SAN JOSE, Calif.–(BUSINESS WIRE)–Forescout Technologies Inc., a global leader in cybersecurity, today announced the Forescout 4D Platform™ is now the Forescout Vistaro™ platform, reflecting the company’s AI-driven innovation and long-term vision for security operations.
Amid escalating AI-driven threats, the Forescout Vistaro platform heralds proactive, AI-powered cybersecurity control. The platform provides comprehensive visibility and control across managed and unmanaged cyber-physical assets spanning IT, OT, IoT, and IoMT environments. Designed for security operations teams, Forescout Vistaro helps organizations better understand and secure complex environments at scale. The change is an update only to the name.
Forescout VistaroAI™: The Core of Forescout’s AI Strategy
The new name aligns the platform with Forescout VistaroAI™, the company’s growing suite of AI-driven cybersecurity capabilities. Built natively into the platform, VistaroAI combines generative AI, machine learning, and agentic AI to help organizations accelerate risk prioritization, threat detection, and containment, while maintaining human-in-the-loop control across complex environments. Forescout designed the first skills-based agentic AI solution purpose-built for cybersecurity, with a human-in-the-loop approach that results in no hallucinations and directly supports how cybersecurity teams already work.
“Security teams are navigating a threat landscape defined by multiple converging forces – frontier AI accelerating attacks to machine speed, increasingly complex environments expanding risk faster than most teams can respond, and the growing urgency of post-quantum risk,” said Barry Mainz, Forescout CEO. “The Forescout Vistaro platform reflects our commitment to leading through innovation. AI purpose-built for cybersecurity is natively embedded and enables always-on autonomy with human oversight across every capability delivered through the platform, including asset intelligence, continuous exposure management, automated network segmentation, and context-aware post-quantum cryptography (PQC) risk assessment.”
Comprehensive Visibility Across IT, OT, IoT, and IoMT
Through continuous visibility, asset discovery, and inventory of both managed and unmanaged devices, organizations can identify, understand, and secure everything connected to their networks while gaining the context needed to reduce risk and strengthen overall security posture. The platform provides continuous threat and exposure management, dynamic access control, containment and segmentation, and automated governance and compliance reporting.
Limiting Lateral Movement and Reducing Risk at Scale
Forescout combines exposure management, dynamic network segmentation, east-west traffic monitoring, and Universal Zero Trust Network Access (UZTNA) to help organizations proactively manage cyber risk across hybrid environments. By limiting lateral movement, enabling dynamic policy enforcement and threat containment, and continuously verifying users, devices, and connections, the platform supports Zero Trust initiatives, automated compliance, and operational resilience for mission-critical and highly regulated environments.
Learn more about the Forescout Vistaro platform at www.forescout.com/platform/
Explore how Forescout is advancing AI-driven cybersecurity at www.forescout.com/solutions/vistaro-ai/
About Forescout
As AI-driven vulnerability discovery and exploitation accelerate attack velocity to machine speed, Forescout is a foundational cyber defense layer that allows organizations to segment and isolate compromised systems, block lateral movement, and automate response across IT, OT, IoT, and IoMT environments. The Forescout Vistaro™ platform, powered by agentic AI and enhanced with Vedere Labs threat intelligence, delivers a Universal Zero Trust Network Access (UZTNA) architecture that integrates seamlessly with 180+ security and IT products. With Forescout Vistaro, organizations get comprehensive inventory and classification of both managed and unmanaged assets, continuous exposure management, and real-time protection including dynamic network segmentation and automated threat response.
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