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You're reading from  Hands-On Internet of Things with MQTT

Product typeBook
Published inOct 2019
Reading LevelIntermediate
PublisherPackt
ISBN-139781789341782
Edition1st Edition
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Author (1)
Tim Pulver
Tim Pulver
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Tim Pulver

Tim Pulver is a Berlin-based freelance interaction designer and developer. In his work, he combines his physical prototyping experience and knowledge of interface design with modern technologies such as 3D printing, laser cutting, web technologies, and machine learning to create unique interactive experiences. In recent years, he has worked on interactive data visualizations, web-based audiovisual experiences, musical interfaces, and cables an innovative browser-based visual programming language that enables the creation of interactive audiovisual prototypes without writing any code. He holds a Bachelor of Arts degree in interface design from the University of Applied Sciences in Potsdam, Germany.
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Prototyping for the greater good

Building IoT devices can also contribute to the greater good in a non-commercial setting. In 2018, a non-governmental organization consisting of engineers and developers called Rainforest Connection (https://rfcx.org/developed an IoT device to help to protect the Amazon rainforest from illegal deforestation. As it reduces the levels of greenhouse gases in the atmosphere, the rainforest plays an important role in our climate, and, according to Rainforest Connection's CEO Topher White, illegal deforestation accounts for nearly one-fifth of all the greenhouse gas emissions every year. Up to 90% of the deforestation of the Amazon rainforest is done illegally. Saving the rainforest could be the cheapest and fastest way to slow down climate change:

African jungle (source: Depositphotos)

In collaboration with the indigenous Tembé tribe, Rainforest Connection developed a device called Guardian to detect illegal deforestation and prevent it from happening. The devices are based on recycled smartphones, which have many of the ingredients of an IoT device on-board—a microprocessor, sensors, and a way to communicate via the cell phone's network over the internet.

The Guardians are hung inside the trees, their microphone transmitting the ambient sound via the cell phone network 24/7, forming a huge grid of microphones. In the cloud, where all of this data is assembled, a machine learning model based on Google's open source TensorFlow library comes into play. It was trained to detect the sound of chainsaws and trucks used in deforestation operations. Whenever one of the microphones detects a sound like this, disturbing the natural sound collage, the machine learning algorithms can identify it and the relevant information, such as GPS data, can be forwarded to the authorities.

In March 2018, the Planet Guardians program was launched by Rainforest Connection. Students from Los Angeles helped to build new Guardian devices to be added to the grid, and it is expected that these will help to protect 100,000 acres of rainforest throughout the year 2020 (you can go to https://www.blog.google/technology/ai/fight-against-illegal-deforestation-tensorflow/ and https://www.prnewswire.com/news-releases/rainforest-connection-introduces-one-of-the-largest-programs-ever-launched-by-students-to-protect-the-worlds-rainforests-300617270.html for more information).

Similarly, devices equipped with GPS and a sensor are used to detect earthquakes—once an earthquake is detected by the sensors, people can be warned accordingly.

The same principle can be used for other areas as wellas an early warning system for tsunamis or avalanches, for example.

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Author (1)

author image
Tim Pulver

Tim Pulver is a Berlin-based freelance interaction designer and developer. In his work, he combines his physical prototyping experience and knowledge of interface design with modern technologies such as 3D printing, laser cutting, web technologies, and machine learning to create unique interactive experiences. In recent years, he has worked on interactive data visualizations, web-based audiovisual experiences, musical interfaces, and cables an innovative browser-based visual programming language that enables the creation of interactive audiovisual prototypes without writing any code. He holds a Bachelor of Arts degree in interface design from the University of Applied Sciences in Potsdam, Germany.
Read more about Tim Pulver