Cyolo, a leading provider of secure remote privileged access for critical infrastructure, operational technology (OT), and cyber-physical systems (CPS), today announced Cyolo CPS Segmentation, expanding its platform beyond human-to-machine access into machine-to-machine communication control.
CPS Segmentation gives industrial and critical infrastructure organizations a unified way to discover assets, visualize communications, validate policies through simulation, and enforce connectivity controls across internal and external users, systems, and operational assets—helping limit lateral movement, reduce blast radius, and maximize uptime.
Traditional approaches demand complex network redesigns and infrastructure changes in environments where downtime is not an option. As a consequence, many industrial organizations deferred segmentation, settling instead on detection-and-response practices to protect their environments.
But that reactive model is no longer sufficient. As the attack surface expands — with AI-enabled threats accelerating attacks and operations becoming increasingly connected — organizations need to contain threats before they can spread laterally. Features of the new offering include:
- Built on Cyolo's Zero Trust architecture, which keeps all sensitive data under customer governance.
- CPS Segmentation supports the full microsegmentation lifecycle — from discovering assets and communication flows to creating, validating and enforcing policies.
- Shadow-access discovery, visual flow mapping, blast-radius analysis, intelligent grouping, policy recommendations and pre-enforcement simulation allows organizations to identify connectivity risks, validate changes with confidence, and limit lateral movement without disruptive redesigns, lengthy implementation projects, or added complexity.
Cyolo CPS Segmentation is the latest addition to the broader Cyolo platform, which brings together remote privileged access, identity security, malware detection, secure web access, endpoint security, and a broad ecosystem of security integrations.
