VISUALIZE OPERATIONS IN 3D

SPATIAL AWARENESS. CONTEXTUAL CONTROL. ENHANCED MONITORING & ALERTS.

HIDING THE COMPLEXITY

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    Lighting activation are automated upon sensors analysis of human presence

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    Maximize power savings by shutting off or run in low power for services such as HVAC during idle usage

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    Tailor-made 3D twin to directly interact with the environment

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    Real time metrics with visual feedback provides quicker response time

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    No advanced training needed due to its priority on intuitive user interface design

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    Algorithm are processed locally for the lowest latency of executing automations

What’s inside

LabV Link Unit

Enables parallel control to existing outlet & switches, while adding sensor inputs such as Presence, Temperature, Light, Vibration, Contact sensor & etc….

LabV Head Unit

Connecting Link Unit & Display Unit together, responsible for running computation for the algorithms.

LabV Display Unit

The forefront of LabV, this allows the interaction of user with the ecosystem of connected devices and review visualize data

Want to know more?

Want to know more?

✺ Frequently asked questions ✺

    • Lighting control

    • Electrical Power

    • HVLS Fan

    • HVAC

    • Door security system

    • Alarm trigger system

    • CCTV System

    • & much more to come…

  • Sensor such as

    • Microwave Motion / PIR Motion

    • Temperature & Humidity

    • Door Contact

    • Camera status (Line Crossing / ANPR)

    • Light Intensity

    • Water leak detection

    • & much more….

  • No, the entire system is local computing and does not need any cloud services

  • We design our system to be parallel with existing infrastructure in mind, which means for the example of lighting control, should the entire system is not responding, the existing light switches still work as normal, just like you never had LabV in the first place.

    • We spend considerable amount of resources & knowledge of common products to make sure parts of the are largely fitted to existing infra rather than replacing with electronically complicated parts.

    • This allows us to focus our termination to be parallel operations.

    • While the ecosystem is automated to fulfilled 95% of common use, its the last 5% that can get unpredictable.

    • By having flexibility in designing the GUI to suited each situation, no training is needed in the event where override of automation is needed.