Smart Industry 1/2019
Smart Industry 1/2019 - The IoT Business Magazine - powered by Avnet Silica
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• Ships need to be able to communicate<br />
wherever they are – even under<br />
bad weather conditions<br />
• Technology has to be integrated<br />
into the existing infrastructure<br />
• Solutions have to be compulsively<br />
cost-effective<br />
In this case, the project is operating<br />
in a rather small and very safe area.<br />
There are just two harbors involved<br />
and they’re only about 30 kilometers<br />
away from the production facility.<br />
Since the project replaces the expensive<br />
road transportation of goods,<br />
amortization of the high cost will not<br />
take very long. In addition, the vessel<br />
serves as a beacon project. The developers<br />
describe the whole project as<br />
“a huge turning point for the global<br />
shipping industry.”<br />
There are many small companies and<br />
start-ups doing development and<br />
research in this area but we will probably<br />
see remote-controlled ships long<br />
before they go fully autonomous.<br />
Netherlands-based Kotug demonstrated<br />
this live at the international<br />
tug, salvage, and offshore support<br />
vessel (OSV) convention ITS 2018 in<br />
Marseille, France. For the presentation,<br />
a captain took over control of<br />
the steering and engine systems of a<br />
tug in Rotterdam (over 900 km away)<br />
using a secured Internet connection<br />
and live cameras. The company stated:<br />
“The real-time sensor technology<br />
makes it possible to give the remotecontrol<br />
captain the situational awareness<br />
that is needed for safe operation.<br />
Combined with the drone technology<br />
to connect the towline, unmanned<br />
shipping is commercially and technically<br />
getting closer.”<br />
Liftoff Achieved<br />
Also in January,<br />
Boeing successfully<br />
tested its first<br />
autonomous passenger<br />
air vehicle (PAV)<br />
prototype, an electric<br />
vertical takeoff and<br />
landing (eVTOL)<br />
aircraft, from an<br />
airstrip in Manassas,<br />
Virginia.<br />
photo ©: Airbus<br />
Taxis in Flight<br />
In January, Airbus’<br />
Vahana team successfully<br />
flew their<br />
autonomous air taxi<br />
for the first time,<br />
combining electric<br />
propulsion and<br />
machine vision in<br />
order to “democratize<br />
personal flight.”<br />
their on-board computers, and several<br />
other in-flight functions are performed<br />
or confirmed by computers.<br />
Indeed, the pilot’s task is increasingly<br />
focused on managing and overseeing<br />
the aircraft and its systems.”<br />
While the vast majority of ships carry<br />
cargo, airplanes are mostly used by<br />
travelers. This leads to one of the biggest<br />
obstacles in the way of autonomous<br />
planes: fear. The UBS worldwide<br />
report Flying Solo: How far are<br />
we down the path towards pilotless<br />
planes? concerning the future of air<br />
transportation canvassed more than<br />
8,000 people. The authors found that<br />
54 percent of the respondents said<br />
they would refuse to board a pilotless<br />
aircraft – and a lower fare would not<br />
make them change their mind. The<br />
number of people who said they’d<br />
be happy to fly on a plane without a<br />
pilot was only 17 percent. The report’s<br />
conclusion shows that the question<br />
was current: “Technically speaking,<br />
remotely-controlled planes carrying<br />
passengers and cargo could appear<br />
by 2025.”<br />
Sooner or later they will appear, since<br />
the report also found the industry<br />
spends more than $30 billion on pilots<br />
annually. Before passenger acceptance<br />
increases, the first noteworthy<br />
steps in this direction will likely<br />
be seen in cargo flights. The two big<br />
players in this field, Airbus and Boeing,<br />
are working on the subject, but<br />
they are keeping quiet about it and<br />
there is hardly any information available.<br />
Both companies are more open<br />
about their smaller, autonomous air<br />
“taxis.” Boeing, for example, proudly<br />
published information about a successful<br />
test they did with an autonomous<br />
passenger air vehicle in January<br />
<strong>2019</strong>. The prototype completed a<br />
controlled takeoff, hover, and landing<br />
to test the autonomous functions and<br />
ground control systems.<br />
It’s not only the big companies that<br />
are working on this theme; start-ups,<br />
like the Bavarian company Lilium, are<br />
developing quickly. So it may well<br />
happen that small, battery-driven air<br />
vehicles will be the first commercial<br />
autonomous flying objects – and if<br />
passengers have trust in them, they<br />
may eventually accept bigger planes<br />
without pilots.<br />
It looks like we are very close to revolutions<br />
in trains and boats and planes.<br />
The technology for autonomous vehicles<br />
is already available but what’s<br />
still missing are standards for communications<br />
across several systems, acceptance<br />
with passengers, and more<br />
results from field testing. We have<br />
only looked at a few use cases but<br />
there are many more examples and<br />
the revolution could happen faster<br />
than we think.<br />
Robo-Pilots Ready for<br />
Takeoff<br />
In a Q-Series Report in 2017, investment<br />
bank UBS stated, “Commercial<br />
jets already take off and land using<br />
photo ©: Boeing<br />
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