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Autonomous surveillance system for combatting landscape fires with Machine Vision and AI.

ESA BIC logo

KrattWorks participates in the
ESA Business Incubation Centre Estonia


KrattWorks is a winner of the
Prototron competition 2019


KrattWorks is a My Galileo Drone
2021 competition semifinalist


The global problem

4 – 5 million
landscape fires

400 – 500 million ha
area damaged

300 000 deaths

500 million tonnes of CO2 emitted
(accounts for 15% global CO2 emissions).


Cost in total annually:  $91 billion

Unfortunately rescue teams have to rely on outdated technology in situations where every wasted minute can cost human lives.

KrattWorks is here to change things with machine learning and AI technology.

Let's discuss how we can help you!


The solution

We eliminate two of the most crucial problems for rescue teams – outdated technology and lack of situational awareness.


Drones monitor the wildfire area and stream data to the server.

We mix surveillance data from drones with satellite imagery, weather maps and other available information.

We generate accurate situational maps in real time and predict behaviour of wildfire for up to 8 hours.

This enables rescue teams to make precise decisions even before the situation begins to escalate.


Our advantages


Unlimited range of operation within mobile network area.

Real-time data sharing to multiple recipents.

KrattWorks has developed a smart drone controller with a mobile communication module and artificial intelligence.

Machine vision and automated object detection.

Constant situational awareness – broad picture updates automatically.

It allows for operating drones over an unlimited range, using machine vision & AI on the board of the flying drone and distributing the collected data to multiple users in different rescue teams, mission control centre and authorized 3rd parties.


Clip-on gimbal

Gimbal with KrattWorks machine vision module.


IR + EO gimbal with integrated machine vision module offers machine vision capability to the drones you already have!



Fire front mapping from uploaded video file.

KrattWorks is pleased to offer fire front mapping service from drone thermal videos.

The service works today with DJI dronesBased on the drone gimbal telemetry data we can calculate where on the ground the fire front is located and export this information as *.kml file.


Complete system

Drone with on-board KrattWorks 
machine vision module. 


Indepen­dently operating system that monitors the designated area and analyses visible imagery.

The processed data of fireline location, intensity and movement is  combined with other map layers for output. This gives firefighting teams automa­tically updated situational maps in real time.


Our products


How can KrattWorks help you?

KrattWorks system is available for testing by rescue teams all over the world.


Additional markets

Other rescue activities

Variety of activities from searching for missing persons to global disaster management operations.

Complex security operations

KrattWorks system can be a central unit for a wide area of autonomous surveillance tasks. 

Landscape mapping

KrattWorks system is perfect in situations where satellite imgery is too expencive or image resolution is too low.

Defence industry

KrattWorks AI is able to perform surveillance tasks autonomously which enables it to operate in radio silence.


Infrastructure monitoring

Highways, railroads, shipping routes, construction, power grids need constant monitoring to detect possible flaws or malfunctions.

to benefit from our technology!


Contact us

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Production design


Experienced in product and user-centered design.

  • LinkedIn
Mattias Luha_4338 B&W Sq.tif



Project management


Experienced in strategic management and marketing.

  • LinkedIn

KrattWorks Ltd start-up grant

European Regional development Fund is supporting KrattWorks marketing activities about rapid situational awareness system for rescue teams.

The aim of the project is to develop and bring to the market a device consisting of mobile communication module and drone autopilot which enables to operate drones without range limit and integrated the collected aerial data with other data layers.

Amount of the project: € 16 920.-