BloodHound Integrations built for the Hybrid Enterprise

OpenGraph extends BloodHound Enterprise beyond Active Directory, enabling security teams to map and eliminate identity attack paths across hybrid environments, including Okta, GitHub, Jamf-managed Mac environments, and more. It unifies identity data from multiple platforms into a single attack path graph so defenders can see and close exposures before attackers exploit them.

Hybrid attack paths are chains of abusable permissions, misconfigurations, and trust relationships that allow an attacker to move laterally across on-premises and cloud environments — for example, escalating from an Okta user to a privileged Active Directory account, or pivoting from a GitHub repository to production infrastructure. Modern adversaries don’t respect infrastructure boundaries, and defenders need visibility that doesn’t either.

BloodHound Enterprise integrates with leading SIEM, SOAR, ITSM, and identity platforms including Splunk SIEM, Splunk SOAR, Palo Alto Cortex XSOAR, ServiceNow, Duo, Quest Software, and Axonius. These integrations enable security teams to ingest attack path findings into existing workflows, automate response, and enrich alerts with identity context — without leaving the tools they already use.

Identity attack path management (APM) is a proactive security discipline that identifies and eliminates the chains of privileges and misconfigurations attackers use to reach critical assets. Unlike reactive detection, APM focuses on closing exposure before an attack occurs, reducing the blast radius of credential compromise and making lateral movement significantly harder.

BloodHound Enterprise models identity relationships the way attackers do across Active Directory, Azure, Okta, GitHub, Jamf, and other platforms simultaneously. By visualizing how trust relationships chain together across environments, security and identity teams can identify which misconfigurations create real risk and prioritize remediation based on actual attack path exposure, not theoretical vulnerabilities.

Proactive identity threat detection means identifying and closing abusable identity relationships before an attacker exploits them — rather than waiting for an alert after a breach has begun. BloodHound Enterprise continuously analyzes your environment to surface which identities, permissions, and trust relationships represent real exposure, giving defenders the context to act before the attack path is walked.

Yes. BloodHound Enterprise is used by large enterprises and government agencies to secure complex identity infrastructure, including environments with strict compliance requirements. SpecterOps’ adversary simulation background means our attack path research is grounded in real-world tradecraft, not theoretical models, providing the depth of analysis government security teams need to defend mission-critical systems.