Zero Trust Network Access
Enforce the Zero Trust principle of "never trust, always verify" at the network level. Every device must be explicitly authorized for each communication path — no implicit trust based on network location.
Zero Trust Network Enforcement
Contain the Blast Radius. Automatically.
Dynamic microsegmentation isolates every device into its own policy-enforced zone — stopping lateral movement before ransomware, breaches, or insider threats can spread across your network. Enforce Zero Trust without rearchitecting your infrastructure.
The Concept
Why Microsegmentation Beats VLANs
Traditional network segmentation divides networks into broad zones — a "users" VLAN, a "servers" VLAN, a "IoT" VLAN. These macro-segments reduce some risk, but they leave thousands of devices sharing the same network zone. Once an attacker compromises one device in a zone, every other device in that zone is potentially reachable.
Microsegmentation goes further: every device, or group of devices by function and risk level, is isolated into its own policy-enforced micro-zone. Lateral movement between devices requires an explicit allow rule. By default, everything is denied.
Dynamic microsegmentation adds intelligence: policies are automatically generated and adjusted based on device profile, behavior, and risk context — not manual firewall rules that require network architects to maintain.
- Traditional VLANs: broad zones where devices share network access
- Microsegmentation: device-level isolation with explicit allow rules
- Dynamic: policies generated automatically based on device identity and behavior
- Zero Trust: no device is trusted by default, regardless of network location
How It Works
Profile. Classify. Segment. Enforce.
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Profile Every Device
IoT Secure passively profiles every device on your network — identifying make, model, operating system, open ports, protocols, communication patterns, and risk indicators. No agents required.
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Classify by Risk & Function
Automatically classify devices into functional groups: clinical IoT, industrial OT, IT endpoints, cameras, building systems, and more. Assign risk scores based on known vulnerabilities, behavior, and network position.
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Generate Segmentation Policies
IoT Secure generates recommended microsegmentation policies based on device profiles and communication analysis. Review, adjust, and approve — without writing firewall rules from scratch.
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Enforce with One Click
Apply microsegmentation policies through your existing network infrastructure — switches, firewalls, and SDN controllers. One-click enforcement eliminates the gap between policy intent and network reality.
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Adapt Continuously
As devices change behavior, new devices appear, or network topology shifts, IoT Secure detects policy drift and recommends adjustments. Segmentation stays current without manual re-review.
Key Capabilities
Intelligent Segmentation for Complex Networks
Automatic Policy Generation
Stop writing firewall rules manually. IoT Secure analyzes device profiles and historical communication patterns to generate accurate, context-aware microsegmentation policies.
IoT & OT Aware
Specifically designed for environments with IoT, OT, medical, and legacy devices that cannot run agents. Segmentation policies protect these devices without requiring software installation.
Continuous Adaptation
Networks change constantly. IoT Secure continuously monitors for policy drift — new devices, changed communication patterns, and segmentation bypass attempts — and alerts your team immediately.
The Difference
Traditional Segmentation vs. Dynamic Microsegmentation
Traditional VLAN Segmentation
Broad Zones, Limited Control
- Devices share network access within each VLAN
- Lateral movement easy once inside a zone
- Manual firewall rules that become outdated
- No device-level visibility or behavior analysis
- IoT devices mixed with critical systems
- Policy changes require network architect involvement
Dynamic Microsegmentation
Device-Level Isolation
IoT Secure- Every device isolated in its own micro-zone
- Lateral movement blocked by default
- Policies auto-generated from device profiles
- Continuous behavior monitoring and adaptation
- IoT, OT, and clinical devices protected without agents
- One-click policy enforcement through existing infrastructure
Where It Works
Built for the Most Challenging Environments
Healthcare & Clinical Networks
Isolate infusion pumps, imaging systems, patient monitors, and nurse call systems from each other and from administrative networks. Prevent clinical devices from becoming ransomware entry points.
Industrial & OT Environments
Protect PLCs, SCADA systems, and industrial sensors from IT-originated threats. Enforce communication boundaries that prevent OT devices from being reached by lateral movement from compromised workstations.
Education & Campus Networks
Segment student devices, staff systems, building infrastructure, and IoT from each other. Prevent a compromised student laptop from reaching administrative databases or building control systems.
Government & Defense Networks
Enforce strict device isolation required by CMMC, NIST SP 800-171, and other frameworks. Generate evidence of segmentation controls for compliance assessments and auditor reviews.
Stop lateral movement before it starts.
Deploy microsegmentation on your existing infrastructure — no rearchitecting required.