Discover how Hadrian delivers a full-service platform that manages and assists at all points in the Continuous Threat Exposure Management framework.
Scoping and discovery that makes Sense
Hadrian performs continuous discovery across your entire external attack surface, with scans typically running on an hourly basis or after an event-based trigger to maintain a complete inventory of the addressable scope.
Eliminate blind spots and discover Shadow IT that could leads to unknown exposures in your attack surface.
Use Machine Learning trained by a team of ethical hackers to confirm asset ownership and find vulnerabilities before hackers find them.
Plan for ultra-accurate asset prioritization
Hadrian's prioritization methodology is defined by its ability to validate risk through the hacker’s perspective, ensuring every prioritized exposure is both real and relevant to your unique environment.
Hadrian’s platform goes beyond basic risk scoring provided by CVSS or EPSS to provide you a prioritized list of validated risks based on your individual attack surface characteristics.
The final priority ranking integrates factors like urgency and impact based on the potential consequences to the business.
Emulate cybercriminal Attack methods
For the Validation and Mobilization phases of the CTEM framework, Hadrian’s AI agents use methods trained on by our ethical hacking team to attempt to validate any potential exposures before attackers can exploit them.
Ethical hackers train AI agents to search for new zero-days that could cause exposures in your attack surface.
Proof of Concept for every finding that provides verifiable evidence that allows customers to quickly reproduce and confirm the exploit for themselves.
Hadrian is designed to eliminate the friction that stalls remediation workflows by providing crystal-clear context and integrated tools.
99%
Noise elimination: From 1,000 assets scanned weekly, pinpoint an average of 6 verified exploitable exposures.
8h
Save each member of your SOC team an average of 8 hours every week on chasing unverified alerts.
80%
Reduction in Mean-Time-to-Remediate.
<5m
Deploys from the cloud in minutes, no installation required
10x
Greater visibility of critical vulnerabilities in the attack surface
88%
Faster alert investigation: Cut average investigation time from 25 minutes to 3 minutes.
Jira
Integrate directly with Jira to automatically create, assign, and track remediation tickets based on verified risks, streamlining the defect lifecycle for development and security teams.
Ticketing
Slack
Integrate directly with Jira to automatically create, assign, and track remediation tickets based on verified risks, streamlining the defect lifecycle for development and security teams.
Collaboration
ServiceNow
Connect seamlessly with ServiceNow to manage security incidents and remediation tasks within your existing ITSM framework, ensuring governance and audited workflow consistency.
Ticketing
SentinelOne
Connect seamlessly with ServiceNow to manage security incidents and remediation tasks within your existing ITSM framework, ensuring governance and audited workflow consistency.
CTI
Microsoft Teams
Invia avvisi automatici, condividi rapporti sui rischi contestualizzati e gestisci gli aggiornamenti sullo stato delle correzioni direttamente attraverso i canali Microsoft Teams per una collaborazione interfunzionale coesa.
Collaboration
Datadog
Correlate Hadrian's continuous exposure validation findings with Datadog monitoring data to gain deeper operational context and accelerate incident triage based on verified exploitability.
CTI
GLPI
Automate the creation and management of security tickets and asset inventory updates within GLPI, ensuring vulnerabilities are logged against the correct IT assets and tracked through resolution.
Ticketing
Zendesk
Streamline internal and external security-related support requests from multiple teams by integrating validated risk reports into Zendesk workflows, centralizing issue management and response.
Support
Hubspot
Leverage Hadrian's asset discovery and exposure intelligence to inform and protect your marketing-facing assets and domains managed within HubSpot, ensuring brand safety and compliance.
Marketing
What is CTEM?
CTEM stands for Continuous Threat Exposure Management. It is a proactive cybersecurity framework designed to move organizations beyond static, periodic security testing (like annual penetration tests) toward a continuous, automated cycle of identifying and mitigating risks. Organizations that prioritize security based on a CTEM program are forecast to be "three times less likely to suffer a breach"
How does CTEM inform Hadrian's offensive security platform?
Hadrian's Offensive Security Platform is built around the Continuous Threat Exposure Management (CTEM) framework, automating all five phases: Scoping (defining the internet-facing attack surface with asset groups and business context), Discovery (continuous hourly scanning that identifies shadow IT, supply chain risks, and unknown assets using AI), Prioritization (context-aware risk scoring that incorporates asset criticality, threat intelligence, CISA KEV data, and dark web monitoring to rank genuine threats), Validation (the key differentiator—using an agentic AI to actively simulate attacks and prove exploitability within 15 minutes, eliminating false positives), and Mobilization (providing actionable remediation guidance with automatic regression testing and integration into ticketing/communication tools). By automating this continuous loop, Hadrian enables organizations to identify and harden their defenses from the attacker's perspective, aligning with Gartner's forecast that CTEM adoption makes organizations three times less likely to suffer a breach.
How do Hadrian's AI agents work?
Hadrian’s AI agents operate primarily through a central engine or data layer. This system is designed to autonomously mimic the decision-making processes and behaviors of human ethical hackers to discover, validate, and prioritize risks without manual intervention.
What is event-based scanning?
Event-based scanning is a dynamic security testing approach where active vulnerability assessments are triggered by specific changes or "events" within an organization's environment, rather than relying solely on static, pre-scheduled batch scans.