IoT投資を保護するIoTセキュリティソリューション
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MicroAISecurity™

Endpoint AI that delivers asset-specific protection against today’s Zero-Day cyber-attacks

ライブデモを見る

MicroAI Security™ is an Edge-native AI platform that embeds and trains advanced security algorithms directly into a device, machine, or process. Endpoint security for the following:

製造業

製造業

Surface Mount (SMT) equipment, robotics, material handlers, compressors, visual inspection systems, thermal equipment, laser etching, etc.

自動車

自動車

IoT devices/sensors, telematics control unit (TCU) data, vehicle interface (MBT), OBD2 analytics, predictive maintenance processing, etc.

エネルギー

エネルギー

Drilling equipment, seismic sensors, flow controllers, pressure monitors, tank analytics, processing equipment, hazard control processes, etc.

半導体

半導体

Fabrication devices and machines, robotic inspection, chip integrity, chip data transmission, MILS (multiple independent levels of security) monitoring, etc.

テレコム

テレコム

Smart routers and switches, network integrity monitoring, IoT device data transmission, DoS (denial of service) protection, etc.

Asset-Centric Protection Against Zero-Day Cyber Attacks

What is a Zero-Day attack? It is an attack that you did not see coming and reacted too late to prevent its damage. Zero-Day attacks can take many forms, including:

Distributed Denial of Service (DDOS)

  • Hackers penetrate IoT network and compromise performance of critical assets
  • IoT networks are overwhelmed via infection of hundreds/thousands of devices

Ransomware

  • Hackers steal critical data and demand ransom for return
  • Operational and asset data can be permanently compromised

Phishing

  • Confidential information hacked and used to access sensitive data
  • Unauthorized access to connected devices and machines

Cloud Breach

  • Cyber-criminals penetrate an IoT cloud ecosystem
  • Asset data is stolen during transmission to cloud and/or during storage

The 3 stages of a Zero-Day attack

 

 

Hacker initiates infection – infection remains dormant and undetected

 

 

Attack is initiated on specified date – infection activates on targeted devices and provides first indication that devices and data are at risk

 

 

壊滅的な侵入は、IoTエコシステム全体に大混乱を引き起こし、運用の低下とデータの整合性の喪失をもたらします

MicroAI Security™ – A More Local Approach to Cyber-Security

Monitoring, alerting, and mitigation at the asset endpoint

Edge-native AI for Next-Generation Zero-Day Attack Protection

  • mcu-device
    Machine and device centric:

    MicroAI Security™ is embedded at the MCU or MPU of a device or machine – Zero-Day protection at the extreme edge.

  • algorithm
    Proprietary algorithms:

    Predictive AI and ML algorithms that live, train, and learn directly on the targeted asset – predict instead of reacting.


  • Quicker alerts and faster mitigation:

    Endpoint security that enables quicker detection and reaction to Zero-Day infections – staying one step ahead of hackers.


  • Local monitoring and data-processing:

    Processing critical data at the endpoint eliminates security risks associated with cloud processing – more secure and more cost effective.

Endpoint AI-Enabled Zero-Day Vulnerability Detection

  • 1

    Unauthorized Access of Devices

  • 2

    Abnormal Network Behavior

  • 3

    Application Profile Changes

  • 4

    Communication Protocol Anomalies

  • 5

    Data Variability Outside Normal Operations

Industries Protected by MicroAI Security™

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MicroAIAtomML™

MicroAIのMicroAIAtomML™は、大きなインフラストラクチャインテリジェンスを単一の機器またはデバイスにまとめます。

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