Cygon: Proximity Continuous Threat & Exposure Management Platform

Modern organizations operate in increasingly dense physical and wireless environments where people, devices, and signals intersect. While significant investments are made in protecting networks, cloud, applications, and identities, a critical attack surface remains largely unmanaged: the proximity layer, the physical and wireless space inside and around facilities. When attackers operate from within or near a facility, their likelihood of success increases significantly. Low-cost, easily accessible wireless tools combined with AI-driven techniques enable proximity-based attacks such as rogue and evil twin networks, MITM attacks, hidden or shadow devices, unauthorized IoT, privacy violations, and operational disruption, often without requiring a direct connection to the corporate network. Existing security platforms primarily focus on post-connection visibility and control, including network access enforcement mechanisms such as NAC. As a result, activity occurring before the point of network connection, within the physical and wireless environment, often remains unseen. Traditional alternatives rely on hardware-based sensors that are costly and complex to deploy at scale, or on manual, point-in-time inspections that do not provide continuous visibility. This creates a significant blind spot in the organizations security posture. Cygon addresses this gap with the worlds first AI-driven Proximity Attack Surface Management (PASM) platform. Cygon is a unified Proximity Continuous Threat and Exposure Management solution (Proximity CTEM) designed to continuously detect, analyze, and respond to threats originating from the proximity layer. The platform operates as a 100 percent software-based SaaS solution with no hardware, sensors, or infrastructure changes required. Cygon continuously monitors the physical and wireless environment inside and around facilities, identifying malicious, concealed, unmanaged, and shadow devices, whether connected or not connected to the network. It detects wireless attack techniques, unauthorized IoT, vulnerabilities, and misconfigurations across the environment, infrastructure, and WiFi network, and actively supports organizations with guidance for reducing exposure to proximity-based threats. Using AI-powered engines for behavior analysis, anomaly detection, and intelligence correlation, Cygon provides real-time threat detection, location-based visibility, risk-based prioritization, and guided mitigation. This enables organizations to manage cyber, privacy, physical security, and operational continuity risks that arise from proximity-based threats. Cygon is designed to align with leading security and compliance standards and frameworks, including GDPR, CCPA, ISO 27001, and the NIST Cybersecurity Framework (CSF) 2.0, supporting governance, visibility, and control of proximity risks at enterprise scale, in environments where traditional security platforms do not operate.