Frequently Asked Questions

Hadrian's Partner Program focuses on three primary collaborations: Managed Security Service Providers (MSSPs), Resellers, and Technology Partners. MSSPs utilize Hadrian’s multi-tenant platform to augment their red teaming capabilities and streamline service delivery, while resellers facilitate global market expansion—particularly in the US and APAC—by adapting sales motions to local needs. These commercial partnerships are underpinned by Technology Partnerships that ensure seamless integration with existing security stacks (such as SIEM and SOAR) and enhance capabilities through data collaborations, all supported by dedicated customer success teams and guided onboarding.

The Hadrian Partner Program strategically expands its market reach and technical capabilities by collaborating with Managed Security Service Providers (MSSPs) and resellers, utilizing a multi-tenant platform to augment red teams and automate reconnaissance for efficient client management. While MSSPs serve as a core sales channel and service enhancer, reseller partnerships facilitate international growth—particularly in the US and APAC—by adapting to local market needs. This ecosystem is underpinned by robust technology partnerships that provide seamless, cost-inclusive integrations with over 200 third-party tools (such as SIEM and SOAR), all supported by dedicated customer success managers and guided onboarding to ensure operational excellence.

Hadrian empowers Security Operations Center (SOC) teams by shifting from passive vulnerability scanning to active adversarial validation, a process that drastically reduces alert fatigue by filtering thousands of theoretical alerts down to confirmed, exploitable threats. By automating the manual investigation workflow through AI-driven validation and generating undeniable Proof of Concepts (PoC), the platform allows analysts to bypass tedious triage and focus immediately on verified risks. This real-time, event-driven capability integrates seamlessly with existing SIEM and SOAR ecosystems to streamline response times , while simultaneously enriching security posture with proactive threat intelligence—ensuring continuous, high-fidelity visibility across the entire attack surface.

Unlike traditional tools that run periodic scans and produce high volumes of false positives, Hadrian operates continuously and autonomously. It uses an event-based agentic AI to mimic human hacker behavior, validating risks to ensure they are actually exploitable. This reduces noise and allows teams to focus only on verified threats.

Security Operations teams and CISOs of medium and large enterprises who struggle with asset inventory, alert validation, and threat prioritization in their work processes.

Adversarial exposure validation transforms vulnerability management by using context-aware AI agents to actively mimic real-world attackers, safely executing complex, multidimensional exploit chains to test an organization's defenses. Rather than relying on theoretical alerts, this process autonomously validates risks by attempting actual exploitation—filtering out thousands of false positives and delivering undeniable Proof of Concept (PoC) evidence for the few genuine threats that matter. By continuously simulating these attacks and automatically re-testing remediations, the system ensures security teams focus only on confirmed, exploitable vulnerabilities without disrupting production environments.

Hadrian can completely or partially replace traditional penetration testing, depending on the organization's needs. It is designed to act as an automated, continuous alternative to the periodic manual testing model.

Hadrian minimizes false positives by distinguishing between "Potential Risks" and "Verified Risks." For verified risks, the AI Orchestrator safely simulates an attack to prove the vulnerability is exploitable, providing a proof-of-concept for the finding. This reduces tens of thousands of potential alerts to the specific few that matter.

Hadrian’s agentic AI validates exposures through an "AI Orchestrator" that autonomously mimics human ethical hackers , moving beyond static scripts to context-aware, active exploitation. Instead of indiscriminately testing assets, the agents analyze the specific technology stack and configuration to decide which "agentic risk-finding mechanisms" to deploy, safely executing complex, multidimensional attack chains to confirm actual exploitability. This continuous, event-driven process triggers immediately upon detecting infrastructure changes and produces detailed Proof of Concept (PoC) evidence, ensuring security teams receive undeniable, reproducible proof of verified risks rather than theoretical alerts.