MAIL DELIVERY SHIFTS TO THE SKY
In 1918, the world's first scheduled airmail service
was launched in the United States.
Airmail begins across the skies of Washington, DC,
Philadelphia and New York City.
DELIVERY WITHOUT HUMAN INTERVENTION
On November 7, 2018, Japan Post conducted the first drone delivery
between two post offices in Fukushima Prefecture.
VEINS OF JAPAN, HALF A CENTURY OLD
EVOLUTION OF LOGISTIC AND TRANSPORTATION
The first highway in Japan was built during the high
economic growth period in 1963.
JAPAN BECOMES CLOSER AND CLOSER
Tokaido Bullet Train opened in line with the Tokyo
Olympics, one year after the first highway.
DRONES MAINTAINING THE VEINS OF JAPAN
Logistics and Transportation infrastructure, build
during the high economic growth period, are being
maintained by drone technology.
*Trials conducted at JR Hokkaido train tunnel in August 2019.
UNPREDICTABLE
DISASTER ALWAYS NEARBY
Han-shin Awaji Earthquake brought significant
damage. Building standards law were amended
based on this tragic experience.
DDRROONNEESS UUSSEEDD FFOORR
DDIISSAASSTTEERR SSUURRVVEEYYSS
UNMANNED TECHNOLOGY SAVES LIVES
Agreement signed with the Japan Ground Self
Defence Force East Army to cooperate in times of
large scale disasters.
Drones capture images from the sky in areas where
it is dangerous for people to enter.
IINNNNOOVVAATTEE
SSUUSSTTAAIINN
EELLEEVVAATTEE
PAST, PRESENT AND FUTURE
DRONES BEING NATURALLY ACCEPTED IN SOCIETY
ACSL will continue to realize a world where drones are naturally
accepted in society. “Being natural” is like what cars and PCs have
done in the past - being accepted as an inevitable industrial tool in
society. Autonomous Control System work on behalf of people.
A future where Autonomous Control Systems is fully embedded in society
and taking over tough roles previously conducted by people.
A high living standard being maintained even in a rapid labor force declining environment.
Emerging nations accelerating growth with this technology.
Autonomous Control Systems enable humanity to achieve the next level of evolution.
Where will Autonomous Controls be used in a world like this?
What can we achieve with the additional human resources liberated
via Autonomous Controls?
Autonomous Control Systems is a tool to liberate humanity
from tough roles and achieve additional values for people.
ACSL will continue to embed Autonomous Control Systems to revolutionize
social infrastructure and achieve a better world for the future.
A future where Autonomous Control Systems is fully embedded in society
and taking over tough roles previously conducted by people.
A high living standard being maintained even in a rapid labor force declining environment.
Emerging nations accelerating growth with this technology.
Autonomous Control Systems enable humanity to achieve the next level of evolution.
Where will Autonomous Controls be used in a world like this?
What can we achieve with the additional human resources liberated
via Autonomous Controls?
Autonomous Control Systems is a tool to liberate humanity
from tough roles and achieve additional values for people.
ACSL will continue to embed Autonomous Control Systems to revolutionize
social infrastructure and achieve a better world for the future.
A future where Autonomous Control Systems is fully embedded in society
and taking over tough roles previously conducted by people.
A high living standard being maintained even in a rapid labor force declining environment.
Emerging nations accelerating growth with this technology.
Autonomous Control Systems enable humanity to achieve the next level of evolution.
Where will Autonomous Controls be used in a world like this?
What can we achieve with the additional human resources liberated
via Autonomous Controls?
Autonomous Control Systems is a tool to liberate humanity
from tough roles and achieve additional values for people.
ACSL will continue to embed Autonomous Control Systems to revolutionize
social infrastructure and achieve a better world for the future.
NEXT
AUTOMATED INFRASTRUCTURE
SUPPORTS THE FUTURE WORLD
ACSL’s autonomous control system, currently embedded in drones, will further meet other robotics technologies and hardwares to realize automation of these technologies to support social infrastructure in the future.
NEXT
THE CEREBRUM AND
CEREBELLUM - ACSL’S
PROPRIETARY
AUTONOMOUS
CONTROL SYSTEMS
The Cerebrum part of the control system act as eyes and ears for the drone, recognizing the surrounding environment in real-time. The Cerebellum recognizes change in attitude when a wind blows and autonomously adjust itself for safe flight. ACSL’s autonomous control system mixes both part of the brain to achieve a higher level of machine intelligence, just like that of the human brain, in various environment.
NEW INTELLIGENCE
TO
COVER NEW
FUNCTIONS
ACSL’s autonomous control system will continue to capture new functions and higher level of autonomy, just like the human brain. On top of Vision , sense of touch and feeling, memory and learning, and prediction and perception are additional features that the system can capture for new level of intelligence.
ACSL will realize a world where a new level of machine intelligence, that can act just like the human brain, be embedded in society to build a brighter world.
NEXT
REVOLUTIONIZING
SOCIAL
INFRASTRUCTURE
BY
PURSUING
CUTTING-EDGE
ROBOTICS TECHNOLOGY
ACSL pursues robotics technology, including autonomous control technology, and is always at the forefront of technology development. Through the social implementation of these technologies, we will increase the productivity of human economic activities in the social infrastructure that is the foundation of human activities, replace as many low value-added and dangerous operations as possible, and promote the evolution of society for the next generation.
HOLD TO
READ STORY
PLEASE TURN YOUR DEVICE.