Hello everyone
what you know what it is
of Mount imba so that’s a word that’s
found at the border of guinea
the ivory coast makes this picture
it was taken by satellite
but not just any satellite if the
spot 6 satellite the internal one of the
last observation satellite
French and early in my career
in aerospace I got the chance
to participate in the design of this
satellite specifically on the
part of central control software
its launch it took place in 2012 and it
took place on the south east coast of india
and that day it was a Sunday at 5
french hour
the launch was retransmitted in time
real to airbus and the whole team of
design had come together for for
attend the launch
did you really have a very special day
for me because it’s really this
that day that I realized the
potential of aerial observation and
of all they were able to
make a satellite
that’s either 6
it’s true it’s really crazy what
knows how to make a satellite that
fly at 800 kilometers altitude
that’s 80 times more than an airplane
from line to 27 thousand kilometers
speed alone thirty times more than a
Airliner is able to take
photos of 60 kilometers by 60 km
as the world says mrs bacon saw everything
on time but are the
satellites are really capable of
do everything from 2013 to 2016 madagascar a
experienced a huge invasion of locusts
its 500 billion creeks and that have
invaded the whole country is diving into more than 15
millions of people in famine and
it was over 100 thousand tons of
culture a day that were devoured
it’s the equivalent of 700 elephants
who his charge will not fight day after
day on crops 40 million have
been invested by the iphone in the
pesticide campaigns by air and by
helicopter
and you know what satellites are
totally unable to detect
locust invasion departures since
locusts do not appear on the
satirists on satellite images
how can we be able
to map the entire earth in
continuous without being able to prevent from
kind of risk
how can we be able
to map entire countries
without being able to save it’s all these
who are who are who are here
have fallen into famine does he
would not exist solutions
Additional
would the satellites not be
limited by their resolution
which is too low and their altitude too
high
I think that big spaces can
be managed from the sky so
durable and inexpensive
I think it’s possible to
map at low altitude
but at high resolution so as to
do what satellites are not
able to make a brand new
way to observe the great outdoors at
both simple and cost effective which
would allow large companies to
small businesses to organizations
international or for
public institutions can not
map on their own
in large scale
but how will you tell me by
the use of non-aerial vectors
to live in other words drones but
not just any type of drones
drones that are both light and
easily transportable easily
deployable totally automated but
also especially able to fly a whole
day to be able to map
thousands of hectares and all that thanks
to the use of energies
renewable then as much to tell you that
when we embark on the design of
this kind of gear it is to be expected
wiped several failures
so this picture she is really
particular to me since it’s all about
from the photo of the first test of the
first day first try our all
first prototype we had worked
over six months on this prototype so
we had bought a plane from the big
trade
we had a thousand auto pilot in it
had done all the electronics any
the telecommunications control part
ground software have so for six
months we had really give any
our energy to make it work and
finally come the day came the day of
so test with all with all my friends
I have ggt I found a lot and so
we decided to do the tests
on this ground there so there are all
my airbus friends
we started doing the first
tests in the governing
so on electronic communications and at
true to say we were not very very
serene about the outcome of this test tears he
there is even one of my friends who decided
to distance are far less because he
was sure that the plane vesle go
spit on him so but still
we still decided to throw ourselves to
water and I must say that the phrase
to jump into the water sticks perfectly to
the situation since when we
put full throttle
the plane made accra and
crashed into a big puddle for
finish in a thousand pieces
ok six months reggiani work to nothing
so what did we do in this
that we decided to do it’s all
resume from the beginning this time
we went on a new drone
totally different we made sheet
white one to redraw entirely the
fuselage we found from the supplier
to make it one to manufacture
we are languishing before each
ribs the red tights have in
canvas years she is so adding
still all parts of
and electronic and computer and
so there you see again
it’s the day of the first big test
moment six months of work etc
and besides, I remember that day
there we had we had found a
field and the farmer of this field we
did you see how they found this a
little weird and one of which we had
threatened to shoot us here if we
continue us and so that’s what we have
decided to do from there down
it’s going from continuing to actually
so we have to risk our life for
for science let’s say and so of the
blow the good news anyway
that we survived as we could see
and also that finally this drone he has
stole he stole a minute and thirty before
to crash miserably from
powerful hundreds of meters on
the neo soil to finish also in a thousand
parts
so again one more time
it’s the second failure six months
work a lot of disappointment and
it is risking our life so there this
we decide to do it again
it’s a new model we’re redesigning
fuselage we redid the standards and
electronics etc
to six months of work so re good
new the drone flight and flight
correctly and in addition to that we arrive
to put solar cells
so here in this picture for example
shows that did the first
ground tests air as the engine runs
correctly and so it’s these big steps
forward but by cons we surrender
account that unfortunately there is no
enough solar energy to be able to
fly the drone fully and
it’s by dint of failures
it is by dint of multiplying the tests
multiply crashes and multiply well
developed somewhere our
resilience that one day we managed to
create a drone that would be unique in its
kind on September 2nd, 2016 he was doing
really beautiful weather in Toulouse is
is based in Toulouse therefore 35 degrees
big sun
so we say what we decide to do
we’re going to town we’re going out
the plane and we will do the tests
of endurance to see what it gives
we go out the plane goes on the ground and
so we put it up we do it take off
starts to maneuver so
automatic so as and when
the theft happens we realize that the
battery level does not go down there
managed to maintain its level of flights
only thanks to the energy of
sun and that flight there it lasted six
hours so the phoenix sbk that we
currently market and the drone
the lightest and most enduring at
world in its category
he is so enduring that he is
able to fly a whole day
only thanks to solar energy
to be able to map the thousands
of hectares it is so light that we are
able to throw it by hand or
carry on his double he’s
able to cross more than 300 km from a
cost and mapping thousands of
square kilometers and cpo this
possibility of mapping art 13
heroes and resolution would help
precisely to prevent invasions of
locusts that we talked about all to
time
so in fact the locust invasions
it’s an application but there are some
dozens and hundreds of applications
for this for this kind of product but
I would like you to talk about
only three applications really
important
the first is the natural parks
in Africa there are more than 9000 spaces
protected but three quarters of these
protected areas are poorly managed
every day there are scouts who
have to leave in the bush alone at the
meeting poachers is who and who
risk their lives for that spaces
are totally inaccessible to
helicopters cost a lot of fuel
and trained staff and when you want
to do the census of the animal or the
spaces are so big that we
can not even follow the animals
in fact sometimes we get to
find discrepancies of more than 200%
between the between measures thanks to
our drones the scouts would have
more to risk their lives but being
given that all the lighting work
would be done by the sky so
automatic all the spaces the most
inaccessible to be covered without
a drop of fuel to be able
do the ecological census
preserve and thus protect
endangered species and
all the data that are that are in
general harvested on the ground for example
the photos that are taken and that are
triggered on the ground automatically
to take to take the pictures of
groups of animals could be
harvested from the sky since the
drone so without having to leave in exhibitions
during shipping for days
to be able to recover them
the second application is
agriculture so agriculture
African is experiencing a
true revolution
these are fermi groups who are
form and that is structured to
the use of new technologies
to be able to boost their production of
sustainable way
it’s no longer an agriculture the
farmers struggle in solidarity for
to survive but rather to
agriculture or africa wants to make
a country a successful business capable of
feed the entire planet
it’s about creating new
solutions based on innovation
to use science to create
new models to use the
technology one that would be a
technology that would be both
expensive but extremely powerful
yes, this is very beautiful but
so suddenly the drones in all this
how does it fit into this vision
so we’re going to say actually when we
when we take a picture like this
it will be made of red from
green and blue except that when
plant communicates on its level of
health she does not communicate in this
spectrum of light
she communicates more in the near
infrared so in fact no longer a plant
is in good health
the more she will radiate in the near
infrared – and in good health – she
will radiate in the near infrared
that’s why are we
embarks some very special cameras
what are called cameras
multispectral capable of mapping
not only in the visible but also
in the near infrared and thanks to
that we are able to detect the
level of plant health and so
optimizing fertilizers to optimize
all that is pesticides so of
decrease the quantity of products
chemicals and therefore to increase the
yield in africa there are a lot of
two pineapple crops and their crops
are victims of fungal attack
so in fact it’s mushrooms that
is developing extremely rapidly and
who are capable of detail of
destroy an entire culture if you get there
take it on time and you’ll get it
guessed the satellites are not
able to detect it
because of one it does not pass enough
quickly and two their resolution
is not high enough to be able to
pre palm is not precise enough for
ability to detect anomalies but
thanks to our drones we would be able
to map thousands of hectares
again very quickly very
often for to detect very early
stage any anomalies of type
fungal attacks to be able to
reach a poor intervene on time
and will save all the all the
people who take care of these songs
and whose songs make the life of these
people there make third application
so that’s all that is highly esteem
so forests represent 80% of
the soul of our biodiversity
it’s one of the greatest riches
of humanity one provide the water the
food
wood is so it’s one of the
most important refugees from the
current biodiversity on earth ago
nearly a year 6 billion people
on the planet who depend
directly from the forests
to survive and 60 million
of them live daily in
these forests yet the impacts of the
deforestation are really very
important
it’s about 13 million
of hectares each year that are
slaughtered for non-forestry purposes
so when I say no forest is
all they amenities with
culture all that is good it all
which is mostly mostly landscaping
so in fact 13 million hectares
it’s a country like greece so have
it’s really huge and 27000 27 thousand
species die each year because of
of deforestation and that’s the reason
for which it is necessary to adopt a mode of
responsible management of forests in
taking into account all the elements
social and economic game
environmental
the farms
foresters respects the dia bloggie of
water resources biodiversity
landscapes the soils and it also takes
that these expressions were often
tation for forest
so to all the people who live
on the site to be able to perpetuate
sustainable way but also these people
must be able to benefit from the benefits
economic facilities and
development plans
so we them the manufacturers of
drones how can we help
on it thanks to our product
would be able to map
thousands and thousands of hectares of
forest concessions to be able to
better to recognize the species it is
say better recognize trees
to be able to have a more precise vision
and finer of the larger territories for
able to protect the biodiversity
ecosystems and also protect the
biodiversity while ensuring
great economic performance
this year gartner has planned that there
would have more than 3 million drones that
would fly over our heads and the
potential
I was walking the professional drone
amounts to +2 to more than 127 billion
of dollars
the drone is one of the biggest
rotating aeronautics
and for the first time in
the history of humanity we put
millions of robots that fly so
autonomous to improve our vision of
world
what we want to offer is the
opportunity to seize this
opportunity to be able to resolve
large-scale problems on
malls
the knowledge of our lands not that
by mastering the sky and we think
that it is possible to explore great
spaces in a sustainable way and our
mission is to be able to make all that
accessible to the greatest number
thank you very much
what you know what it is
of Mount imba so that’s a word that’s
found at the border of guinea
the ivory coast makes this picture
it was taken by satellite
but not just any satellite if the
spot 6 satellite the internal one of the
last observation satellite
French and early in my career
in aerospace I got the chance
to participate in the design of this
satellite specifically on the
part of central control software
its launch it took place in 2012 and it
took place on the south east coast of india
and that day it was a Sunday at 5
french hour
the launch was retransmitted in time
real to airbus and the whole team of
design had come together for for
attend the launch
did you really have a very special day
for me because it’s really this
that day that I realized the
potential of aerial observation and
of all they were able to
make a satellite
that’s either 6
it’s true it’s really crazy what
knows how to make a satellite that
fly at 800 kilometers altitude
that’s 80 times more than an airplane
from line to 27 thousand kilometers
speed alone thirty times more than a
Airliner is able to take
photos of 60 kilometers by 60 km
as the world says mrs bacon saw everything
on time but are the
satellites are really capable of
do everything from 2013 to 2016 madagascar a
experienced a huge invasion of locusts
its 500 billion creeks and that have
invaded the whole country is diving into more than 15
millions of people in famine and
it was over 100 thousand tons of
culture a day that were devoured
it’s the equivalent of 700 elephants
who his charge will not fight day after
day on crops 40 million have
been invested by the iphone in the
pesticide campaigns by air and by
helicopter
and you know what satellites are
totally unable to detect
locust invasion departures since
locusts do not appear on the
satirists on satellite images
how can we be able
to map the entire earth in
continuous without being able to prevent from
kind of risk
how can we be able
to map entire countries
without being able to save it’s all these
who are who are who are here
have fallen into famine does he
would not exist solutions
Additional
would the satellites not be
limited by their resolution
which is too low and their altitude too
high
I think that big spaces can
be managed from the sky so
durable and inexpensive
I think it’s possible to
map at low altitude
but at high resolution so as to
do what satellites are not
able to make a brand new
way to observe the great outdoors at
both simple and cost effective which
would allow large companies to
small businesses to organizations
international or for
public institutions can not
map on their own
in large scale
but how will you tell me by
the use of non-aerial vectors
to live in other words drones but
not just any type of drones
drones that are both light and
easily transportable easily
deployable totally automated but
also especially able to fly a whole
day to be able to map
thousands of hectares and all that thanks
to the use of energies
renewable then as much to tell you that
when we embark on the design of
this kind of gear it is to be expected
wiped several failures
so this picture she is really
particular to me since it’s all about
from the photo of the first test of the
first day first try our all
first prototype we had worked
over six months on this prototype so
we had bought a plane from the big
trade
we had a thousand auto pilot in it
had done all the electronics any
the telecommunications control part
ground software have so for six
months we had really give any
our energy to make it work and
finally come the day came the day of
so test with all with all my friends
I have ggt I found a lot and so
we decided to do the tests
on this ground there so there are all
my airbus friends
we started doing the first
tests in the governing
so on electronic communications and at
true to say we were not very very
serene about the outcome of this test tears he
there is even one of my friends who decided
to distance are far less because he
was sure that the plane vesle go
spit on him so but still
we still decided to throw ourselves to
water and I must say that the phrase
to jump into the water sticks perfectly to
the situation since when we
put full throttle
the plane made accra and
crashed into a big puddle for
finish in a thousand pieces
ok six months reggiani work to nothing
so what did we do in this
that we decided to do it’s all
resume from the beginning this time
we went on a new drone
totally different we made sheet
white one to redraw entirely the
fuselage we found from the supplier
to make it one to manufacture
we are languishing before each
ribs the red tights have in
canvas years she is so adding
still all parts of
and electronic and computer and
so there you see again
it’s the day of the first big test
moment six months of work etc
and besides, I remember that day
there we had we had found a
field and the farmer of this field we
did you see how they found this a
little weird and one of which we had
threatened to shoot us here if we
continue us and so that’s what we have
decided to do from there down
it’s going from continuing to actually
so we have to risk our life for
for science let’s say and so of the
blow the good news anyway
that we survived as we could see
and also that finally this drone he has
stole he stole a minute and thirty before
to crash miserably from
powerful hundreds of meters on
the neo soil to finish also in a thousand
parts
so again one more time
it’s the second failure six months
work a lot of disappointment and
it is risking our life so there this
we decide to do it again
it’s a new model we’re redesigning
fuselage we redid the standards and
electronics etc
to six months of work so re good
new the drone flight and flight
correctly and in addition to that we arrive
to put solar cells
so here in this picture for example
shows that did the first
ground tests air as the engine runs
correctly and so it’s these big steps
forward but by cons we surrender
account that unfortunately there is no
enough solar energy to be able to
fly the drone fully and
it’s by dint of failures
it is by dint of multiplying the tests
multiply crashes and multiply well
developed somewhere our
resilience that one day we managed to
create a drone that would be unique in its
kind on September 2nd, 2016 he was doing
really beautiful weather in Toulouse is
is based in Toulouse therefore 35 degrees
big sun
so we say what we decide to do
we’re going to town we’re going out
the plane and we will do the tests
of endurance to see what it gives
we go out the plane goes on the ground and
so we put it up we do it take off
starts to maneuver so
automatic so as and when
the theft happens we realize that the
battery level does not go down there
managed to maintain its level of flights
only thanks to the energy of
sun and that flight there it lasted six
hours so the phoenix sbk that we
currently market and the drone
the lightest and most enduring at
world in its category
he is so enduring that he is
able to fly a whole day
only thanks to solar energy
to be able to map the thousands
of hectares it is so light that we are
able to throw it by hand or
carry on his double he’s
able to cross more than 300 km from a
cost and mapping thousands of
square kilometers and cpo this
possibility of mapping art 13
heroes and resolution would help
precisely to prevent invasions of
locusts that we talked about all to
time
so in fact the locust invasions
it’s an application but there are some
dozens and hundreds of applications
for this for this kind of product but
I would like you to talk about
only three applications really
important
the first is the natural parks
in Africa there are more than 9000 spaces
protected but three quarters of these
protected areas are poorly managed
every day there are scouts who
have to leave in the bush alone at the
meeting poachers is who and who
risk their lives for that spaces
are totally inaccessible to
helicopters cost a lot of fuel
and trained staff and when you want
to do the census of the animal or the
spaces are so big that we
can not even follow the animals
in fact sometimes we get to
find discrepancies of more than 200%
between the between measures thanks to
our drones the scouts would have
more to risk their lives but being
given that all the lighting work
would be done by the sky so
automatic all the spaces the most
inaccessible to be covered without
a drop of fuel to be able
do the ecological census
preserve and thus protect
endangered species and
all the data that are that are in
general harvested on the ground for example
the photos that are taken and that are
triggered on the ground automatically
to take to take the pictures of
groups of animals could be
harvested from the sky since the
drone so without having to leave in exhibitions
during shipping for days
to be able to recover them
the second application is
agriculture so agriculture
African is experiencing a
true revolution
these are fermi groups who are
form and that is structured to
the use of new technologies
to be able to boost their production of
sustainable way
it’s no longer an agriculture the
farmers struggle in solidarity for
to survive but rather to
agriculture or africa wants to make
a country a successful business capable of
feed the entire planet
it’s about creating new
solutions based on innovation
to use science to create
new models to use the
technology one that would be a
technology that would be both
expensive but extremely powerful
yes, this is very beautiful but
so suddenly the drones in all this
how does it fit into this vision
so we’re going to say actually when we
when we take a picture like this
it will be made of red from
green and blue except that when
plant communicates on its level of
health she does not communicate in this
spectrum of light
she communicates more in the near
infrared so in fact no longer a plant
is in good health
the more she will radiate in the near
infrared – and in good health – she
will radiate in the near infrared
that’s why are we
embarks some very special cameras
what are called cameras
multispectral capable of mapping
not only in the visible but also
in the near infrared and thanks to
that we are able to detect the
level of plant health and so
optimizing fertilizers to optimize
all that is pesticides so of
decrease the quantity of products
chemicals and therefore to increase the
yield in africa there are a lot of
two pineapple crops and their crops
are victims of fungal attack
so in fact it’s mushrooms that
is developing extremely rapidly and
who are capable of detail of
destroy an entire culture if you get there
take it on time and you’ll get it
guessed the satellites are not
able to detect it
because of one it does not pass enough
quickly and two their resolution
is not high enough to be able to
pre palm is not precise enough for
ability to detect anomalies but
thanks to our drones we would be able
to map thousands of hectares
again very quickly very
often for to detect very early
stage any anomalies of type
fungal attacks to be able to
reach a poor intervene on time
and will save all the all the
people who take care of these songs
and whose songs make the life of these
people there make third application
so that’s all that is highly esteem
so forests represent 80% of
the soul of our biodiversity
it’s one of the greatest riches
of humanity one provide the water the
food
wood is so it’s one of the
most important refugees from the
current biodiversity on earth ago
nearly a year 6 billion people
on the planet who depend
directly from the forests
to survive and 60 million
of them live daily in
these forests yet the impacts of the
deforestation are really very
important
it’s about 13 million
of hectares each year that are
slaughtered for non-forestry purposes
so when I say no forest is
all they amenities with
culture all that is good it all
which is mostly mostly landscaping
so in fact 13 million hectares
it’s a country like greece so have
it’s really huge and 27000 27 thousand
species die each year because of
of deforestation and that’s the reason
for which it is necessary to adopt a mode of
responsible management of forests in
taking into account all the elements
social and economic game
environmental
the farms
foresters respects the dia bloggie of
water resources biodiversity
landscapes the soils and it also takes
that these expressions were often
tation for forest
so to all the people who live
on the site to be able to perpetuate
sustainable way but also these people
must be able to benefit from the benefits
economic facilities and
development plans
so we them the manufacturers of
drones how can we help
on it thanks to our product
would be able to map
thousands and thousands of hectares of
forest concessions to be able to
better to recognize the species it is
say better recognize trees
to be able to have a more precise vision
and finer of the larger territories for
able to protect the biodiversity
ecosystems and also protect the
biodiversity while ensuring
great economic performance
this year gartner has planned that there
would have more than 3 million drones that
would fly over our heads and the
potential
I was walking the professional drone
amounts to +2 to more than 127 billion
of dollars
the drone is one of the biggest
rotating aeronautics
and for the first time in
the history of humanity we put
millions of robots that fly so
autonomous to improve our vision of
world
what we want to offer is the
opportunity to seize this
opportunity to be able to resolve
large-scale problems on
malls
the knowledge of our lands not that
by mastering the sky and we think
that it is possible to explore great
spaces in a sustainable way and our
mission is to be able to make all that
accessible to the greatest number
thank you very much
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