Aviation Planning Application
Case study / 01
A shared spatial view of protected airspace, making safeguarding requirements easier to understand, assess and communicate.
A shared spatial view of protected airspace, making safeguarding requirements easier to understand, assess and communicate.
Spatial Twin Development · Twin Applications
3D
Spatial Assessment
01 / Context
Aerodrome safeguarding protects the airspace around airports from development, structures and temporary works that could affect safe aircraft operations. As safeguarding requirements evolve, understanding these constraints across an airport and the surrounding city becomes increasingly complex, particularly when existing and future protection surfaces need to be considered together.
02 / System
The twin places safeguarding surfaces within their real-world spatial context, allowing proposed developments and temporary works to be assessed directly against them. Existing and future surfaces can be viewed together in 3D, making infringements, clearances and changing requirements easier to identify, understand and communicate across technical and non-technical teams.
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
A
Aviation Network Twin
AIR + GROUND
Network Context
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
Aviation Planning Application
Case study / 01
A shared spatial view of protected airspace, making safeguarding requirements easier to understand, assess and communicate.
A shared spatial view of protected airspace, making safeguarding requirements easier to understand, assess and communicate.
Spatial Twin Development · Twin Applications
3D
Spatial Assessment
01 / Context
Aerodrome safeguarding protects the airspace around airports from development, structures and temporary works that could affect safe aircraft operations. As safeguarding requirements evolve, understanding these constraints across an airport and the surrounding city becomes increasingly complex, particularly when existing and future protection surfaces need to be considered together.
02 / System
The twin places safeguarding surfaces within their real-world spatial context, allowing proposed developments and temporary works to be assessed directly against them. Existing and future surfaces can be viewed together in 3D, making infringements, clearances and changing requirements easier to identify, understand and communicate across technical and non-technical teams.
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
A
Aviation Network Twin
AIR + GROUND
Network Context
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
Aviation Planning Application
Case study / 01
A shared spatial view of protected airspace, making safeguarding requirements easier to understand, assess and communicate.
A shared spatial view of protected airspace, making safeguarding requirements easier to understand, assess and communicate.
Spatial Twin Development · Twin Applications
3D
Spatial Assessment
01 / Context
Aerodrome safeguarding protects the airspace around airports from development, structures and temporary works that could affect safe aircraft operations. As safeguarding requirements evolve, understanding these constraints across an airport and the surrounding city becomes increasingly complex, particularly when existing and future protection surfaces need to be considered together.
02 / System
The twin places safeguarding surfaces within their real-world spatial context, allowing proposed developments and temporary works to be assessed directly against them. Existing and future surfaces can be viewed together in 3D, making infringements, clearances and changing requirements easier to identify, understand and communicate across technical and non-technical teams.
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
A
Aviation Network Twin
AIR + GROUND
Network Context
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