31%
of breaches involve stolen credentials
Behavior analytics and attack-pattern matching with automated remediation actions.
Behavior analytics and attack-pattern matching with automated remediation actions.
Prevent privilege escalation, contain phishing and stop lateral movement.
Continuously right-size entitlements so each identity has only the access it needs. Clear, human-readable context makes reviews faster and more accurate.
Quickly detect and fix drift against SOC 2, ISO 27001, HIPAA, and more. Automated reporting streamlines audits and speeds up certification.
Behavioral analytics and attack-pattern matching catch anomalies instantly. Automated playbooks isolate or revoke risky access before damage occurs.
Monitor privileged identities and enforce tighter controls. Lower premiums by demonstrating reduced risk and negotiating stronger insurance terms.
of breaches involve stolen credentials
of attacks are malware-free
Kerberoasting attacks YoY
of breaches involve stolen credentials
of attacks are malware-free
Kerberoasting attacks YoY
Correlate users and NHIs across all your cloud providers, IdPs and on-prem solutions.
Label identities, credentials and resources and write your own queries to find specific events.
Identify security posture issues as well as active threats at runtime.
Implement your own risk scores and policy frameworks, tailoring security detections to your environment and reducing unwanted noise.
Easily secure on-prem, cloud, managed and unmanaged environments with SlashID connectors, workloads and browser extension.
Follow manual remediation playbooks and orchestrate automated remediation APIs through your SOAR tools.
Control your environment through a single, intuitive dashboard where you can see all your identity security events.
Several Chrome extension developers were compromised in recent weeks by an attack seeking to create a backdoor in the extensions.
Federating trust with an identity provider (IdP) is common practice to centralize identity governance.
Compromised non-human identities are increasingly being leveraged by attackers to gain initial access and as a vector for lateral movement.