JP

EN

A map that can centrally manage
space around the world with a common ID
This is 'Cube Earth'.

By dividing the earth into free size grids (square and cubes) and attaching a unique ID to it, you can identify locations around the world.

latitude / longitude / altitude - One 24-character unique ID
ex)1234567890ABCDEFGHIJKLMN

latitude / longitude / altitude - One 24-character unique ID
ex)1234567890ABCDEFGHIJKLMN

From 16,000m above ground to 16,000m below ground, it is possible to identify any location.

Original technology

The era of viewing and analyzing data is over,
we are shifting to an era where data is processed, analyzed, and used by programs.

Feature

1

Application to tourism

latitude / longitude / altitude - One 24-character unique ID
ex)1234567890ABCDEFGHIJKLMN

Application example
1 Drone image/link with maps

Sightseeing
  • Display the location where the video was shot in sync with the video.
  • You can select the shooting location from the map and view the video of the desired location.
  • When linked with the previously mentioned geo-fencing.
  • Application to tourism support such as a drone observation deck is also possible.
  • The drone video can be linked with a map for easy-to-understand PR.
  • When you go to the location, you can see the video from the sky, this enables you to view ancient tombs that would have been difficult to spot if viewed from the ground.

Sample: http://its-mmc-com/videoGeoEx/

Original technology

The era of viewing and analyzing data is over,
we are shifting to an era where data is processed, analyzed, and used by programs.

Feature

2

Application to disaster prevention

Application example
2 Search support in case of disaster

Disaster prevention
  • The location of dangerous places, disaster victims and survivors can be confirmed. It is possible to instantly grasp the status of the dangerous areas in terms of rescue activity and those have areas that have been acted on.

Original technology

The era of viewing and analyzing data is over,
we are shifting to an era where data is processed, analyzed, and used by programs.

Feature

3

Application to education

Application example
3 Data analysis for education and regional economy

Education and economy
  • Expansion from 2D to 3D
    Enables air data management, intrusion and exit rights.
  • Set intrusion availability information, etc, in 3DGrid
    Basic rules can be set for drone control.
  • You can combine it with AR.
    You can place 3D objects in the air
  • Accurate location information in 3D, history, local store information, etc, can be displayed in space with AR.

Approximately 16km above the ground.
Scheduled support up to about 16km underground.

Original technology

The era of viewing and analyzing data is over,
we are shifting to an era where data is processed, analyzed, and used by programs.

Feature

4

Application to entertainment

Application example
4 Utilization in sports and events

Entertainment
  • More efficient event management is possible by using it in conjunction with drones during sports and events.
    Control of human flow and provision of live broadcasts from a 3D perspective, etc.
  • Layer map
    Analysis by switching map data Analysis by switching map data
  • Grid layer map
    It becomes possible to analyze and parse the data by marking each grid. It becomes possible to analyze and parse the data by marking each grid.

Our achievements

Social experiments for smart parks utilizing new technologies

Sightseeing

NTT DOCOMO

Use at the Heijo Palace Ruins Historical Park Smart Challenge

The Heijogu Ruins Historic Park is a national park that uses AI and IoT and other new technologies to drastically solve the issues facing the park and to further enhance its appeal by creating park user services through the "Park Smart Challenge".

In March 2019, the “Heijo Palace Ruins Historical Park Smart Challenge” was started, and the special heritage and world heritage “Heijo,” which was the capital city of Japan 1300 years ago and was the most advanced place at the time. In order to dramatically improve the attractiveness of the Heijo-Miyaru Historic Park while preserving the properness as a cultural property / historical asset at the `` Miya Ruins, '' a private company under a consortium of industry, academia and government. We will conduct social experiments using new technologies (AI, IoT, ICT, etc.) based on the proposal, aiming to commercialize as a park service, and conduct social experiments in this park to build a smart city for Nara's town development. Through the results, we aim to promote deployment of new technologies.

About selection company choice result

Kobe City

Be Smart Kobe Project Selection

For "Be Smart KOBE", from September 20 to October 18, the recruitment of companies seeking to create "HumanxSmart" cities with Kobe.

After a written review of the proposal information, a proposal review meeting was held from November 8 to November 12, 1980, and the following 13 companies (groups) were selected as project candidates as a result of the selection based on the presentation by the proposer. Decided. About 14 business that there was suggestion, we discuss for conduct in future and will announce business that conduct was decided at any time.