

The Vectra platform integrates with the Cybereason Defense Platform to detect, prevent, and respond to advanced cyberattacks. Vectra’s cloud-native network detection capabilities, combined with Cybereason complete endpoint protection, allows security teams to easily correlate data for end-to-end visibility from the endpoint across the network. Together, the two solutions accelerate security investigations and enable rapid response to incidents.
Vectra AI and Cybereason integrate via API to share network and endpoint data. This means security practitioners get visibility into extended attributes directly from the Vectra platform. Teams can easily correlate attacks that span the cloud, enterprise environments, end user machines, and IoT devices. The joint solution also provides additional context with corresponding information from the Cybereason Malicious Operation - Malop™, so investigators can get a complete timeline of attacks, see all affected users and machines, determine root cause, and discover any malicious incoming or outgoing communication. Users can also pivot easily from theVectra platform into affected hosts for additional investigation.
The joint Vectra and Cybereason integration provides visibility into all enterprise environments, supporting hybrid, multi-cloud, or on-premises deployments with ease. Vectra’s cloud-native platform combined with Cybereason’s lightweight agent forms a modern solution to combat against today’s modern cyberattacks.
The integration also starts protecting enterprises from day one. Vectra’s advanced machine learning techniques and always-learning behavioral models means accurate detection and high fidelity results from day one. Unlike other network detection tools, Vectra Cognito does not require a learning period. This combined with Cybereason’s built-in threat hunting means security teams don’t need to perform intricate configurations or waste time tuning complex and static rules.
Spanning network and endpoints to protect against the broadest spectrum of threats, security teams can take leverage the joint Vectra and Cybereason solution to gain complete threat visibility and respond faster to cyberattacks.
The joint Vectra and Cybereason integration provides visibility into all enterprise environments, supporting hybrid, multi-cloud, or on-premises deployments with ease.

In addition to reducing the time to investigate threats, Vectra and Cybereason let security teams take swift, decisive action. Armed with network and endpoint context, security teams can quickly isolate compromised host devices from the network to halt cyberattacks and avoid data loss.
The Host Lockdown feature enables the Vectra Cognito platform to automatically disable hosts that demonstrate suspicious activity at the endpoint or through cloud apps. If analysts need to take matters into their own hands, they have the option to manually disable hosts during a security investigation. Disabling a host will significantly slow down an active attack by limiting an attacker’s access to additional resources. This drastically curtails the attack’s reach and gives the Security Operations Center (SOC) more time to investigate and remediate attacks.
Host Lockdown ensures that automation causes as little disruption as possible while giving you greater confidence that attackers are stopped in their tracks. Together, Vectra and Cybereason create an efficient security operations workflow that reduces response and investigation time, enabling security teams to quickly mitigate high-risk threats.
With additional attributes and context at their fingertips, the Vectra and Cybereason integration greatly reduces security operation workload and enables faster response times.
Combining data science, modern machine learning techniques and behavioral analysis based on artificial intelligence, Vectra AI performs nonstop, automated threat hunting. Incidents are automatically prioritized with packaged forensics, making investigations as easy as possible. In fact, the Vectra platform has been shown to reduce time spent on threat investigations by up to 90%. Incident responders can then trigger appropriate actions based on the type of threat, risk level, and certainty.
Integration with Cybereason further allows for built-in endpoint prevention, detection and remediation. Security staff can kill processes, quarantine files, prevent file execution, or isolate machines to effectively stop cyberattacks and prevent lateral movement across the enterprise.
Vectra AI has been shown to reduce time spent on threat investigations by up to 90%.
Die einzige IT-Sicherheitsplattform, die Ihnen vollständige Sichtbarkeit in Ihrer Umgebung bietet.

mit KI-gestützter Erkennung für die cloud
Führend im Gartner® Magic Quadrant™ für NDR im Jahr 2025
36
AI-Patente
150+
AI-Modelle
12
MITRE-Referenzen

AWS-Services schützen Konfigurationen, kontrollieren den Zugriff und überwachen Aktivitäten. Fortgeschrittene Angreifer wissen jedoch, wie sie blinde Flecken nach der Authentifizierung ausnutzen können. Und sie nutzen sie, um IAM-Rollen zu kompromittieren, sich seitlich zwischen Konten zu bewegen und Daten zu exfiltrieren.
VectraVectra AI stattet Sie mit der einzigen KI-gesteuerten cloud und Reaktionslösung der Branche aus, die speziell für AWS entwickelt wurde. Sie läuft nativ auf AWS und lässt sich nahtlos mit Services wie Amazon GuardDuty, AWS CloudTrail, AWS Security Lake und AWS Bedrock integrieren. So können Sie fortschrittliche Hybrid- und cloud stoppen, bevor sie eskalieren.

Gemeinsam schließen Vectra AI und AWS die Lücke in der Post-Authentifizierung.
Erkennen Sie IAM-Missbrauch, laterale Bewegungen und Datenexfiltration nach der Authentifizierung
Erkennen Sie heimliche Angreifer, die sich in die normale AWS-Aktivität einfügen
Korrelieren Sie Erkennungen über VPCs, Regionen und Identitäten hinweg
Vereinheitlichung der AWS-nativen Ergebnisse mit Netzwerk- und Identitätssignalen für eine einzige Ansicht
Beschleunigen Sie Untersuchungen um 50 % mit umfangreichen Metadaten, Entity-Attribution und KI-gesteuerter Triage
52 % mehr potenzielle Bedrohungen zu erkennen
Die Vectra AI erkennt und korreliert Verhaltensweisen in der cloud, im Netzwerk und in der Identität, um Bedrohungen zu stoppen, bevor sie sich ausbreiten.
Überwacht täglich 13,3 Millionen IPs
Verarbeitet 10 Milliarden Sitzungen pro Stunde
Verarbeitet 9,4 Billionen Bits pro Sekunde


Deckt > 90% der MITRE ATT&CK ab
Macht Vectra AI zum meistreferenzierten MITRE D3FEND
Mit KI-gesteuerten Erkennungsfunktionen für cloud, Netzwerk und Identität erhalten Sie volle Transparenz und schnellere Untersuchungen - ohne zusätzliche Komplexität.





Vectra AI erkennt Verhaltensweisen von Angreifern, die nach der Authentifizierung auftreten, und reichert die AWS-Ergebnisse mit Kontext aus Netzwerk- und Identitätsaktivitäten an.
Nein. Vectra AI ergänzt die AWS-Services durch die Erkennung von aktivem Angreiferverhalten, das native Tools allein möglicherweise nicht erkennen.
Nein. Vectra AI lässt sich nahtlos in Services wie Amazon GuardDuty, AWS CloudTrail, AWS Security Lake und AWS Bedrock integrieren, um Abdeckung, Klarheit und Kontrolle gegen fortschrittliche cloud zu bieten - und das alles ohne zusätzlichen betrieblichen Aufwand.
Vectra AI erweitert die Erkennung auf AWS-Workloads, IAM, SaaS, On-Premises und cloud für eine einheitliche Sichtbarkeit. Erfahren Sie mehr über unsere AWS-Integrationen unter: https://support.vectra.ai/vectra/knowledge
Erkennen Sie versteckte Bedrohungen, reduzieren Sie Rauschen und beschleunigen Sie Untersuchungen in Ihrer AWS-Umgebung.

Stop attacks across encrypted channels, private access, and hybrid environments
Führend im Gartner® Magic Quadrant™ für NDR im Jahr 2025
36
AI-Patente
150+
AI-Modelle
12
MITRE-Referenzen

Zscaler Internet Access (ZIA) and Zscaler Private Access (ZPA) provide the essential SASE architecture you need for secure remote and hybrid work. But attackers still find blind spots. And they’ll use them to slip past prevention controls, remaining invisible to SASE alone.
The Vectra AI Platform ingests Zscaler traffic to detect hidden attacker behaviors across internet, private access, cloud, and IoT/OT. The result is complete visibility and faster investigations — without added complexity.

Together, Vectra AI and Zscaler bridge the gap between detection and protection for complete coverage across SASE environments.
Detect evasive C2 and exfiltration attempts that slip past prevention controls.
Spend 37% less time identifying new attack use cases
52 % mehr potenzielle Bedrohungen zu erkennen
Correlate detections across cloud, on-premises, remote, and IoT/OT traffic for complete visibility.
Unify visibility across hybrid environments into a single centralized solution
Increase security team efficiency by 40%
Enrich Zscaler telemetry with AI-driven context, streamlining SOC triage and threat hunting.
Cut triage time by 60% with AI-driven context
Cut manual investigation tasks by 50%
Legacy solutions prevent and control access, but advanced attackers still find ways in. The Vectra AI Platform sees and stops hidden attacks as they progress from network to identity to cloud.
Überwacht täglich 13,3 Millionen IPs
Verarbeitet 10 Milliarden Sitzungen pro Stunde
Verarbeitet 9,4 Billionen Bits pro Sekunde


Deckt > 90% der MITRE ATT&CK ab
Macht Vectra AI zum meistreferenzierten MITRE D3FEND
Correlate signals across SASE, cloud, identity, and IoT to expose multi-vector hybrid attacks before they spread.





By ingesting traffic from Zscaler Internet Access (ZIA) and Zscaler Private Access (ZPA) , Vectra AI provides detection of hidden attacker behaviors across all users, workloads, and devices. This gives SOC teams the visibility they need to enforce zero trust policies with confidence.
Integrating the Vectra AI Platform with ZIA and ZPA allows your security team to identify evasive command-and-control, lateral movement, reconnaissance, and data exfiltration attempts that traditional legacy solutions and NGFW controls frequently miss.
No. The integration leverages existing ZIA and ZPA traffic flows, enriching telemetry with AI-driven detection to simplify, not burden, SOC workflows.
The integration covers cloud, on-premises, remote work, and IoT/OT environments, ensuring end-to-end visibility across the enterprise attack surface.
Strengthen zero trust with AI-driven detection, investigation, and response.