Minefileds.info is application for Android and iOS smart phones . The application main purpose is to warn the user of a life threatening danger caused by entering an area suspected of being a minefield. If user get closer to area suspected of being a minefield the application will alert him.

The application also has ”Call for Help” option. In case the user finds himself in an area suspected of being a minefield, the safest thing to do is to stay in place. In order for the rescue team to know his exact location, the user can use the application to call the competent service. The application takes the user location data and sends it to the competent service via SMS.


in cooperation with Croatian Mine Action Center

Problems of tradition WARNINGS SIGNS (panel, fence etc)

  • it is not possible to cover the whole area (there is not enough signs). Regardless of the number of panels and how they are placed, people still enter the minefield for lack of attention (foresters, tourists, hunters, mushroom pickers etc)
  • that they can be stolen because panels are made from metal
  • they can be broken (wind can collapse/brake it)
  • big expense for people who will visit and check the table are stealing from metal Croatian

One of the big problems is when a man entered the minefield, figuring where he is and calling for help services, it is difficult to locate the location user because it is an inaccessible field. And then the rescuers must face the dangers of locating the users

21st century SOLUTION

In cooperation with the Croatian Mine Action Center, we have come up with the idea of solving the problem of mine suspected areas in the 21st century.

  1. We've created and created the minefields.info app for smartphones running on Android and iPhone (iOS) operating systems.
  2. WARNINGS SIGNALS: The application warns the user if she approaches the mine suspected area, using audio, visual (on the screen of the phone), and mechanical (vibration) warnings.
  3. We've created a system that is set up on the server and loads maps of mine suspect areas that are, of course, in digital form.
  4. A mobile application stores all maps locally in the phone, so it can work offline without internet connection.
  5. The mobile application connects to the server when it is started and checks for any changes on the card (update process). How many applications changed to update your phone data.


  1. At distances less than 50 meters from the mine suspected area, the application will notify the user of approaching the mine suspected area (polite warning signals, not to loud)
  2. At distance of less than 10 meters the application informs the user that he is on the edge of the mine suspected area (warning signals are louder, and more frequent)
  3. If the user accidentally enters the mine suspected area of the application he informs him that he entered the mine suspected area. In case the application calculates its exact coordinates, it sends them to the competent service (ex. Police) via SMS and simultaneously establishes an audio call to the competent service. Thus, the competent service knows the exact location of the user and may be targeted to the rescuers.

There are some specific areas where it is not necessary to display warning notices. Example, the highway where the user is separated from the mining area by fence. There are a few places in the Republic of Croatia where there are minus suspicious spaces at less than 50m away from the highway but are separated by a fence and marked in the system not to display the notices.

download on


Walking through the woods people often encounter some objects suspected of being explosive attacks. A nd there is a problem with how to contact the office and the competent services to tell the exact position.

The application itself has the ability to report an unknown resource where a user can picture an unknown subject, write a description of the subject and location, and the application in the background calculates the exact position of the subject and sends it to the competent service.

There is no internet access in many users, the application will record and send it when the Internet connection appears.

The competent service (police) has access to the web site where it applies with its username and password. In the web interface, you can see all of the applications that users have reported to the exact location on the map and, according to the assessment report, they can send the competent service to sanitize the terrain. Similarly, web sites send an email notification to the competent service that a new unknown item has been reported.

This option is very useful in urban environments where improvised explosive drinks appear. The user can easily report the device to the competent service with the correct location, and the deminers can shorten it in no time for someone to get caught.


In the application there is a list of the most common mines and other explosive devices that can be found in nature on the territory of the Republic of Croatia. In this way, it seeks to further educate people about the dangers that may come to nature.

Education is not designed to frighten people, but only to be quietly educated about possible dangers, because there are enough explosive devices that can be replaced by common objects. Example is an Italian hand grenade "Breda" from the Second World War that in nature could look like a discarded filter for oil.

The minefields.info application is designed as a global warning application for mine suspected areas.

Goal for this year is implementation of minefield.info application in more than 50 countries (but priority will have states/countries which representatives are here on International Symposium MINE ACTION 2018)


Huge interest for Minefields.info application on MINE ACTION 2018 SYMPOSIUM

Application Minefields.info has been presented on the 15th International Symposium Mine Action 2018 was held in the town of Slano near Dubrovnik. Minefields.info application was made in cooperation with Croatian Mine Action Center which experts tested, evaluated and approved application. A lot of participants download the application and tested it on practical exercises.

The first day of the symposium application was presented to numerous participants. Already on the first day many states have recognized the benefits their country could have from implementing this application. Also, representatives of countries without mine problems were interested in the application because their citizens often travel in a mine problem country for a variety of reasons: tourism, sporting events, business meetings, peace missions, humanitarian reasons, etc.

The second day of the symposium application was presented in the demonstration exercise, and the symposium participants could test the application on a fake minefield (set up for application presentation only). Numerous participants could test minefields.info application on their cell phones (Android and iPhone/iOS). Because of the fake minefield three types of notifications was showed on their cell phones when they are approaching the minefield. The first notification was shown of the cell phone when the area reaches up to 50 meters from the minefield. The user is alerted by a beep, a picture on the cell phone screen, and cell phone vibration. The second more significant, more loud notification is obtained when the users enters the area up to 10 meters from the mines field, and the third notification informs the user that he entered the mines field and allows the user to establish a SOS call (calling the rescuers).

To many countries that have minefield problems, this Minefilds.info application can significantly increase the safety of people living near the mine area. However, the first step is the exchange of data and implementation of minefields of each country in this application. The minefields.info application is designed as a global warning application for mine suspected areas. Now we are in final negotiation with few states who will implement application, and we are searching for sponsors to increase security and implement this application in low budget countries.

About Symposium: International Symposium Mine Action 2018 gathered over 170 participants from 31 countries from Europe, Asia, Africa, North and South America. The symposium was organized by the Office for Mine Action, Croatian Mine Action Centre and HCR-CTRO, under the high patronage of the president of the Republic of Croatia. Bosnia and Herzegovina was the partner Country. The Symposium was opened by Davor Božinović, Minister of the Interior and the envoy of the President of the Croatian Government. More about Symposium and participants: MINE ACTION 2018 SYMPOSIUM HELD IN SLANO.

Prize for Innovation in Global Security

Application Minefields.info won 2019 prize for Innovation in Global Security by GCSP (Geneva Center for Security Policy)

Selected by an impressive panel of judges, Minefields.info beat 180 other projects to win the 10’000 CHF award. In 2015, under the umbrella of its Creativity and Innovation Initiative, the GCSP’s Geopolitics and Global Futures Programme established a prize in order to recognise deserving individuals or organisations that have taken an innovative approach to addressing international security challenges.



Croatian Mine Action Center is partner in project. They are tested the application and approve it.