Zero-Trust OT Endpoint Protection
Test OTAC on the Live Simulator
Legacy and modern OT assets remain vulnerable at the device level. Select a target endpoint, generate a dynamic code on the simulated mobile device, and experience how one-way authentication secures your hardware—completely off-grid.
OTAC Trusted Access Gateway (TAG) Remote Demo Lab
This is a simulated demo environment to help understand how the OTAC Trusted Access Gateway (TAG) works.
Remote accessing — Operator PC
🖥️
My PC🗑️
Recycle Bin🛠️
PLC Engineering💻
This PC🔗
Remote AccessConnecting to Operator PC…
Establishing remote session
PLC Engineering Tool
FileEditViewOnlineToolsWindowHelp
📁
💾
✂️
⤺
⤻
▾ PLC-01 [CPU 1516-3]
Device config
▾ Program blocks
MAIN [OB1]
PID_Control [FB1]
Alarms [FC2]
▾ PLC tags
Default tag table
Watch table
—● Offline
Connect to PLC
Select target PLC
PLC-01
Not authenticated
—
OTAC Trusted Access Gateway
—▢✕
DESKTOP-GH4IKDE
⚠ No connection
🛠️ PLC Engineering Tool
14:32 2026-06-08
Smart Card
— — — —
Knowledge-based MFA is enabled.
I will provide the PIN number only this time.
I will provide the PIN number only this time.
"151117"
Multi-Factor Authentication status
Something you know
Something you have
Multi-Factor Authentication status
Something you are
Something you have
14:32
Mon, Jun 8
📱
Tap to
unlock
Tap to
unlock
Touch sensor to
verify identity
verify identity
OTAC Auth
● Offline gen
— — —
30s to renew
Enter this code in the agent
Real-time Data Flow
OTAC components
OT devices (PLCs)
🛠️ Double-click the [PLC Engineering] icon to start.
Ready to Bring Robust Endpoint Authentication to Your Real-World OT Environment?
It is entirely understandable to have reservations. Adding an extra authentication layer naturally raises questions about processing overhead on endpoint devices, as well as how to guarantee fail-safe bypass routes during unexpected contingencies.
Let us sit down over your architecture blueprints and examine the facts together. We will demonstrate how OTAC seamlessly integrates with your unique infrastructure, ensures flexible compatibility, and safely isolates potential single points of failure.