Empowering Your Business with Space
Axelspace has developed and operated 10 microsatellites in
orbit. Our solutions, AxelGlobe and AxelLiner, build on this
proven track record to offer robust support for our
customers’ utilization of space in their businesses.
AxelGlobe
is an Earth observation platform that offers business
insights for various applications, including agriculture,
news reporting, disaster and environmental monitoring, by
offering satellite-acquired data.
AxelLiner delivers a one-stop service for microsatellite projects to our customers. The service enables customers to actualize their in-orbit demonstration and satellite-based services by owning their own satellites or installing their mission equipment to AxelLiner satellites.
AxelGlobe is Earth-observation infrastructure that employs microsatellites to provide timely information on events that are currently taking place in the world. It is beginning to be utilized in business across all industries, including the environment, disaster preparedness, agriculture and news reporting.
The era to save the earth by satellite imagery.
Due to climate change caused by global warming, there are concerns about the intensification and frequent occurrence of disasters that have never been experienced in the past. We are in an era where we have to do whatever we can to save the earth, save people, and save ourselves. However, the earth is large and it is difficult to see all the places you want to see with limited resources. However, satellite imagery allows you to check the latest status anytime, anywhere from a distance. Not only that, but by combining the accumulated past data, it is possible to realize a service that automatically notifies you when there is an abnormality or change.
This solution is designed to quickly respond
to the increasing demand from customers who
wish to offer services and conduct missions
using microsatellites in space.
Traditionally,
space missions have required a high level of
expertise and have posed significant risks in
terms of cost and lead time, limiting them to
only a few specialized operators.
To
enable more customers to realize their
services and missions in space, we have
packaged our microsatellite development
knowledge and achievements into a
comprehensive solution. Through this service,
customers can expand their business operations
in space and conduct technological
demonstrations in the space environment.
Step - 01
Business Design
With AxelLiner Terminal, software provided by Axelspace, customers can easily and independently conduct business design from both a business and technical standpoint, including understanding estimated costs, schedules, and more.
Confirmation of Technical Feasibility
Once customers implement their business designs into AxelLiner Terminal, we will check technical feasibility of the project.
Step - 02
Development and Testing of Mission Equipment
An emulator that simulates a versatile satellite bus system enables customers to develop and test mission equipment on their own in an agile manner.
Step - 03
Satellite Assembly/Integration and System Testing
After assembling and integrating our versatile satellite bus system with the customer’s mission equipment, we will conduct coupling and comprehensive testing of the satellite system.
Step - 04
Procurement and Licensing
All necessary permissions and
approvals as well as procurement
for the satellite project are
provided as a part of AxelLiner’s
one-stop service.
Some
of the necessary procurement and
licensing includes, but not
limited to, government permits and
approvals, export control
management, insurance procurement,
arrangement of ground stations,
and radio station license
applications.
Step - 05
Launch Arrangement
By determining how to appropriately put the satellite into orbit and fit into the schedule, the launch arrangement for the satellite will be performed as a part of AxelLiner service.
Step - 06
Mission Execution
Customers can focus on their mission operation by utilizing the simple automatic satellite operation system provided by AxelLiner.
Operation of Satellite Bus System
The automatic satellite operation system monitors the satellite conditions at all times, and the system performs collision avoidance operations when needed.
Step - 07
Mission Completion (De-orbit Operation)
Deorbit the satellite and prevent it from turning into space debris.
Step - 01
Business Design
With AxelLiner Terminal, software provided by Axelspace, customers can easily and independently conduct business design from both a business and technical standpoint, including understanding estimated costs, schedules, and more.
Confirmation of Technical Feasibility
Once customers implement their business designs into AxelLiner Terminal, we will check technical feasibility of the project.
Step - 02
Development and Testing of Mission Equipment
An emulator that simulates a versatile satellite bus system enables customers to develop and test mission equipment on their own in an agile manner.
Step - 03
Satellite Assembly/Integration and System Testing
After assembling and integrating our versatile satellite bus system with the customer’s mission equipment, we will conduct coupling and comprehensive testing of the satellite system.
Step - 04
Procurement and Licensing
All necessary permissions and
approvals as well as
procurement for the satellite
project are provided as a part
of AxelLiner’s one-stop
service.
Some of
the necessary procurement and
licensing includes, but not
limited to, government permits
and approvals, export control
management, insurance
procurement, arrangement of
ground stations, and radio
station license applications.
Step - 05
Launch Arrangement
By determining how to appropriately put the satellite into orbit and fit into the schedule, the launch arrangement for the satellite will be performed as a part of AxelLiner service.
Step - 06
Mission Execution
Customers can focus on their mission operation by utilizing the simple automatic satellite operation system provided by AxelLiner.
Operation of Satellite Bus System
The automatic satellite operation system monitors the satellite conditions at all times, and the system performs collision avoidance operations when needed.
Step - 07
Mission Completion (De-orbit Operation)
Deorbit the satellite and prevent it from turning into space debris.