Skybox Security

Skybox Security, located at 2261 Market Street, #5605, San Francisco, CA 94114-1612, provides a Continuous Exposure Management Platform designed to integrate attack surface management, vulnerability management, and security policy management solutions. The company offers products such as Vulnerability Control, Firewall Assurance, Network Assurance, and Change Manager. Skybox Security’s platform capabilities include Threat Intelligence, Platform Integrations, and a Cloud Edition, supporting each stage of a continuous exposure management program by mapping the attack surface, assessing and prioritizing vulnerabilities, and combating threats through remediation. The platform also features exposure-based vulnerability prioritization, risk scoring, attack simulation, and a network model that visualizes all security controls and network configurations across an environment. Skybox Security’s Threat Intelligence Service aggregates data from over 35 sources, providing expert analysis of vulnerabilities and remediations, while the Research Lab delivers comprehensive, actionable, and timely threat intelligence. The platform integrates with major public and private cloud infrastructure platforms, SIEM/SOAR/ITSM platforms, and OT technology vendors, offering a unified view and context across an organization’s entire security estate. Additionally, Skybox Security supports continuous compliance, accurate risk scoring, and precise remediation, and includes capabilities for automating change management workflows, risk assessments, and rule recertification. The company provides professional services, technical support, and training to its customers and has a global network of channel partners, strategic technology alliance partners, and managed security service providers. Skybox Security has received several awards, including Best Vulnerability Management Solution at the SC Awards 2022 and Market Leader in Risk-based Vulnerability Management at RSA 2022, and has helped over 500 enterprises and government organizations improve their security efficacy.