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My start line for exploring the climate forecasting
technology area have been those records from Mergeflow (click on the image
underneath to see the statistics photo):
Starting out from those facts, I selected five
examples of technologies that I for my part found mainly interesting. I
targeted on technology that permit climate forecasts, no longer technology that
use weather forecasts (e.G. In logistics or farming).
Skydweller: Long-staying power self sustaining UAVs
for weather observation
Remember SolarImpulse, the aircraft that went round
the world, powered handiest by using sun energy?
Skydweller is a U.S.-Spanish aerospace corporation
that has certified the SolarImpulse technologies. In September 2021, they
raised $40M Series A from Leonardo, Marlinspike Capital, and Advection Growth
Capital, among others.
However, in contrast to SolarImpulse, which changed
into a piloted plane, Skydweller modified the aircraft to fly autonomously. And
it could take various payloads, including units for meteorological
observations.
For statistics analytics, Skydweller has partnered
with Palantir, to use their Foundry analytics platform.
PlanetiQ: Satellite-primarily based climate sensor
technology
PlanetiQ makes sensors that use GPS radio occultation.
This is a technology that analyzes how the ecosystem bends GPS alerts. And how
the signal is bent is influenced by means of atmospheric density and other
factors. In other words, how the GPS signal is bent tells you something about
the present day repute and physical residences of the atmosphere.
In 2019, PlanetiQ raised $18.7M Series B from New
Science Ventures, AV8 Ventures, Valo Ventures, Kodem Growth Partners, Access
Venture Partners, Virginia Tech Innovation Fund, Hemisphere Ventures, Service
Provider Capital, Earth Investments, Moonshots Capital, and others.
If I interpret them efficaciously, PlanetiQ makes the
sensors however no longer the satellites. The microsatellites that deliver the
sensors are made with the aid of Blue Canyon Technologies, a Raytheon subsidy.
And just a few days ago, on April 1 2022, SpaceX released the first such
satellite with PlanetiQ’s sensors on board.
Scala Computing: On-call for excessive performance
computing for weather forecasting
No, I gained’t make any jokes approximately cloud
computing here…
Let’s say you're a climate scientist. Then you’ll
surely recognise a lot about computational modeling. But you won't have the
compute infrastructure understanding to truely implement and run your models in
an less expensive manner.
This is in which Scala Computing comes in. They have
constructed a platform so you can run your weather fashions, without having to
worry about the information of the underlying compute infrastructure. Here is a
schematic displaying this infrastructure (click on on the photograph to peer it
in complete length):
In 2019, Scala Computing raised $5M, in a round led by
way of HardHill Trust.
Aeolus: A global wind radar, constructed by the
European Space Agency
Aeolus is the call of ESA’s wind undertaking (and the
name of the ancient Greek wind god). It makes use of a satellite-primarily
based wind LiDAR. A wind LiDAR is a far off sensing generation that uses lasers
to measure wind speeds and instructions. And the Aeolus assignment uses this
era for you to higher recognize wind patterns on a worldwide scale.
As is usual of space missions, Aeolus involves many
collaborations between scientists from exclusive studies businesses. Just
looking at some current R&D guides as a consequence of the Aeolus venture,
Mergeflow offers a sizeable network of co-authors (click on on the image to see
it in complete size):
If you've got a Mergeflow account, you could discover this network interactively right here. If you don’t have an account, you may sign up for a free Mergeflow trial right here read more :- bizautomotive
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