Aviation Network Twin
Case study / 01
A spatial environment for understanding future urban flight activity in relation to airspace, infrastructure and risk on the ground.
A spatial environment for understanding future urban flight activity in relation to airspace, infrastructure and risk on the ground.
Spatial Twin Development · Twin Applications · Systems & Data Integration
AIR + GROUND
Network Context
01 / Context
Advanced Air Mobility introduces multiple operators, routes and aircraft into increasingly complex urban airspace. Planning these networks requires an understanding not only of flight corridors and infrastructure, but also of the city below — including population, buildings, development, sensitive areas and the consequences of changing routes.
02 / System
The network twin brings flight corridors, infrastructure and ground context into one shared spatial environment. Routes and scenarios can be explored against the city below, allowing teams to understand relationships, test changes and assess ground risk if an aircraft leaves its planned corridor or a network requirement changes.
S
Aviation Planning Application
3D
Spatial Assessment
A shared spatial view of protected airspace, making safeguarding requirements easier to understand, assess and communicate.
Spatial Twin Development · Twin Applications
D
Airport Spatial Twin
DXB
Airport Spatial Twin
A governed airport-wide spatial environment supporting design, stakeholder engagement and the progressive development of operational applications.
Spatial Twin Development · Twin Applications · Systems & Data Integration · Twin Custodianship
P
Operational Twin Application
2D + 3D
Permit Coordination
A spatial view of permits, works and affected assets, connecting operational activity to the physical environment around it.
Twin Applications · Systems & Data Integration
Aviation Network Twin
Case study / 01
A spatial environment for understanding future urban flight activity in relation to airspace, infrastructure and risk on the ground.
A spatial environment for understanding future urban flight activity in relation to airspace, infrastructure and risk on the ground.
Spatial Twin Development · Twin Applications · Systems & Data Integration
AIR + GROUND
Network Context
01 / Context
Advanced Air Mobility introduces multiple operators, routes and aircraft into increasingly complex urban airspace. Planning these networks requires an understanding not only of flight corridors and infrastructure, but also of the city below — including population, buildings, development, sensitive areas and the consequences of changing routes.
02 / System
The network twin brings flight corridors, infrastructure and ground context into one shared spatial environment. Routes and scenarios can be explored against the city below, allowing teams to understand relationships, test changes and assess ground risk if an aircraft leaves its planned corridor or a network requirement changes.
S
Aviation Planning Application
3D
Spatial Assessment
A shared spatial view of protected airspace, making safeguarding requirements easier to understand, assess and communicate.
Spatial Twin Development · Twin Applications
D
Airport Spatial Twin
DXB
Airport Spatial Twin
A governed airport-wide spatial environment supporting design, stakeholder engagement and the progressive development of operational applications.
Spatial Twin Development · Twin Applications · Systems & Data Integration · Twin Custodianship
P
Operational Twin Application
2D + 3D
Permit Coordination
A spatial view of permits, works and affected assets, connecting operational activity to the physical environment around it.
Twin Applications · Systems & Data Integration
Aviation Network Twin
Case study / 01
A spatial environment for understanding future urban flight activity in relation to airspace, infrastructure and risk on the ground.
A spatial environment for understanding future urban flight activity in relation to airspace, infrastructure and risk on the ground.
Spatial Twin Development · Twin Applications · Systems & Data Integration
AIR + GROUND
Network Context
01 / Context
Advanced Air Mobility introduces multiple operators, routes and aircraft into increasingly complex urban airspace. Planning these networks requires an understanding not only of flight corridors and infrastructure, but also of the city below — including population, buildings, development, sensitive areas and the consequences of changing routes.
02 / System
The network twin brings flight corridors, infrastructure and ground context into one shared spatial environment. Routes and scenarios can be explored against the city below, allowing teams to understand relationships, test changes and assess ground risk if an aircraft leaves its planned corridor or a network requirement changes.
S
Aviation Planning Application
3D
Spatial Assessment
A shared spatial view of protected airspace, making safeguarding requirements easier to understand, assess and communicate.
Spatial Twin Development · Twin Applications
D
Airport Spatial Twin
DXB
Airport Spatial Twin
A governed airport-wide spatial environment supporting design, stakeholder engagement and the progressive development of operational applications.
Spatial Twin Development · Twin Applications · Systems & Data Integration · Twin Custodianship
P
Operational Twin Application
2D + 3D
Permit Coordination
A spatial view of permits, works and affected assets, connecting operational activity to the physical environment around it.
Twin Applications · Systems & Data Integration