08.05.2019 Views

ACU May Final Draft LR

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

GLOBAL NEWS<br />

Hamburg Airport begins using DAKOSY<br />

Air Cargo Community System<br />

HAMBURG: Hamburg Airport says<br />

it has adopted the FAIR@Link Air<br />

Cargo Community System from<br />

software developer DAKOSY at its air<br />

cargo center, becoming one of the<br />

first airports in Germany to use this<br />

neutral, IT-supported system that<br />

streamlines the process.<br />

FAIR@Link enables all companies<br />

i n v o l v e d i n f r e i g h t h a n d l i n g<br />

processes—in particular handling<br />

agents, forwarders, truckers and<br />

airlines—to optimize and accelerate<br />

their transport and freight processes<br />

for both import and export. Customs,<br />

security, dangerous goods and supply<br />

chain management processes are also<br />

supported, in many cases even<br />

automated.<br />

With the new system, Hamburg<br />

Airport Cargo Center envisions to<br />

shorten handling and wait times,<br />

increase transparency along the<br />

transport chain and also minimize<br />

errors and costs by avoiding duplicate<br />

entry of data. A particular advantage is<br />

that the system prepares the Customs<br />

release & can automatically transmit it<br />

electronically upon entry into the<br />

Hamburg Airport Customs area.<br />

Another important aspect is the<br />

Door Management System: as part of<br />

the pilot project, time slots are<br />

booked for the delivery of goods to<br />

the air freight center. The delivery<br />

company as well as the handling<br />

partner of the airline can thereby plan<br />

coordinated schedules for the delivery<br />

of goods.<br />

As a result, drivers can reduce wait<br />

times on site and dispatchers can<br />

more easily plan for necessary<br />

capacities. It's also a step towards<br />

protecting the environment: digital<br />

processes use less paper.<br />

“I'm pleased that we can implement<br />

the pilot project at Hamburg Airport<br />

Cargo Center together with our<br />

experienced partner DAKOSY,”says<br />

Alexander Müller, Head of Cargo at<br />

Hamburg Airport. "I'm certain that the<br />

standardized early data exchange<br />

between the process participants<br />

made possible by FAIR@Link will<br />

create great added value for<br />

everyone. The pilot project will<br />

provide us with conclusive results for<br />

the processes at our air freight<br />

center."<br />

UIrich Wrage, CEO of DAKOSY, is<br />

also convinced that FAIR@Link will<br />

make air freight processing at<br />

Hamburg Airport even more efficient,<br />

saying: “Through intelligent process<br />

support and networking, FAIR@Link<br />

provides the ideal basis for further<br />

optimizing the physical processes<br />

between companies involved in air<br />

freight processing and for achieving<br />

significantly faster and more<br />

transparent processing.”<br />

WASHINGTON DC: With space<br />

exploration at an all time high, cargo<br />

shipments to the International Space<br />

Station (ISS) are also increasing.<br />

On <strong>May</strong> 6, an unmanned SpaceX<br />

Dragon cargo spacecraft arrived at<br />

ISS to deliver nearly 3 tons of NASA<br />

supplies to the orbiting laboratory<br />

for its six-person Expedition 59 crew.<br />

“We welcome to ISS the Dragon<br />

SpaceXDragon cargo spacecraft<br />

delivers 3 tons of supplies at ISS<br />

spacecraft as part of the SpaceX-17<br />

cargo mission,” Expedition 59 station<br />

astronaut David Saint-Jacques of the<br />

Canadian Space Agency radioed<br />

Mission Control making the catch<br />

with the station's Canadian-built<br />

Canadarm2 robot arm.<br />

S p a c e X D r a g o n c a r g o h a s<br />

approximately 5,500 pounds of<br />

N A S A c a r g o a n d s c i e n c e<br />

investigations that include research<br />

into Earth’s carbon cycle and the<br />

formation of asteroids and comets.<br />

D r a g o n w i l l j o i n fi v e o t h e r<br />

spacecraft currently at the station. Its<br />

launch comes on the heels of<br />

robotics ground controllers in<br />

M i s s i o n C o n t r o l H o u s t o n<br />

successfully completing an operation<br />

to remove a failed Main Bus<br />

Switching Unit (MBSU) aboard the<br />

space station and replace it with a<br />

spare. The completion of the robotics<br />

work marks the second replacement<br />

o f a n M B S U n o t i n v o l v i n g a<br />

spacewalk.<br />

The space station continues to be a<br />

critical test bed where NASA is<br />

pioneering new methods to explore<br />

space, from complex robotic work to<br />

refueling spacecraft in flight and<br />

developing new robotic systems to<br />

assist astronauts on the frontier of<br />

space. Technologies such as these<br />

will be vital as NASA looks to return<br />

astronauts to the Moon by 2024.

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

Saved successfully!

Ooh no, something went wrong!