Integrations
Protect your NetApp ONTAP environment from exposure, attacks, and misconfiguration.
The Challenge
NetApp ONTAP is critical for managing enterprise data across hybrid and cloud environments, but it faces significant security risks. Vulnerabilities like privilege escalation through REST APIs, misconfigured access controls, and exposure to OpenSSH-related exploits can leave sensitive data exposed.
Solution
Concentric AI detects risks such as unauthorized access attempts, misconfigurations, and privilege escalation vulnerabilities, enabling security teams to take real-time action.
Privilege escalation prevention
Privilege escalation vulnerabilities can grant unauthorized users elevated permissions, exposing sensitive data and critical systems. Concentric AI identifies and mitigates these risks by analyzing user roles and ensuring proper access governance.
Access control remediation
Improper access controls can leave sensitive data vulnerable to breaches. Concentric AI audits and remediates gaps in access configurations, ensuring only authorized personnel can access critical data.
NetApp ONTAP can store large volumes of sensitive business data, making excessive permissions, unauthorized access, misconfigured shares, privilege escalation, and exposed sensitive files significant data security risks. Common concerns include overly broad access to file shares, inherited permissions that provide more access than intended, stale user or group permissions, and limited visibility into which sensitive data is exposed.
The challenge is understanding what sensitive data is stored in ONTAP, who can access it, how they can access it, and whether that access is appropriate. File and folder permissions can become increasingly complex as users, groups, and business requirements change.
Concentric AI continuously discovers and understands sensitive data in NetApp ONTAP and analyzes it in the context of users, groups, permissions, and exposure. This helps security teams identify high-risk data access, prioritize remediation, and reduce unnecessary exposure across their NetApp environment.
To prevent unauthorized access to data in NetApp ONTAP, organizations should combine strong authentication with role-based access controls, least-privilege permissions, regular access reviews, and continuous monitoring. Security teams should also identify stale accounts, excessive permissions, inherited access, and other conditions that could give users access to sensitive files they do not need.
ONTAP provides native authentication, authorization, access control, encryption, and auditing capabilities. However, effective data protection also requires understanding which data is sensitive and whether the users who can access it actually need that access.
Concentric AI complements ONTAP security by continuously discovering sensitive data and analyzing it alongside user and group permissions. Security teams can identify excessive or inappropriate access, prioritize the highest-risk exposures, and automate remediation to enforce least-privilege access.
To find and reduce privilege escalation risks in NetApp ONTAP, organizations should analyze user and group memberships, inherited permissions, access control configurations, and the sensitive data those permissions expose. The highest-risk situations occur when users can access sensitive information through permissions or group memberships that exceed their business requirements.
Concentric AI helps identify privilege escalation risks by analyzing the relationship between users, groups, permissions, sensitive data, and access paths across NetApp ONTAP. This data-centric analysis helps security teams distinguish routine access from potentially risky privilege relationships and prioritize the exposures that matter most.
Once excessive or inappropriate access is identified, Concentric AI can support automated remediation to reduce permissions and enforce least-privilege access. This helps organizations continuously manage access risk rather than relying on periodic permission reviews.
To classify and protect sensitive data in NetApp ONTAP, organizations need to first discover what information is stored in their file systems and understand its sensitivity and business context. They can then apply appropriate access controls, protection policies, retention requirements, and remediation actions based on the data's risk.
Traditional classification approaches often rely on keywords, patterns, or predefined rules that can struggle to understand the context of unstructured data. Concentric AI uses patented language models to understand the meaning and context of files stored in NetApp ONTAP, helping organizations accurately identify sensitive information without relying solely on pattern matching or manually maintained rules.
Concentric AI continuously analyzes sensitive data alongside permissions and exposure, enabling security teams to identify high-risk files, reduce excessive access, and automate remediation. This provides a data-centric foundation for protecting sensitive unstructured data across NetApp ONTAP.
The compliance requirements that apply to data stored in NetApp ONTAP depend on your industry, location, and the types of information your organization collects and processes. Common regulations and frameworks include GDPR, HIPAA, PCI DSS, CCPA/CPRA, SOC 2, and NIST, along with industry-specific and regional data protection requirements.
NetApp ONTAP provides security, access control, encryption, auditing, and data management capabilities that can help organizations meet compliance requirements. However, compliance requires more than securing the storage platform. Organizations also need to understand what sensitive data is stored in ONTAP, who can access it, how it is protected, and whether access remains appropriate over time.
Concentric AI complements ONTAP security by continuously discovering and understanding sensitive data, analyzing access and exposure risks, and identifying potential compliance gaps. This helps security and compliance teams reduce unnecessary data exposure, enforce appropriate access controls, and maintain greater visibility into sensitive information across NetApp ONTAP and the broader enterprise.