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AWARD
Top Innovator 2020 award from The World Bank
and Draper University

Extreme Weather Forecasting and Surveillance Radars Rewired

Early Warning - Early Action

World Economic Forum

2020 WEF TOP-5 Global Risks

  • 1 Extreme weather
  • 2 Climate action failure
  • 3 Natural disasters
  • 4 Biodiversity loss
  • 5 Human-made environment disaster

Every year, the impacts of severe hydro-meteorological events around the world give rise to multiple casualties and significant damage to property and infrastructure, with the adverse economic consequences levied on society. Many of these severe events can be well forecasted, and accurate warning information could be disseminated in a timely fashion.

Our technology deals with hazardous and destructive meteorological phenomena that regularly pose a threat to shipping, farming, mining, aviation, construction, power generation, gritting, supplies and much more industries than most people think.Early detection of storms, tornadoes, thunderstorms, hurricanes, as well as obscuration factors like fog, smoke, precipitation is crucial for emergency weather warnings and taking precautions to avoid or minimize material loss and damage or injuries of people. Such disaster risk reduction practices require institutional arrangements at the national levels for disaster prediction, warning, monitoring and management and are intended by the UN-led Sustainable Development Goals (SDGs).

2019 - a year of extreme weather and climate breakdown

weather and climat control Global Protection 161 Billion weather and climat control Global tropical cyclones led to 68 billion in economics damage Weather and climate real-time control Weather and climate real-time control Weather and climate real-time control 5g Weather and climate real-time control FOR 5G Weather and climate real-time control FOR 5G - Wifi

Hazardous
and distructive meteorological phenomena

Advanced notice of the developing distructive meteorological phenomena can significantly reduce damages
up to
40%

New technological capabilities

Weather forecasting is infamously difficult, especially speedy predictions which are essential for extreme weather pattern recognition and disaster prevention. Most existing methods model complex weather systems which are computationally intensive and the resulting forecast based on 6+ hour old data is far from real-time. Our technology is raising the bar for the field using ALFA and ML methods without computational latency to attain almost instantaneous predictions from the same data with unparalleled precision.
  • Extreme-fast recognition of hazardous meteorological formations
    Extreme-fast recognition of hazardous meteorological formations
  • Precise data coupled with ML and AI capabilities
    Precise data coupled with ML and AI capabilities
  • Interference reduction from Wi-Fi, 5G and LTE networks
    Interference reduction from Wi-Fi, 5G and LTE networks
  • Real-time radar processing and high resolution data
    Real-time radar processing and high resolution data
  • Unrivaled reaction rate and decision making
    Unrivaled reaction rate and decision making
  • Impeccable radar performance and power consumption
    Impeccable radar performance and power consumption
  • Edge computing enables simpler bandwidth requirements
    Edge computing enables simpler bandwidth requirements
  • Precise weather mapping and localization
    Precise weather mapping and localization
Major technology
advantages:
Modern analogues
Proposed
Surveillance time:
10 minutes
1 minutes
Power:
~400 kW
~15 kW
Speed measurement:
Range:
Half
Full
Accuracy:
±1 m/s
±0.1 m/s
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