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  • Fully Autonomous Operation

  • Remote Manual Operation

  • Continuous AI Learning

  • Wi-Fi Enabled

  • Compatible with Existing Infrastructure

  • Acts as Mesh Communication Network

  • Scalable Network

  • Redundancies to Maximize Data Logging

  • User-Friendly

  • Minimal Maintenance

  • A/C or Solar Powered


Applications by Industry

  • Agriculture

  • Border Control

  • Construction

  • Insurance

  • Forestry

  • Golf Courses

  • Law Enforcement

  • Mining

  • Park Service

  • Oil & Gas

  • Maritime

  • Public Safety

  • Security

  • Utilities

  • Crop Yield

  • Livestock Control

  • Asset Management

  • Communication

  • Safety

  • Security

  • Claims

Monitor Crop Health

  • Adapt to Changing Variables, such as;
    Soil Type, Sunlight, Slope, etc.
  • Monitor Crop Height

    Pest & Weed Detection

    Irrigation Optimization


    Command Center

    • Compatible with Existing Command Centers

    • Customizable Command Centers

    • Virtual Remote Command Control (Access via Internet)

    • Upgradable Storage Capacity Onsite or in the Cloud

    • Standard File Extensions for Easy Data Visualization




    IoT Sensor Uses

    Predictive Maintenance

    Monitoring sensor output signals over a period of time can offer insights into predictive maintenance planning, avoiding catastrophic failures, downtime and costs. equipment failure.

    Asset Monitoring

    Sensors help monitor raw materials inventory, increasing operational efficiencies.

    Tamper Detection

    Sensors detection of physical tampering in small, high security enclosures.

    Precision Agriculture

    Sensors can check for soil humidity, pests and diseases in crops.

    Livestock Tracking

    Farm animals can be tracked and monitored.

    Fire Detection

    Sensors detect sudden changes in temperature caused by fires.

    Structural Integrity

    Sensors monitor vibrations for indications of structural abnormalities.

    Waste Level Monitoring

    Knowing exact waste receptacle levels creates efficiencies in pickup operations.

    Lighting Requirements

    Only using lights when there is an active presence saves in energy costs.

    Perimeter Control

    Sensors detect breaches in perimeters and door/window openings, alerting security personnel.

    Air Quality

    Sensors can monitor emissions and radiation levels, protecting lives.

    Water Quality

    Sensors can monitor the quality of water in any location.

    Disaster Management

    Sensors can detect flood, earthquake, landslide and avalanche conditions.

    Production Visibility

    Sensors throughout the production cycle gives management the ability to identify bottlenecks and find the root cause of problems.

    Power Control & Lighting

    Sensors can be used to detect the presence or non-presence of electrical current which can then be used to control backup power systems and emergency lighting.

    Worker Safety

    Sensors can track the state of health of employees and monitor risky activities that could lead to injuries.

    Noise Levels

    Monitoring noise levels helps protect health and well-being.

    Item Location

    Whether lost or stolen, sensors allow for the tracking of equipment.


    IoT Sensor Types

    • Velocity / Acceleration / Tilt

    • Position / Proximity

    • Occupancy and Motion SensorsĀ 

    • Force

    • Pressure

    • Flow

    • Levels / Leaks

    • Acoustic / Vibration

    • Humidity / Moisture

    • Optical

    • Radiation

    • Temperature

    • Chemical / Gas

    • Current / Voltage

    Velocity (speed of motion) sensors may be linear or angular, indicating how fast an object moves along a straight line or how fast it rotates. Acceleration sensors measure change in velocity. Tilt sensors measure tilt on various axes. They are useful in measuring the stability/tilt of platforms, open/close doors, pole lean detection, etc.

    Accelerometer, TLT, G-Force Snapshot, G-Force Max & AVG, Gyroscopes, Tilt Sensors

    Tethered Aerostat

    • Ideal for Flatter Terrain

    • Large Area Coverage

    • Possible 24/7 Operation

    • Low Energy Consumption

    • Fully Autonomous Operation

    • Relatively Mobile for Use in Multiple Locations


    • Ideal for Varied Elevations

    • Extreme Weather Resistant

    • 24/7 Operation

    • Capable of Larger Payloads

    Tethered Drone

    • Ideal for One-Off / Emergency Use

    • High Mobility / Fast Deployment

    • 12+ Hour Flight Times

    • Quick Take-Off and Landing

    Ground Sensor

    • Ideal for Precise Measurements

    • Landslides/Water Levels, Pressure Flow, Etc.

    • 24/7 Operation

    • Redundant Power Systems to Mitigate Data Outages

    • Remote Software Upgrades

    Existing Infrastructure

    • Ideal with Elevated Infrastructure

    • Increased Security

    • 24/7 Operation