
SOCRadar Extended Threat Intelligence is an all-encompassing platform built to proactively identify and evaluate cyber threats, offering actionable insights that are contextually relevant. As organizations strive for improved visibility into their publicly available assets and the vulnerabilities linked to them, relying only on External Attack Surface Management (EASM) solutions proves insufficient for effectively managing cyber risks; these technologies should be integrated within a broader enterprise vulnerability management strategy. Businesses are increasingly focused on safeguarding their digital assets from every conceivable risk factor. The traditional emphasis on monitoring social media and the dark web is no longer adequate, as threat actors continually adapt and innovate their attack strategies. Thus, comprehensive monitoring across various environments, including cloud storage and the dark web, is vital for empowering security teams to respond effectively. Furthermore, a robust approach to Digital Risk Protection necessitates the inclusion of services such as site takedown and automated remediation processes. By adopting this multifaceted approach, organizations can significantly enhance their resilience in the face of an ever-evolving cyber threat landscape, ensuring they can respond proactively to emerging risks. This continuous adaptation is crucial for maintaining a strong security posture in today's digital environment.
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Criminal IP functions as a cyber threat intelligence search engine designed to identify real-time vulnerabilities in both personal and corporate digital assets, enabling users to engage in proactive measures. The concept behind this platform is that by acquiring insights into potentially harmful IP addresses beforehand, individuals and organizations can significantly enhance their cybersecurity posture. With a vast database exceeding 4.2 billion IP addresses, Criminal IP offers crucial information related to malicious entities, including harmful IP addresses, phishing sites, malicious links, certificates, industrial control systems, IoT devices, servers, and CCTVs. Through its four primary features—Asset Search, Domain Search, Exploit Search, and Image Search—users can effectively assess risk scores and vulnerabilities linked to specific IP addresses and domains, analyze weaknesses for various services, and identify assets vulnerable to cyber threats in visual formats. By utilizing these tools, organizations can better understand their exposure to cyber risks and take necessary actions to safeguard their information.
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FireCompass
FireCompass functions continuously, employing sophisticated reconnaissance methods to map out the deep, dark, and surface web similarly to how threat actors operate. The platform autonomously identifies an organization's continually changing digital attack landscape, uncovering previously unknown risks such as exposed databases, cloud storage vulnerabilities, code leaks, compromised credentials, at-risk cloud assets, open ports, and more. In addition, FireCompass allows users to execute safe penetration tests on their critical applications and assets. Once the necessary approvals for the attack parameters are in place, the FireCompass engine launches multi-faceted attacks that include network, application, and social engineering strategies to expose possible breach and attack pathways. Moreover, FireCompass aids in the prioritization of digital threats, ensuring that the most vulnerable points are highlighted for immediate attention. The user-friendly dashboard clearly categorizes risks into high, medium, and low priorities, along with recommended strategies for mitigation, which helps organizations effectively distribute their resources to tackle the most urgent concerns. By adopting this all-encompassing methodology, organizations can significantly bolster their overall cybersecurity defenses and resilience against potential threats. This improved security framework not only protects sensitive data but also fosters a culture of proactive risk management within the organization.
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Strobes
Strobes is an AI-powered exposure management platform built to help security teams move from scattered vulnerability data to continuous, verified risk reduction. The platform unifies discovery, prioritization, validation, remediation, analytics, reporting, workflows, and integrations into a single operating layer for exposure management. It supports key security programs such as attack surface management, application security posture management, risk-based vulnerability management, AI pentesting, penetration testing as a service, and continuous threat exposure management. Strobes uses AI agents to reason through security findings with business context, including asset importance, threat intelligence, exploitability, attack paths, compliance scope, and compensating controls. This helps teams focus on vulnerabilities that are actually exploitable and business-critical instead of chasing large volumes of low-impact alerts. The platform connects with more than 100 existing security, cloud, development, ticketing, collaboration, and monitoring tools, allowing organizations to improve exposure management without replacing their current stack. Strobes pulls in assets and findings from scanners and platforms, correlates related issues, filters false positives, prioritizes what matters, and routes remediation tasks to the correct owners. Its adversarial validation and AI pentesting capabilities help teams prove exploitability, confirm whether fixes worked, and maintain a continuous feedback loop for risk reduction. Security leaders can use dashboards and reports to monitor open findings, remediation progress, visibility accuracy, audit readiness, and business-level exposure trends.
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