
Criminal IP's Attack Surface Management (ASM) is a cutting-edge platform driven by intelligence that seeks to constantly pinpoint, catalog, and supervise all internet-connected resources associated with an organization, including often ignored and shadow assets, thereby granting teams insight into their genuine external exposure as seen by potential attackers. This innovative solution combines automated asset identification with open-source intelligence (OSINT) techniques, enhancements via artificial intelligence, and advanced threat intelligence to uncover exposed hosts, domains, cloud services, IoT devices, and various other entry points on the internet, while also gathering evidence like screenshots and metadata, linking discoveries to known vulnerabilities and tactics used by attackers. By assessing exposures in terms of business significance and risk, ASM highlights vulnerable components and misconfigurations, delivering real-time alerts and interactive dashboards that streamline investigation and remediation processes. Moreover, this all-encompassing tool not only aids organizations in managing their security stance but also equips them to stay ahead of emerging threats by fostering a proactive security culture within their teams. Ultimately, the proactive management of attack surfaces can significantly enhance an organization's resilience against cyber risks.
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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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Arbor Threat Mitigation System
Arbor Threat Mitigation System is NETSCOUT’s flagship DDoS mitigation solution designed for carrier-grade and enterprise-scale environments. It provides adaptive, automated protection against volumetric, TCP state exhaustion, and application-layer DDoS attacks. Working in tandem with Arbor Sightline, the system detects threats early and dynamically adjusts countermeasures. Arbor TMS surgically filters attack traffic while preserving the performance of legitimate applications and services. The solution supports extremely large mitigation capacities within a single deployment, making it suitable for high-risk networks. Flexible configurations allow organizations to deploy protection on-premises, at the edge, in the cloud, or fully virtualized. Arbor TMS also addresses threats originating from mobile apps and IoT devices. Built-in scalability ensures protection grows alongside network demand. Service providers can extend DDoS protection to customers as a value-added service. Automated mitigation reduces manual intervention and response time. Proven reliability makes Arbor TMS a trusted choice worldwide. The system helps organizations protect availability, reputation, and revenue from DDoS threats.
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A10 Defend DDoS Mitigator
A highly accurate, automated, scalable, and intelligent solution for DDoS mitigation is available in both hardware and virtual formats, capable of handling bandwidths from 1Gbps to more than 1Tbps. This solution effectively reduces downtime by employing multi-vector DDoS mitigation, utilizing FPGA acceleration and diverse clustering methods to ensure robust protection at scale. With features like automated policy escalation and smart zero-day threat mitigation, it enhances effectiveness while significantly reducing total cost of ownership (TCO). Furthermore, the streamlined SecOps processes contribute to an overall increase in operational efficiency and response time.
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