12.02.2018 Views

Smart Industry 1/2018

Smart Industry 1/2018 - The IoT Business Magazine - powered by Avnet Silica

Smart Industry 1/2018 - The IoT Business Magazine - powered by Avnet Silica

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

IoT, the oyster said<br />

■ Can mollusks save the planet?<br />

Oysters are filter feeders, which means they often<br />

absorb contaminants as well as food from their<br />

environment, substances that may be harmful to<br />

humans. Oyster harvesting is usually controlled by<br />

public authorities and collections are suspended<br />

temporarily if there is cause for alarm. Rainwater<br />

washes contaminants from the land and into the<br />

waterways where the oysters grow, so farmers<br />

depend heavily on precise meteorological data to<br />

determine the right time for harvesting. If the harvest<br />

is stopped unnecessarily, it can cost the oyster farmers<br />

a great deal of money in lost sales.<br />

Just off the Australian island of Tasmania, measuring<br />

stations using the Bosch ProSyst IoT platform have<br />

been installed in the immediate vicinity of oyster<br />

beds. These measure the depth and salinity of the<br />

water, as well as temperature and atmospheric<br />

pressure. Algorithms developed by local startup<br />

The Yield AgTec Solutions record and analyze the<br />

data, allowing farmers to check their computers or<br />

smartphones for the ideal time to harvest. Bosch<br />

has developed the system in cooperation with The<br />

Yield and supplies the hardware, software, and realtime<br />

data management.<br />

As Jesse Reader, a Bosch associate involved in<br />

the project, points out, the company’s experience<br />

in the automotive industry proved to be of great<br />

benefit, since this is all about making sensitive<br />

technology function reliably in a harsh environment.<br />

It all goes to help the oyster farmers optimize their<br />

harvests and become more profitable. As a result, it<br />

is now possible to reduce unnecessary closures by<br />

as much as 30%, which could potentially save the<br />

Australian oyster industry several millions of dollars<br />

a year. In addition, collected information is supplied<br />

free of charge to scientific institutions, where it is used<br />

to combat the spread of oyster diseases that could<br />

spell financial ruin for farmers and their operations.<br />

Bosch and The Yield are also teaming up on further<br />

applications for smart and<br />

more sustainable agriculture,<br />

where the focus is on<br />

collecting and analyzing<br />

microclimatic data.<br />

“If we want to be able to<br />

feed the world’s population<br />

in the future without<br />

destroying the planet,<br />

Ros Harvey<br />

founder and managing<br />

director of The Yield<br />

AgTech Solutions<br />

intelligent agriculture is<br />

the only answer,” says<br />

Ros Harvey, the founder<br />

and managing director<br />

of The Yield.<br />

New IoT solution for oyster farmers<br />

Oysters filter nutrients<br />

They are especially<br />

sensitive to changes in<br />

water quality.<br />

Influencing factors on growth:<br />

Water<br />

temperature<br />

Water salinity<br />

Water levels<br />

Climate change<br />

alters these conditions.<br />

Aftermaths:<br />

• Oysters are increasingly<br />

infected with dangerous viruses<br />

• Crop failures are becoming<br />

more common<br />

Sensors<br />

collect data<br />

Data is analyzed<br />

at a computer center<br />

Oyster banks<br />

Oyster farmer<br />

makes decisions about<br />

ideal harvest times<br />

Universities and<br />

research institutes<br />

are conducting<br />

research on viruses<br />

Benefit:<br />

Crop failures<br />

can be reduced by<br />

up to 30 percent.<br />

Bosch is supporting the Australian startup The Yield.<br />

sources: TheYield.com, Bosch<br />

Counting sheep<br />

■ Herds may run, but they can't hide<br />

This summer, Telia Norway launched a first-of-its-kind<br />

pilot project where 1,000 sheep were equipped with<br />

NarrowBand IoT (NB-IoT) collars and tracked while<br />

on summer pasture. NB-IoT is a new cost-efficient<br />

communications technology that enables excellent<br />

coverage indoors, outdoors, and in the ground. It is<br />

ideal for things that run on battery or which only<br />

send data occasionally.<br />

Telia Norway and startup Nortrace have fitted the<br />

sheep with the modules to allow farmers to monitor<br />

each sheep’s location and state of well-being while<br />

they are on summer pasture in Rogaland on the<br />

southern tip of Norway. In the old days, at the end of<br />

the summer pasture, ten to12 shepherds would go to<br />

gather the sheep – and<br />

they usually found about<br />

90% of them. The rest<br />

could have become lost<br />

or got stuck somewhere<br />

in the snowy highlands.<br />

With the new system, the<br />

farmer receives an alarm<br />

on his smartphone if an<br />

animal has not moved for<br />

a long time and may be in<br />

distress, and, at the end<br />

of summer, there will be<br />

Jon Christian Hillestad<br />

Head of enterprise at<br />

Telia Norway<br />

no more problems in finding the missing 10%.<br />

"This is a great example of how IoT and new<br />

63

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!