zero trust xIoT

Prevent Lateral Threat Movement,
Without the PAIN of Manual Segmentation

Zero Trust. Zero Touch.

Automated in minutes
with 1 click!
  • No VLANs or policies
  • No agents or TAP/SPAN
  • No complex configurations
  • No network upgrades
Schedule Your Demo
See How It Works

Prevent Lateral Threat Movement,
Without the PAIN of Traditional Segmentation

Zero Touch. Zero Trust.

Automate Everything:
Device Discovery to Zero Trust Micro-Segmentation in Minutes, with 1 Click!

  • No VLANs
  • No manual policies
  • No agents or TAP/SPAN
  • No complex configurations
  • No network upgrades
Schedule Your Demo
See How It Works

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Imagine a world where zero-trust micro-segmentation is instant, your network is protected from your xIoT, your xIoT are protected from each other, and your team can focus on innovation, not tedious tasks.

Before

Before IoTSecure

  • Lateral threat movement risk
  • Endless manual mapping and rule-tweaking
  • Low-confidence device classification
After

After IoTSecure

  • Reduced manual work and risk
  • Automated, self-adjusting segmentation
  • AI-driven, dynamic discovery

"Thanks to IoTSecure DMS, we cut micro-segmentation project timelines by 75% — and finally achieved Zero Trust for IoT."

— CISO, Major Enterprise

Traditional Tools and Network Segmentation
FAIL to Secure xIoT

  • xIoT devices weren't designed to work with traditional tools, leaving them unseen, unsecured and a lateral movement threat to the network.

    xIoT devices often:
  • Crash when scanned for identification and vulnerability detection
  • Can't be patched
  • Can't run endpoint security agents for identification, monitoring and threat response
  • Can't run certificates for segmentation via a NAC, requiring manual segmentation

Traditional segmentation leaves gaps.
Traditional segmentation like VLANs can help to limit the attack surface, but it drains resources and is susceptible to unhindered lateral threat movement within the VLAN, as well as into the main network due to generic policies and policy drift—putting your entire network in danger.

Micro-segmentation fixes the gaps, but there’s a problem:
It’s too much work to scale on unmanaged/xIoT devices 

But Not Anymore!
IoTSecure makes micro-segmentation effortless with advanced automation.

Traditional Approach with shared VLANs

  • UNRESTRICTED LATERAL MOVEMENT - Compromised devices can attack others
  • LARGE BLAST RADIUS - A single breach can affect multiple devices
  • IMPLICIT TRUST - Devices can communicate freely
  • BROAD POLICIES - Generic rules for diverse device types
  • POLICY DRIFT - Creates security risk over time
  • DETECTION DIFFICULTIES - Hard to spot anomalies in mixed traffic
  • COMPLIANCE RISK: Violates least privilege principles

Shared VLANs:
-Limited protection
-Significant work
-Never-ending maintenance

Zero-Trust Micro-segmentation with IoTSecure

  • ZERO LATERAL THREAT MOVEMENT - Compromised devices are isolated
  • MINIMAL BLAST RADIUS - Impact limited to single device only
  • ZERO TRUST MODEL - No device trusts any other
  • GRANULAR POLICIES - Precise rules tailored per device
  • DYNAMIC POLICIES- Reduces security risks
  • ENHANCED DETECTION - Easy anomaly identification per device
  • COMPLIANCE READY - Enforces least privilege

IoTSecure:
-Advanced protection
-Almost zero work
-Dynamic maintenance

How to Automate Zero Trust Micro-Segmentation without the Pain, Manual Work & Cost of Traditional Segmentation?

Traditional segmentation means extensive manual work

Step 1: Discover & Identify xIoT devices

Step 2: Capture device traffic and user access

Step 3: Analyze device and user traffic patterns

Step 4: Potentially upgrade infrastructure

Step 5: Create network segments

Step 6: Create and implement security policies

Step 7: Endless policy maintenance

IoTSecure: From Pain-ful to Pain-Free

Before: Manual Segmentation

Endless manual work to create and maintain device inventories,  VLANs and policies, and infrastructure upgrades. 

After: IoTSecure Automation

Deploy in Minutes – 1 Click and Done!
Complete automation from device discovery to ZeroTrust micro-segmentation, without any infrastructure  upgrades or tuning.

The Pain - Manual Segmentation

Unmanaged and xIoT devices often can’t run endpoint agents for visibility, security and segmentation, adding significant IT workload to manually segment them.

Segmentation helps but inevitable errors or policy drift can create a path to the network, highlighting the need to micro-segment all of these devices to better shut down lateral threat movement – which requires even more manual work.

Who Has Time?

Time-consuming

Security zone definitions that take weeks to define

Low-confidence

Incomplete device discovery & identification & policy drift

Complex

Mapping traffic flows and whitelists/blacklists across evolving networks

Repetitive

Policy creation and endless maintenance

Learn Why Manual Fails

Prevent Lateral Threat Movement Before it Starts

For a Fraction of the Time and Cost vs. Traditional Segmentation

The Micro-Segmentation Pain Killer

Automated in Minutes with 1 Click!

  • No VLANs
  • No Manual Policies
  • No Agents
  • No TAP/SPAN Ports
  • No Complex Configurations
  • No Switch Upgrades
  • No NACs
  • No Integrations
  • No Additional Costs
  • No East/West Firewalls

Our patent-pending platform replaces tedious, repetitive manual work with intelligent automation – from device discovery to Zero Trust micro-segmentation, and everything in between, with a single click.

IoTSecure's Automation
vs.
Traditional Segmentation

Steps

Automation

Discover & Identify xIoT 

Capture device traffic

Analyze device traffic

Create segments

Create / deploy policies

Policy maintenance

Deployment Time

Traditional

Weeks +

IoTSecure

< 1 Hour

  • No VLAN creation needed
  • Segments each device in its own network of one device
  • Zero infrastructure upgrades required
  • Continuous device discovery and identification
  • No manually creating policies
  • Automated data collection, traffic analysis and policy mapping
  • Dynamic policy updates
  • 1-click deployment of policies
  • Native enforcement - no integrations needed
Schedule Your Demo

What it Does:

Continuous Device
Visibility

  • Discover ALL devices are on your network, including unmanaged, OT & xIoT ..in real-time.
  • Get detailed device identification and context to support decision making.

Automated,
Safe Threat Detection

  • Detect vulnerabilities as devices connect, safely, without device  interference. 
  • Discover anomalous behavior and lateral threat movement without any tuning.
  • Automated data collection - No agents, TAP/SPAN ports or log collection to set up.

Automated,
Dynamic
Policies

  • Learns device routes and user access, while leveraging our library of millions of  profiled devices to automate policy mapping
  • Auto-generates dynamic micro-segmentation policies to save work and risks from policy drift.

Implement
with Just
1-Click

  • Accept or decline all or part of the dynamic policy and deploy it in 1-click.
  • Get automated notifications and dynamic policy updates on anomalous device communications or user access attempts and deploy in 1-click.

How it Works:

01

Select

3 form factors for any use case

  • Just one appliance covers all routable locations and networks
  • Multi-tenant design provides a consolidated view into multiple appliances
  • Connect using a standard port
  • All options have the same OS & core capabilities
IoT-mini
IoT-mini
Coverage for up to 200 devices
IoT-max
IoT-max
Coverage up to 1M Devices
IoT-virtual
IoT-virtual
Coverage up to 1M Devices
02

Connect & Set

Deploy In Minutes
  • Connect your appliance to any standard port.
  • Set the appliance as the DHCP server or as a DHCP relay.
  • That's it! Your existing IPs are preserved to prevent any disruptions and you're on your way to complete automation.
03

Automate

Let the Magic Happen
  • Rich, automated telemetry collection and real-time correlation (DHCP, DNS, NetFlow)
  • Continuous device discovery & identification
  • Real-time vulnerability detection
  • Dynamic monitoring & policy mapping
  • Dynamically generate micro-segmentation policies
04

Protect

1 Click and Done
  • Deploy micro-segmentation policies with a single click.
  • Protect the network from xIoT  & protect xIoT from each other.
01

Pick Your Appliance

3 form factors to choose from to best meet your use case

  • Just one appliance covers all routable locations and networks
  • Multi-tenancy supports one or multiple appliances
  • Connect using a standard port
  • All options have the same OS & core capabilities
02

Connect

Anywhere on the Network

Connect to any standard port, and set the appliance as the DHCP server. Your existing DHCP server is automatically used for failover.

03

Automate

Let the Magic Happen

Automate device discovery, micro-segmentation policy generation …and everything in between.

04

Enforce & Protect

1 Click and Done

Deploy, dynamically monitor and refine policies with a single click. Protect the network from xIoT  & protect xIoT from each other.

See the Full Technical Overview