Spektion is a continuous runtime exposure management platform that identifies which vulnerabilities are actually exploitable in an environment at any given time, rather than relying solely on theoretical severity scores from scanners. The platform monitors software execution behavior at runtime to answer key exploitability questions: whether software is actively running, what privileges it holds, whether it is network-exposed, and what the potential blast radius of an exploit would be. This allows security teams to reduce large vulnerability backlogs down to a small number of findings that require immediate action. Core capabilities include: - Vulnerability Prioritization: Filters large volumes of findings (e.g., 50,000) down to a small set of actionable, exploitable items based on runtime execution data. - Zero-Day and Pre-CVE Risk Detection: Identifies exploitable conditions in zero-days, custom applications, AI-generated tools, and internal software that will never receive a CVE assignment. - AI Security: Monitors and secures AI agents, workloads, and software components for security exposures. - Compensating Controls: Recommends and applies preventive and detective controls — including custom EDR rules and system hardening — before patches are available. - AI Assistant: Accepts natural language queries against security data to surface vulnerability details, SLA status, and remediation options. - MCP Agent Mapping: Maps and observes MCP (Model Context Protocol) endpoints. - API Access: Provides a REST API for integration into existing security stacks. The platform claims outcomes including a 38% critical backlog reduction in one month, 40% attack surface reduction from unused software removal, and 80% reduction in manual prioritization work.