OCF-based · Zero-Trust · Edge AI

The Edge AI IoT Security Gateway

A cloud-based IoT integrated network solution that builds secure, cost-efficient smart infrastructure — connecting IoT, robots and sensors through edge intelligence, on a single device.

"Connecting technology with people, and people with the world."

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The Challenge → The Solution

Legacy infrastructure was not built
for the modern IoT data load.

Exploding Costs

Massive IoT / CCTV traffic drives unsustainable cloud transmission cost.

Strict Regulation

Public networks demand network separation and strict compliance.

Fragmented Systems

CCTV, robots and facility controls run siloed, with zero shared intelligence.

High Maintenance

Heavy OPEX from repeated, inefficient on-site repair visits.

The MOOKER Platform

One intelligent platform — an Edge AI Gateway plus a cloud-based integrated network — that processes data locally, unifies every device through the OCF standard, and secures public infrastructure with Zero-Trust defense. No separate security software or extra hardware required.

MOOKER EDGE (HW)MOOKER SHIELD (SW)Edge AI

Core Technology & Security

Five patented technologies. One secure gateway.

Robust, two-phase IoT security with no additional solutions — built on the OCF international standard and a Zero-Trust Wi-Fi architecture.

OCF Device Integration Pipeline

Virtual IoT Conversion
Each physical device is virtualized — the real device is never exposed.
→
OCF Standard Protocol
Heterogeneous devices unified into one secure, standard model.
→
IoT Device Control
Devices are controlled through the standardized OCF layer.

OCF (Open Connectivity Foundation) is the international standard that lets any-vendor IoT device speak one common language — improving interoperability and security at once.

MOOKER SHIELD — Zero-Trust, 3-Shield Defense

SHIELD 01 · Access

Access Security — only trusted devices may connect.

SHIELD 02 · Packet

Packet Verification — only permitted commands pass.

SHIELD 03 · Tunnel

Tunneling Security — traffic flows only on the permitted path.

AI Reinforcement Learning — autonomous threat detection blocks unauthorized commands and hidden cloud-connection attempts, with instant security-breach alarms.

Edge AI Gateway

Local data processing and universal device integration — up to 70% lower data cost.

Logical Separation

Dual, logically separated networks (public Wi-Fi + IoT dedicated) in one device.

AI Cybersecurity

Autonomous threat detection and real-time response.

IoT Middleware

Cross-device interoperability and centralized management.

MOOKER OCF-based Zero-Trust IoT system architecture diagram
MOOKER system architecture — 5 layers from field devices to management, unified by OCF and protected by Zero-Trust.

Hardware: Intel N100 4C/4T · DDR4 16GB · SSD 512GB · 4×2.5GbE LAN · Wi-Fi 6E · RS-232/485 · AES-256 · DC12V-5A · −20~+60°C  |  Variants: EDGE Router / EDGE Gateway / EDGE One (R+G)

Why MOOKER

How MOOKER compares to conventional IoT security

FeatureConventional IoT SecurityMOOKER Platform
Data ProcessingCloud-based, high latencyEdge AI — real-time local
Network SecurityCostly physical separationLogical isolation + AI defense
Device IntegrationLimited / siloed systemsUnified via OCF standard
DeploymentNew network build requiredDual network in one device
Operating CostHigh maintenance & site visitsOPEX-focused, remote operation
70%

Data transmission cost reduction

90%

Fewer on-site maintenance visits

2.5×

Faster infrastructure rollout

99%

Network uptime

5 patented technologies · Venture Business & Social Venture certified · live deployments in Korea & Vietnam.

Interactive Simulation

See exactly how the data flows

Play four real scenarios — device onboarding, control command, data collection and attack blocking — and watch numbered steps flow through every layer. Switch language (EN/KR) and speed inside the player.

Open simulation full screen →

Global Deployment

Built for real-world infrastructure

Ulsan & Taean, Korea

Smart Bus Shelters

Tam Ky, Vietnam

Incident Detection

Hue, Vietnam

Smart Streetlights

Smart City

Mesh Wi-Fi Zones

Smart City

Bus shelters, street lighting and public-safety monitoring.

Smart Buildings

Intelligent facility management and energy optimization (BEMS).

Smart Education

Connected classrooms and edge-caching for interactive content.

FAQ

Questions answered

What is MOOKER?

MOOKER is an OCF-based, Zero-Trust Edge AI IoT security gateway. A single on-site device (MOOKER EDGE) running MOOKER SHIELD security software unifies IoT devices, CCTV, robots and sensors, isolates public and IoT networks, and processes data locally to cut transmission cost by up to 70%.

How does MOOKER use the OCF standard?

MOOKER converts each physical device into a virtual IoT object and standardizes it through the OCF (Open Connectivity Foundation) protocol. This lets any-vendor device be controlled through one unified, secure model, while the real device is never directly exposed.

What makes MOOKER secure?

A Zero-Trust, three-shield architecture verifies every connection: SHIELD 01 (access authentication), SHIELD 02 (packet/command verification) and SHIELD 03 (path tunneling). AI reinforcement learning autonomously detects and blocks threats, and public and IoT networks are logically separated.

How much can MOOKER reduce costs?

By processing data at the edge and cutting cloud dependency, MOOKER reduces data transmission cost by up to 70%, lowers on-site maintenance visits by around 90%, and needs no separate physical network build.

Where is MOOKER deployed?

MOOKER powers smart bus shelters in Korea (Ulsan, Taean), an incident-detection system in Tam Ky, Vietnam, and smart streetlight projects in Hue, Vietnam, with expansion across Southeast Asia.

Connected Intelligence

Transform your infrastructure with MOOKER

Evaluate, pilot or deploy the Edge AI IoT security gateway for your market.

Contact: sales@mooker.ai