SUPERNA’S TECHNOLOGY INTEGRATIONS
Powerful Integrations. Real-Time Defense.
Superna connects with 50+ leading security tools—CrowdStrike, SentinelOne, Splunk, ServiceNow, and more—so your team sees threats faster and stops attacks before they spread.
By seamlessly sharing security findings across your existing ecosystem, Superna accelerates incident response, delivers deeper data insights, and streamlines operations. The result: stronger protection, faster action, and no disruption to the security workflows your team knows best.
Exposure Management
Integrations in this category import external vulnerability and risk intelligence and map it directly to unstructured data, user access behavior, and host-level activity. By combining exposure signals with real-time data-layer insights—such as file sensitivity, access frequency, and classification—organizations can prioritize risk more effectively. This enables enforcement actions like targeted scanning, tagging, or access restrictions based on actual data exposure, not just abstract system-level vulnerabilities.
Host Isolation
These integrations enable immediate containment of endpoints based on suspicious behavior observed at the data layer. If a host exhibits signs of compromise—such as unusual access to sensitive files or rapid read/write operations—automated isolation can prevent further access to storage systems. This limits data exposure by cutting off threats at the access point, reducing response time and potential damage.
Alert Ingestion
This category supports structured forwarding of alerts generated from data-layer monitoring into security platforms like SIEM or threat intelligence tools. Alerts include rich context such as user identity, file paths, access patterns, classification tags, and policy violations. This deep data context enables faster triage and better correlation with incidents across your security stack.
Response Orchestration
Orchestration integrations enable automated storage-layer data protection actions in response to non-storage-related security incidents—such as endpoint malware detections, identity threats, or suspicious network activity. When risk is detected outside the storage layer, actions like data snapshots, access revocation, or share locking can be triggered to protect critical data. This ensures that storage systems actively respond to threats flagged elsewhere in your environment, creating a unified and proactive defense model.
Ticketing & CMDB Integration
These integrations publish real-time storage and data-layer asset metadata—including shares, exports, users, risk states, and data classifications—into IT service management and configuration systems. This ensures full asset visibility, incident enrichment, and change tracking aligned with how data is actually accessed and protected, bridging the gap between IT operations and data security.
Backup Coordination
This category ensures cyber-resilient protection of backup data stored on monitored devices. When data-layer risks are detected—such as abnormal access, sensitive data exposure, or rapid file modifications—the system can trigger automated backups, snapshots, or version locking. These workflows are specifically designed to preserve the integrity of backup datasets, ensuring they remain secure and restorable even during live threat events.
Reduce risk, automate and scale
Make informed decisions faster
Gain critical visibility
Maximize ROI of your technology investments
Technology Integration Partners
Superna’s native integrations help accelerate deployment and time to value, while enhancing your existing technology investments.
Integration Categories & Functional Descriptions
Integrations in this category import external vulnerability and risk intelligence and map it directly to unstructured data, user access behavior, and host-level activity. By combining exposure signals with real-time data-layer insights—such as file sensitivity, access frequency, and classification—organizations can prioritize risk more effectively. This enables enforcement actions like targeted scanning, tagging, or access restrictions based on actual data exposure, not just abstract system-level vulnerabilities.
These integrations enable immediate containment of endpoints based on suspicious behavior observed at the data layer. If a host exhibits signs of compromise—such as unusual access to sensitive files or rapid read/write operations—automated isolation can prevent further access to storage systems. This limits data exposure by cutting off threats at the access point, reducing response time and potential damage.
This category supports structured forwarding of alerts generated from data-layer monitoring into security platforms like SIEM or threat intelligence tools. Alerts include rich context such as user identity, file paths, access patterns, classification tags, and policy violations. This deep data context enables faster triage and better correlation with incidents across your security stack.
Orchestration integrations enable automated storage-layer data protection actions in response to non-storage-related security incidents—such as endpoint malware detections, identity threats, or suspicious network activity. When risk is detected outside the storage layer, actions like data snapshots, access revocation, or share locking can be triggered to protect critical data. This ensures that storage systems actively respond to threats flagged elsewhere in your environment, creating a unified and proactive defense model.
These integrations publish real-time storage and data-layer asset metadata—including shares, exports, users, risk states, and data classifications—into IT service management and configuration systems. This ensures full asset visibility, incident enrichment, and change tracking aligned with how data is actually accessed and protected, bridging the gap between IT operations and data security.
This category ensures cyber-resilient protection of backup data stored on monitored devices. When data-layer risks are detected—such as abnormal access, sensitive data exposure, or rapid file modifications—the system can trigger automated backups, snapshots, or version locking. These workflows are specifically designed to preserve the integrity of backup datasets, ensuring they remain secure and restorable even during live threat events.
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