cloud Workload Protection (CWPP), and Cloud Native Application Protection Platforms (CNAPP) securing multi-cloud AWS, Azure, and GCP environments.
Key Technical Considerations Before Procuring
Modern cloud security requires balancing agentless posture scanning with real-time container runtime defense. Look for solutions that provide AppDNA code-to-cloud traceability, multi-cloud asset graphs across AWS, Azure, and GCP, Infrastructure as Code (IaC) pull-request scanning, and Kubernetes pod-level execution enforcement.
Documented Solutions in this Category
Showing 39 published solutions with verified evidence
Wiz Cloud Security Platform
Agentless CNAPP solution providing CSPM, CWPP vulnerability scanning, CIEM entitlement management, and data security posture management (DSPM).
Falcon Cloud Security
Falcon Cloud Security from CrowdStrike focuses on cloud workload and posture protection. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud entitlement analysis: Examines cloud permissions to identify overly broad or risky access. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. - Agentless assessment: Assesses the connected cloud environment using the agentless approach described by the vendor. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context Falcon Cloud Security is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Falcon Cloud Security focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Microsoft Defender for Cloud
Microsoft Defender for Cloud from Microsoft focuses on cloud security posture and workload protection. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Azure and multicloud posture: Brings the connected cloud environments into Microsoft's documented posture and workload assessment model. - Cloud configuration findings: Assesses the cloud security configuration scope enabled for the connected accounts. - Defender workload protection plans: Provides the workload protection functions enabled through the applicable Defender plans. - Azure and connected cloud inventory: Brings supported cloud assets into the visibility and assessment workflow. Use and operational context Microsoft Defender for Cloud is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Microsoft Defender for Cloud focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
SentinelOne Singularity Cloud
Cloud workload security solution offering real-time runtime detection and response for Kubernetes clusters, containers, and Linux/Windows VMs.
Palo Alto Networks Prisma Cloud
Comprehensive CNAPP platform providing security across the entire application lifecycle, from code and build to runtime protection.
Wiz Runtime Sensor
Lightweight eBPF-powered runtime sensor providing real-time container threat detection and process-level incident response.
Tenable Cloud Security
Tenable Cloud Security from Tenable focuses on cloud posture and entitlement risk assessment. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud workload protection: Focuses on protecting workloads running in the cloud rather than only inspecting account configuration. - Cloud entitlement analysis: Examines cloud permissions to identify overly broad or risky access. - Kubernetes security: Brings Kubernetes assets or configuration into the cloud security assessment workflow. - Attack path analysis: Connects multiple exposures to help explain how an attacker could reach a valuable target. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. - Agentless assessment: Assesses the connected cloud environment using the agentless approach described by the vendor. - Cloud asset inventory: Creates visibility into assets that can be used to understand the scope of cloud exposure. Use and operational context Tenable Cloud Security is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Tenable Cloud Security focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Check Point CloudGuard
Cloud Native Security Platform providing automated network security, posture management (CSPM), and serverless application protection across clouds.
TotalCloud
TotalCloud from Qualys focuses on cloud posture assessment and workload risk visibility. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Container security: Addresses security issues in container images or running containerized applications within the documented scope. - Cloud compliance checks: Compares observed cloud settings with the control checks supported by the product. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context TotalCloud is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? TotalCloud focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Snyk Developer Security Platform
Developer security suite comprising Snyk Open Source (SCA), Snyk Code (SAST), Snyk Container, and Snyk IaC.
Datadog Cloud Security Management (CSM)
Cloud security platform delivering unified CSPM, cloud workload security (CWPP), identity risk analysis, and application vulnerability management.
Amazon GuardDuty
Amazon GuardDuty from Amazon Web Services focuses on cloud threat detection and suspicious activity monitoring. It is cloud threat detection service used for detecting suspicious activity across supported AWS security signals. Capabilities - AWS account threat findings: Analyzes the AWS security signals documented for this managed threat-detection service. - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context Amazon GuardDuty is relevant to security teams monitoring AWS accounts and workloads when the requirement centers on detecting suspicious activity across supported AWS security signals. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review enabled protection plans, permissions, finding triage and the downstream response workflow. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Amazon GuardDuty focuses on detecting suspicious activity across supported AWS security signals. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
AWS Security Hub
AWS Security Hub from Amazon Web Services focuses on cloud security findings and posture assessment. It is cloud security findings technology used for aggregating and assessing security findings in AWS. Capabilities - AWS security findings aggregation: Consolidates the security findings supplied by the supported AWS services and integrations. - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context AWS Security Hub is relevant to teams coordinating AWS security posture and alert review when the requirement centers on aggregating and assessing security findings in AWS. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review enabled controls, connected findings sources, regional coverage and how findings reach the responsible team. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? AWS Security Hub focuses on aggregating and assessing security findings in AWS. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
AppOmni
AppOmni from AppOmni focuses on saaS security posture assessment and risk monitoring. It is SaaS security technology used for assessing application usage, configuration or identity risk. Capabilities - SaaS configuration assessment: Examines security settings in the connected SaaS applications. - SaaS identity risk analysis: Reviews identity and access issues associated with supported SaaS services. - Third-party application visibility: Shows connected applications or integrations that can introduce additional access paths. - SaaS threat monitoring: Adds the threat visibility described for the connected SaaS environment. Use and operational context AppOmni is relevant to teams overseeing business SaaS applications when the requirement centers on assessing application usage, configuration or identity risk. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review supported services, connector permissions, findings ownership and the response process for risky access or configurations. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? AppOmni focuses on assessing application usage, configuration or identity risk. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Aqua Platform
Aqua Platform from Aqua Security focuses on cloud-native workload security and runtime protection. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud workload protection: Focuses on protecting workloads running in the cloud rather than only inspecting account configuration. - Container security: Addresses security issues in container images or running containerized applications within the documented scope. - Kubernetes security: Brings Kubernetes assets or configuration into the cloud security assessment workflow. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. Use and operational context Aqua Platform is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Aqua Platform focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Trivy
Trivy is an open-source security scanner for developers and security engineers checking container images, code repositories, filesystem content and supported infrastructure targets. It helps surface known vulnerabilities and other security findings before artifacts move further through a delivery process. Capabilities - Vulnerability scanning: checks supported operating-system packages and application dependencies against security data. Results depend on the target, package metadata and available vulnerability records. - Repository scanning: accepts local or remote repositories. Vulnerability and secret scanning are enabled by default for repository targets; additional scanners can be selected explicitly. - Misconfiguration scanning: checks supported infrastructure definitions, including Terraform HCL, JSON and supported plan representations. This gives teams a way to review configuration risks alongside code changes. - Secret scanning: looks for supported patterns of exposed credentials in scanned content. Findings require review before deciding whether a credential needs revocation or rotation. - License scanning: provides license findings for supported components when the relevant scanner is enabled. Legal interpretation and policy decisions remain with the organization. - SBOM scanning: accepts supported CycloneDX and SPDX representations, including SPDX JSON, so a software inventory can become an input to vulnerability or license checks. Operating workflow Choose a scan target and scanner set, run the check locally or in a build pipeline, then route findings to the team responsible for the affected package or configuration. Establish filtering and exception rules deliberately so accepted risks do not hide new problems. Trivy downloads and maintains security databases; database access and update behavior matter when operating in restricted environments. Buyer and implementation questions - How is it deployed? Trivy can run as a command-line scanner locally or in CI workflows. Check the installation and database configuration for the intended environment. - What should a pilot test? Use representative images and repositories, confirm dependency coverage and output handling, and measure scan time and the triage effort created by findings. - Is it a substitute for runtime protection? Its role in this entry is scanning supported artifacts and configurations. Design runtime monitoring and incident response separately. - What should be configured before broader adoption? Decide which scanners run for each target, how findings affect build decisions, how exceptions are approved and how security data stays current.
Axonius SaaS Management
Axonius SaaS Management from Axonius focuses on saaS inventory and application risk visibility. It is SaaS security technology used for assessing application usage, configuration or identity risk. Capabilities - SaaS application discovery: Finds SaaS usage so teams can understand their application footprint. - SaaS configuration assessment: Examines security settings in the connected SaaS applications. - SaaS identity risk analysis: Reviews identity and access issues associated with supported SaaS services. - Third-party application visibility: Shows connected applications or integrations that can introduce additional access paths. Use and operational context Axonius SaaS Management is relevant to teams overseeing business SaaS applications when the requirement centers on assessing application usage, configuration or identity risk. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review supported services, connector permissions, findings ownership and the response process for risky access or configurations. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Axonius SaaS Management focuses on assessing application usage, configuration or identity risk. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
GravityZone Security for Containers
GravityZone Security for Containers from Bitdefender focuses on container runtime and workload protection. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud workload protection: Focuses on protecting workloads running in the cloud rather than only inspecting account configuration. - Container security: Addresses security issues in container images or running containerized applications within the documented scope. Use and operational context GravityZone Security for Containers is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? GravityZone Security for Containers focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
CloudGuard
CloudGuard from Check Point focuses on cloud security posture and workload protection. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context CloudGuard is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? CloudGuard focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Darktrace / CLOUD
Darktrace / CLOUD from Darktrace focuses on cloud threat detection and investigation. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud behavior modeling: Uses the behavior analysis documented for detecting suspicious activity in the supported cloud environment. - Cloud threat investigation: Provides visibility into cloud activity that needs security review. - Cloud account and workload context: Uses the supported cloud activity signals to assess potential threats in the connected environment. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. - Cloud detection and response: Supports investigation and response for suspicious activity in cloud environments. Use and operational context Darktrace / CLOUD is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Darktrace / CLOUD focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
FortiCNAPP
FortiCNAPP from Fortinet focuses on cloud security posture assessment and runtime threat detection. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Lacework-derived cloud security: Includes the cloud-security technology and capabilities documented for the Lacework-derived FortiCNAPP platform. - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud workload protection: Focuses on protecting workloads running in the cloud rather than only inspecting account configuration. - Cloud entitlement analysis: Examines cloud permissions to identify overly broad or risky access. - Kubernetes security: Brings Kubernetes assets or configuration into the cloud security assessment workflow. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. - Infrastructure-as-code scanning: Checks infrastructure definitions for security issues before or alongside deployment. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context FortiCNAPP is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? FortiCNAPP focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Security Command Center
Security Command Center from Google Cloud focuses on cloud asset risk assessment and posture management. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud entitlement analysis: Examines cloud permissions to identify overly broad or risky access. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. - Cloud compliance checks: Compares observed cloud settings with the control checks supported by the product. Use and operational context Security Command Center is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Security Command Center focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Grip SaaS Security Control Plane
Grip SaaS Security Control Plane from Grip Security focuses on saaS discovery and identity risk assessment. It is SaaS security technology used for assessing application usage, configuration or identity risk. Capabilities - SaaS application discovery: Finds SaaS usage so teams can understand their application footprint. - SaaS identity risk analysis: Reviews identity and access issues associated with supported SaaS services. - Third-party application visibility: Shows connected applications or integrations that can introduce additional access paths. - Application governance workflows: Helps teams take action on application access or usage decisions. Use and operational context Grip SaaS Security Control Plane is relevant to teams overseeing business SaaS applications when the requirement centers on assessing application usage, configuration or identity risk. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review supported services, connector permissions, findings ownership and the response process for risky access or configurations. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Grip SaaS Security Control Plane focuses on assessing application usage, configuration or identity risk. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Hillstone CloudArmour
Hillstone CloudArmour from Hillstone Networks focuses on cloud workload protection and security visibility. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud workload protection: Focuses on protecting workloads running in the cloud rather than only inspecting account configuration. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. Use and operational context Hillstone CloudArmour is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Hillstone CloudArmour focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Mend Container
Mend Container from Mend.io focuses on container vulnerability scanning. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Container security: Addresses security issues in container images or running containerized applications within the documented scope. - Kubernetes security: Brings Kubernetes assets or configuration into the cloud security assessment workflow. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context Mend Container is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Mend Container focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Nudge Security
Nudge Security from Nudge Security focuses on saaS discovery and application risk management. It is SaaS security technology used for assessing application usage, configuration or identity risk. Capabilities - SaaS application discovery: Finds SaaS usage so teams can understand their application footprint. - SaaS configuration assessment: Examines security settings in the connected SaaS applications. - SaaS identity risk analysis: Reviews identity and access issues associated with supported SaaS services. - Third-party application visibility: Shows connected applications or integrations that can introduce additional access paths. - Application governance workflows: Helps teams take action on application access or usage decisions. Use and operational context Nudge Security is relevant to teams overseeing business SaaS applications when the requirement centers on assessing application usage, configuration or identity risk. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review supported services, connector permissions, findings ownership and the response process for risky access or configurations. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Nudge Security focuses on assessing application usage, configuration or identity risk. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Obsidian Security
Obsidian Security from Obsidian Security focuses on saaS identity risk monitoring and threat detection. It is SaaS security technology used for assessing application usage, configuration or identity risk. Capabilities - SaaS application discovery: Finds SaaS usage so teams can understand their application footprint. - SaaS configuration assessment: Examines security settings in the connected SaaS applications. - SaaS identity risk analysis: Reviews identity and access issues associated with supported SaaS services. - Third-party application visibility: Shows connected applications or integrations that can introduce additional access paths. - SaaS threat monitoring: Adds the threat visibility described for the connected SaaS environment. Use and operational context Obsidian Security is relevant to teams overseeing business SaaS applications when the requirement centers on assessing application usage, configuration or identity risk. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review supported services, connector permissions, findings ownership and the response process for risky access or configurations. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Obsidian Security focuses on assessing application usage, configuration or identity risk. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Orca Security Platform
Orca Security Platform from Orca Security focuses on cloud asset visibility and risk prioritization. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Agentless cloud assessment: Uses the documented agentless approach to establish cloud asset and risk visibility. - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud entitlement analysis: Examines cloud permissions to identify overly broad or risky access. - Kubernetes security: Brings Kubernetes assets or configuration into the cloud security assessment workflow. - Attack path analysis: Connects multiple exposures to help explain how an attacker could reach a valuable target. - Agentless assessment: Assesses the connected cloud environment using the agentless approach described by the vendor. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. - Cloud detection and response: Supports investigation and response for suspicious activity in cloud environments. Use and operational context Orca Security Platform is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Orca Security Platform focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Cortex Cloud
Cortex Cloud from Palo Alto Networks focuses on cloud posture management and runtime protection. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud workload protection: Focuses on protecting workloads running in the cloud rather than only inspecting account configuration. - Cloud entitlement analysis: Examines cloud permissions to identify overly broad or risky access. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. - Cloud detection and response: Supports investigation and response for suspicious activity in cloud environments. Use and operational context Cortex Cloud is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Cortex Cloud focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Prisma AIRS
Prisma AIRS from Palo Alto Networks focuses on AI application protection and model security assessment. It is AI security technology used for assessing or protecting AI models, applications or agents. Capabilities - AI application protection: Addresses the documented security controls for applications using AI models or agents. - Model security assessment: Brings the documented model risks or testing activities into the AI security review process. - Prompt-related threat assessment: Examines the prompt-related attack scope described by the product. - AI asset discovery: Helps establish the AI assets included in the documented assessment scope. Use and operational context Prisma AIRS is relevant to teams deploying AI-enabled business services when the requirement centers on assessing or protecting AI models, applications or agents. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Self-managed / on-premises option documented by the vendor. Before adoption, review the AI assets in scope, model or application integrations, documented attack coverage and the interpretation of assessment findings. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Prisma AIRS focuses on assessing or protecting AI models, applications or agents. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Singularity Cloud Security
Singularity Cloud Security from SentinelOne focuses on cloud security posture and workload protection. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud workload protection: Focuses on protecting workloads running in the cloud rather than only inspecting account configuration. - Cloud entitlement analysis: Examines cloud permissions to identify overly broad or risky access. - Attack path analysis: Connects multiple exposures to help explain how an attacker could reach a valuable target. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. Use and operational context Singularity Cloud Security is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Singularity Cloud Security focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Snyk Container
Snyk Container from Snyk focuses on container image vulnerability analysis. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Container-image assessment: Assesses the software content of supported images within Snyk's documented container scanning workflow. - Container security: Addresses security issues in container images or running containerized applications within the documented scope. - Kubernetes security: Brings Kubernetes assets or configuration into the cloud security assessment workflow. - Infrastructure-as-code scanning: Checks infrastructure definitions for security issues before or alongside deployment. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context Snyk Container is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Self-managed / on-premises option documented by the vendor. Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Snyk Container focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Snyk Infrastructure as Code
Snyk Infrastructure as Code from Snyk focuses on infrastructure configuration security analysis. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Infrastructure definition checks: Checks supported infrastructure definitions for security configuration issues. - Container security: Addresses security issues in container images or running containerized applications within the documented scope. - Kubernetes security: Brings Kubernetes assets or configuration into the cloud security assessment workflow. - Infrastructure-as-code scanning: Checks infrastructure definitions for security issues before or alongside deployment. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context Snyk Infrastructure as Code is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Self-managed / on-premises option documented by the vendor. Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Snyk Infrastructure as Code focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Sysdig Secure
Sysdig Secure from Sysdig focuses on cloud workload threat detection and posture assessment. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud workload protection: Focuses on protecting workloads running in the cloud rather than only inspecting account configuration. - Cloud entitlement analysis: Examines cloud permissions to identify overly broad or risky access. - Container security: Addresses security issues in container images or running containerized applications within the documented scope. - Kubernetes security: Brings Kubernetes assets or configuration into the cloud security assessment workflow. - Infrastructure-as-code scanning: Checks infrastructure definitions for security issues before or alongside deployment. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. - Cloud detection and response: Supports investigation and response for suspicious activity in cloud environments. Use and operational context Sysdig Secure is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Sysdig Secure focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Cloud One
Cloud One from Trend Micro focuses on cloud workload and infrastructure protection. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud service protection modules: Provides the cloud protection services included in the selected Trend Micro Cloud One scope. - Workload security functions: Addresses the workloads covered by the documented Cloud One service configuration. - Container security: Addresses security issues in container images or running containerized applications within the documented scope. Use and operational context Cloud One is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Cloud One focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Uptycs
Uptycs from Uptycs focuses on cloud and endpoint security analytics. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security posture management: Finds cloud configuration risks so teams can prioritize corrections across connected environments. - Cloud workload protection: Focuses on protecting workloads running in the cloud rather than only inspecting account configuration. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context Uptycs is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Uptycs focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Upwind Cloud Security Platform
Upwind Cloud Security Platform from Upwind focuses on runtime cloud visibility and threat detection. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud workload protection: Focuses on protecting workloads running in the cloud rather than only inspecting account configuration. - Container security: Addresses security issues in container images or running containerized applications within the documented scope. Use and operational context Upwind Cloud Security Platform is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Upwind Cloud Security Platform focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Wiz Cloud
Wiz Cloud from Wiz focuses on cloud security posture assessment and attack path analysis. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud security graph context: Connects the documented cloud asset and risk relationships to help interpret exposure. - Container security: Addresses security issues in container images or running containerized applications within the documented scope. - Kubernetes security: Brings Kubernetes assets or configuration into the cloud security assessment workflow. - Attack path analysis: Connects multiple exposures to help explain how an attacker could reach a valuable target. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. - Agentless assessment: Assesses the connected cloud environment using the agentless approach described by the vendor. - Infrastructure-as-code scanning: Checks infrastructure definitions for security issues before or alongside deployment. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. Use and operational context Wiz Cloud is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Wiz Cloud focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Wiz Defend
Wiz Defend from Wiz focuses on cloud threat detection and response. It is cloud security technology used for assessing cloud exposure or protecting running workloads. Capabilities - Cloud runtime investigation: Focuses the documented cloud detection workflow on suspicious workload activity. - Kubernetes security: Brings Kubernetes assets or configuration into the cloud security assessment workflow. - Attack path analysis: Connects multiple exposures to help explain how an attacker could reach a valuable target. - Runtime threat detection: Uses activity from running workloads to identify or respond to active threats. - Agentless assessment: Assesses the connected cloud environment using the agentless approach described by the vendor. - Vulnerability prioritization: Helps order remediation work using the risk context available in the platform. - Cloud detection and response: Supports investigation and response for suspicious activity in cloud environments. Use and operational context Wiz Defend is relevant to cloud and security teams working across accounts and workloads when the requirement centers on assessing cloud exposure or protecting running workloads. Scope the evaluation around the functions listed above and the assets or workflows that need coverage. A useful trial should use representative business conditions so the team can assess the quality of the results and the effort needed to act on them. Deployment and evaluation Deployment: Cloud service / SaaS. Before adoption, review cloud permissions required for onboarding, the assets assessed, runtime coverage and how findings reach remediation owners. Assign an owner for administration, document required permissions and identify how the product or service will fit the existing operating process. Buyer questions - What is the main purpose? Wiz Defend focuses on assessing cloud exposure or protecting running workloads. - What should a proof of concept establish? Test the listed capabilities against representative assets and workflows, record useful results and unresolved gaps, and confirm who handles follow-up work. - What should be confirmed before purchase? Ask the vendor which edition or service scope includes the required features, which dependencies must be configured and what licensing or contract terms apply. Pricing has not been verified for this catalog.
Frequently Asked Questions: Cloud security
Key technical, architectural, and procurement considerations documented by SecurifyA analysts for Cloud security.