Pushing the boundaries for plants and infrastructure by smart monitoring

Flasheye is about monitoring and analysing

Ground-breaking improvements by intelligent analysis of data from monitoring devices

  • Optimised management of plants and infrastructure
    • Lower cost and less breakdowns
    • Increased safety
    • Higher yield
  • Enabling higher degrees of automation not possible before
  • Error events can be automatically be addressed with appropriate work orders


  • Further increase of return on investments in process plants and infrastructure demands higher degree of reliable monitoring and extended control
  • Process plants and infrastructure may also represent safety risks for employees


  • Human monitoring is costly, inaccurate, and unreliable compared to computer vision
  • Many upcoming error events in highly automated plants and infrastructure are identified too late by existing control systems
  • People are still getting injured at work


  • FLASHEYE monitors tirelessly 24/7 without any breaks or lost focus
  • FLASHEYE uses revolutionary cost-efficient Lidar sensors of the latest generation
    • Lidar sensors handles darkness and bad visibility much better than human beings
  • FLASHEYE analyses the collected data by superior Artificial Intelligence algorithms
  • FLASHEYE is plug and play and can easily be customized
  • Works in every industry
  • Assistance of human monitoring
  • Analyses
  • Big data
  • Automatic communication
  • Identification of deviations


  • FLASHEYE identifies spillage and leakage
  • FLASHEYE controls digital barriers and by that prevent people from entering unsafe areas
  • FLASHEYE identifies unwanted deviations due to for example overloads
  • FLASHEYE monitors and controls conveyor belts while at the same time prevents people from entering risky areas
  • FLASHEYE monitors underground tunnels and gives people early warning if any rock movements

Monitoring and analysing

FLASHEYE is about monitoring and analysing

  • Assistance of human monitoring
  • Replacement of human monitoring
  • Automatic identification of deviations and unwanted events
  • Automatic recommendations of appropriate actions to deviations and unwanted events
  • Automatic communication with existing control or security systems


Via new generations of absolutely revolutionary cost efficient 3D Lidar sensors

  • 2010   300 000 USD (Google cars)
  • 2018   10 000 USD and upwards
  • 2020   300-500 USD and upwards
  • 2022   Commitments from suppliers on 100 USD
  • 2025   Expert predictions of 10 USD

how it works


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