Most OT networks were designed to keep operations running, not to contain cyber threats. As a result, the compromise of a vendor session or remote engineer connection can quickly spread across the OT environment. Without effective segmentation, a single incident can bring production to a halt, compromise safety, disrupt critical operations, and trigger lengthy recovery efforts.
Cyolo CPS Segmentation discovers assets and communication flows, recommends policies based on real network behavior, validates them before enforcement, and enables teams to deploy incrementally — without agents on fragile assets or changes to the network. It brings containment to environments where downtime is not an option, making Zero Trust microsegmentation practical for OT.
NIS2, IEC 62443, NERC CIP, and TSA Directives call for demonstrable network segmentation — with enforcement and audits already underway.
AI-assisted attacks compress the time from initial compromise to widespread impact. Detection alone can't keep pace — containment must already be in place.
Segmentation used to mean a multi-year network redesign. But today, organizations can take an incremental, operations-safe approach that delivers value from day one.
The same platform that secures remote and third-party access now controls asset-to-asset communication. One policy model for users, devices, and machine-to-machine traffic.
Every policy is simulated against real traffic before enforcement, allowing teams to see exactly how it will behave before it affects production.
No agents on PLCs, HMIs, or SCADA systems. No rip-and-replace. No big-bang cutover. Deploy segmentation gradually — line by line, zone by zone — on your own schedule.
Deploy and manage Cyolo CPS Segmentation entirely on-premises, including in fully air-gapped environments. Connectivity data, credentials, and policies never leave your environment.
Accountable for uptime, safety, change windows, vendor access.
A cyber incident on one machine can no longer take down the line.
Vendors reach only the assets they're approved for.
No agents. No deployment downtime. Roll out changes on your own schedule.
Accountable for risk reduction, ransomware containment, board reporting.
Measurable blast-radius reduction across sites.
An assume-breach architecture ready to present to the board.
One control plane instead of separate access and segmentation tools.
Accountable for IEC 62443 zones & conduits, NIS2, NERC CIP evidence.
Policies, exceptions, and access records mapped to zone requirements.
Evidence ready to hand to an auditor — instead of a network diagram and a promise.
Discover: Map every asset, protocol, and communication flow — including forgotten vendor connections and IT/OT crossover points.
Prioritize: Rank assets by risk and start where an incident would hurt most: externally accessible systems, crown jewels, unpatchable legacy assets, and newly connected devices.
Design: Turn discovered traffic flows into logical, least-privilege policies with a guided policy wizard tailored to operational preferences.
Simulate: Test every policy against real traffic before enforcement.
Enforce & Adapt: Turn controls on and keep learning. As assets and traffic change, Cyolo identifies what's new, recommends policy updates, and lets you roll back changes with a single click.
Four high-impact use cases that help reduce risk and contain threats in industrial environments:
Third-Party Vendor Access: External connections that aren't fully controlled are the easiest way in — and the first place to put policy.
Crown Jewel Isolation: Everything depends on these assets. Isolate them before anything can reach them.
IT/OT Separation: IT is far more exposed than the plant floor. Wall it off before a routine compromise crosses into OT.
Legacy Protection: Unpatchable PLCs and HMIs can't defend themselves. Wrap them in policy before they're targeted.
Cyolo secures every connection across operational technology (OT) and cyber-physical systems (CPS) with a full-stack Secure Connectivity Platform purpose-built for critical infrastructure. Leading manufacturers, energy & utility providers, and data centers rely on Cyolo to secure remote privileged access, limit lateral movement, contain blast radius with zero trust microsegmentation, and keep critical operations running.