01
Spatial Foundation
A trusted spatial reference for the asset, project or network. Bringing models and spatial information together within one governed environment that can be maintained throughout its lifecycle.
Agile Digital Twins for Airports, Aviation and Transport Infrastructure.
ABOUT
Tomorrowspace designs, builds and maintains Digital Twins that help teams understand complexity, communicate change and make informed decisions.
THE PROBLEM
Complex environments generate huge amounts of information, but much of it remains split across different systems without a shared spatial context.
Tomorrowspace provides that context — showing what’s happening, where it’s happening and what it impacts.
02
Applications
Understand what’s happening, where it’s happening and what it impacts. Purpose-built tools that turn spatial information into practical understanding across design, delivery and operations.
03
Integration + Intelligence
Connected systems and data understood in their real-world context. Creating the relationships between information, assets and activity needed for better analysis, simulation and decision-making.
PROJECTS + APPLICATIONS
From requirement to application.
From airport-wide spatial environments to focused applications for permits, possessions and operational coordination, each deployment responds to a defined project or operational need.
A
Airfield Works Twin
4D
Works Coordination
A shared spatial view of planned airfield works, making location, timing, operational impact and incident testing easier to understand.
Twin Applications · Systems & Data Integration
S
Aerodrome Safeguarding Twin
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
Dubai Airports (DXB)
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
PTW (Permit to Work) & Spatial Asset Twins
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
AAM 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
C
Church street
DESIGN
Project Development
An interactive spatial environment supporting design development, option testing and stakeholder communication throughout the planning process.
Spatial Twin Development · Twin Applications
E
Etihad Rail (POC)
NETWORK
Spatial Coordination
A spatial environment for understanding rail infrastructure, assets and planned activity across a complex operational network.
Spatial Twin Development · Twin Applications · Systems & Data Integration
A
Airfield Works Twin
4D
Works Coordination
A shared spatial view of planned airfield works, making location, timing, operational impact and incident testing easier to understand.
Twin Applications · Systems & Data Integration
S
Aerodrome Safeguarding Twin
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
Dubai Airports (DXB)
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
PTW (Permit to Work) & Spatial Asset Twins
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
AAM 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
C
Church street
DESIGN
Project Development
An interactive spatial environment supporting design development, option testing and stakeholder communication throughout the planning process.
Spatial Twin Development · Twin Applications
E
Etihad Rail (POC)
NETWORK
Spatial Coordination
A spatial environment for understanding rail infrastructure, assets and planned activity across a complex operational network.
Spatial Twin Development · Twin Applications · Systems & Data Integration
How we work
Useful from day one. Structured for what follows.
We establish the spatial foundation around the long-term requirements of the asset, then deploy applications and integrations as they are needed.
01
Define
Understand the requirement.
We work with project and operational teams to define the problem, available information, users, systems and the outcomes the twin needs to support.
REQUIREMENTS · USE CASES · DATA · ROADMAP
02
Build the Foundation
Establish the spatial environment.
We bring together the relevant BIM, GIS, 3D and survey information into a governed spatial foundation, structured around the requirements of the project or asset.
MODELS · STANDARDS · METADATA · GOVERNANCE
03
Develop & Connect
Turn the foundation into a working twin.
We develop the required applications and connect relevant project, asset and operational information — from design tools through to live systems and data.
APPLICATIONS · INTEGRATIONS · DATA · TESTING
04
Maintain & Evolve
Keep building on what already exists.
We maintain the twin as the physical environment changes, adding new information, applications and integrations as requirements develop.
CUSTODIANSHIP · UPDATES · NEW MODULES · INTEGRATION
What we do
One spatial foundation. Built to evolve.
From the first model to live operational systems, we create, connect and maintain digital twins across the lifecycle of complex transport environments.
01
Spatial Twin Development
Create the governed spatial foundation.
We bring together BIM, GIS, 3D, survey and other spatial information to create a shared, real-time environment for the asset or network — establishing the structure, standards and governance needed for it to evolve over time.
One trusted spatial environment for the asset, project or network.
01
Spatial Twin Development
Create the governed spatial foundation.
We bring together BIM, GIS, 3D, survey and other spatial information to create a shared, real-time environment for the asset or network — establishing the structure, standards and governance needed for it to evolve over time.
One trusted spatial environment for the asset, project or network.
02
Twin Applications
Build tools around real requirements.
We design and develop purpose-built applications for design, delivery and operations — from design review and stakeholder engagement to permits, works, possessions, passenger flow, safeguarding and operational visibility.
Practical tools that make complex spatial decisions easier and faster.
02
Twin Applications
Build tools around real requirements.
We design and develop purpose-built applications for design, delivery and operations — from design review and stakeholder engagement to permits, works, possessions, passenger flow, safeguarding and operational visibility.
Practical tools that make complex spatial decisions easier and faster.
03
Systems & Data Integration
Connect existing information to place.
We connect project, asset and operational systems and data to the twin, giving information a spatial context and creating a shared view across otherwise disconnected systems.
Disconnected information brought together in its real-world context.
03
Systems & Data Integration
Connect existing information to place.
We connect project, asset and operational systems and data to the twin, giving information a spatial context and creating a shared view across otherwise disconnected systems.
Disconnected information brought together in its real-world context.
04
Twin Custodianship
Maintain and evolve the environment.
We maintain the spatial environment, models, metadata, standards and integrations as the asset changes — while supporting new applications, systems, vendors and requirements over time.
A digital twin that stays current, governed and useful as the asset evolves.
04
Twin Custodianship
Maintain and evolve the environment.
We maintain the spatial environment, models, metadata, standards and integrations as the asset changes — while supporting new applications, systems, vendors and requirements over time.
A digital twin that stays current, governed and useful as the asset evolves.
OUR APPROACH
Designed for continuity, not another standalone system.
Our twins are designed to remain useful as projects, assets and requirements change — connecting what already exists and providing a foundation for what comes next.
ONE FOUNDATION
One foundation. Continuously evolving.
The same governed spatial foundation can support design, delivery and operations, without recreating the environment as requirements change.
Continuity across the lifecycle
OPEN & CONNECTED
Work with what already exists.
Tomorrowspace connects to your existing systems, data and processes rather than trying to replace them — adding a shared spatial layer through which information can be understood together.
Integration without replacement
CUSTODIANSHIP
A living spatial asset
We can remain responsible for the twin's spatial integrity, governance and development, keeping it current as the physical environment changes.
What we leave behind
Questions, answered
Before we begin.
Digital twins don't need to start as large transformation programmes. Here are some of the questions we are most often asked about how they can be established, integrated and maintained.
07
TALK TO TOMORROWSPACE
What are you looking to solve?
Whether you're exploring a digital twin, developing a specific use case or looking to build on an existing environment, tell us a little about what you're trying to achieve.
Agile Digital Twins for Airports, Aviation and Transport Infrastructure.
ABOUT
Tomorrowspace designs, builds and maintains Digital Twins that help teams understand complexity, communicate change and make informed decisions.
THE PROBLEM
Complex environments generate huge amounts of information, but much of it remains split across different systems without a shared spatial context.
Tomorrowspace provides that context — showing what’s happening, where it’s happening and what it impacts.
01
Spatial Foundation
A trusted spatial reference for the asset, project or network. Bringing models and spatial information together within one governed environment that can be maintained throughout its lifecycle.
02
Applications
Understand what’s happening, where it’s happening and what it impacts. Purpose-built tools that turn spatial information into practical understanding across design, delivery and operations.
03
Integration + Intelligence
Connected systems and data understood in their real-world context. Creating the relationships between information, assets and activity needed for better analysis, simulation and decision-making.
PROJECTS + APPLICATIONS
From requirement to application.
From airport-wide spatial environments to focused applications for permits, possessions and operational coordination, each deployment responds to a defined project or operational need.
A
Airfield Works Twin
4D
Works Coordination
A shared spatial view of planned airfield works, making location, timing, operational impact and incident testing easier to understand.
Twin Applications · Systems & Data Integration
S
Aerodrome Safeguarding Twin
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
Dubai Airports (DXB)
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
PTW (Permit to Work) & Spatial Asset Twins
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
AAM 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
C
Church street
DESIGN
Project Development
An interactive spatial environment supporting design development, option testing and stakeholder communication throughout the planning process.
Spatial Twin Development · Twin Applications
E
Etihad Rail (POC)
NETWORK
Spatial Coordination
A spatial environment for understanding rail infrastructure, assets and planned activity across a complex operational network.
Spatial Twin Development · Twin Applications · Systems & Data Integration
A
Airfield Works Twin
4D
Works Coordination
A shared spatial view of planned airfield works, making location, timing, operational impact and incident testing easier to understand.
Twin Applications · Systems & Data Integration
S
Aerodrome Safeguarding Twin
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
Dubai Airports (DXB)
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
PTW (Permit to Work) & Spatial Asset Twins
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
AAM 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
C
Church street
DESIGN
Project Development
An interactive spatial environment supporting design development, option testing and stakeholder communication throughout the planning process.
Spatial Twin Development · Twin Applications
E
Etihad Rail (POC)
NETWORK
Spatial Coordination
A spatial environment for understanding rail infrastructure, assets and planned activity across a complex operational network.
Spatial Twin Development · Twin Applications · Systems & Data Integration
How we work
Useful from day one. Structured for what follows.
We establish the spatial foundation around the long-term requirements of the asset, then deploy applications and integrations as they are needed.
01
Define
Understand the requirement.
We work with project and operational teams to define the problem, available information, users, systems and the outcomes the twin needs to support.
REQUIREMENTS · USE CASES · DATA · ROADMAP
02
Build the Foundation
Establish the spatial environment.
We bring together the relevant BIM, GIS, 3D and survey information into a governed spatial foundation, structured around the requirements of the project or asset.
MODELS · STANDARDS · METADATA · GOVERNANCE
03
Develop & Connect
Turn the foundation into a working twin.
We develop the required applications and connect relevant project, asset and operational information — from design tools through to live systems and data.
APPLICATIONS · INTEGRATIONS · DATA · TESTING
04
Maintain & Evolve
Keep building on what already exists.
We maintain the twin as the physical environment changes, adding new information, applications and integrations as requirements develop.
CUSTODIANSHIP · UPDATES · NEW MODULES · INTEGRATION
What we do
One spatial foundation. Built to evolve.
From the first model to live operational systems, we create, connect and maintain digital twins across the lifecycle of complex transport environments.
01
Spatial Twin Development
Create the governed spatial foundation.
We bring together BIM, GIS, 3D, survey and other spatial information to create a shared, real-time environment for the asset or network — establishing the structure, standards and governance needed for it to evolve over time.
One trusted spatial environment for the asset, project or network.
01
Spatial Twin Development
Create the governed spatial foundation.
We bring together BIM, GIS, 3D, survey and other spatial information to create a shared, real-time environment for the asset or network — establishing the structure, standards and governance needed for it to evolve over time.
One trusted spatial environment for the asset, project or network.
02
Twin Applications
Build tools around real requirements.
We design and develop purpose-built applications for design, delivery and operations — from design review and stakeholder engagement to permits, works, possessions, passenger flow, safeguarding and operational visibility.
Practical tools that make complex spatial decisions easier and faster.
02
Twin Applications
Build tools around real requirements.
We design and develop purpose-built applications for design, delivery and operations — from design review and stakeholder engagement to permits, works, possessions, passenger flow, safeguarding and operational visibility.
Practical tools that make complex spatial decisions easier and faster.
03
Systems & Data Integration
Connect existing information to place.
We connect project, asset and operational systems and data to the twin, giving information a spatial context and creating a shared view across otherwise disconnected systems.
Disconnected information brought together in its real-world context.
03
Systems & Data Integration
Connect existing information to place.
We connect project, asset and operational systems and data to the twin, giving information a spatial context and creating a shared view across otherwise disconnected systems.
Disconnected information brought together in its real-world context.
04
Twin Custodianship
Maintain and evolve the environment.
We maintain the spatial environment, models, metadata, standards and integrations as the asset changes — while supporting new applications, systems, vendors and requirements over time.
A digital twin that stays current, governed and useful as the asset evolves.
04
Twin Custodianship
Maintain and evolve the environment.
We maintain the spatial environment, models, metadata, standards and integrations as the asset changes — while supporting new applications, systems, vendors and requirements over time.
A digital twin that stays current, governed and useful as the asset evolves.
OUR APPROACH
Designed for continuity, not another standalone system.
Our twins are designed to remain useful as projects, assets and requirements change — connecting what already exists and providing a foundation for what comes next.
ONE FOUNDATION
One foundation. Continuously evolving.
The same governed spatial foundation can support design, delivery and operations, without recreating the environment as requirements change.
Continuity across the lifecycle
OPEN & CONNECTED
Work with what already exists.
Tomorrowspace connects to your existing systems, data and processes rather than trying to replace them — adding a shared spatial layer through which information can be understood together.
Integration without replacement
CUSTODIANSHIP
A living spatial asset
We can remain responsible for the twin's spatial integrity, governance and development, keeping it current as the physical environment changes.
What we leave behind
Questions, answered
Before we begin.
Digital twins don't need to start as large transformation programmes. Here are some of the questions we are most often asked about how they can be established, integrated and maintained.
07
TALK TO TOMORROWSPACE
What are you looking to solve?
Whether you're exploring a digital twin, developing a specific use case or looking to build on an existing environment, tell us a little about what you're trying to achieve.
Agile Digital Twins for Airports, Aviation and Transport Infrastructure.
ABOUT
Tomorrowspace designs, builds and maintains Digital Twins that help teams understand complexity, communicate change and make informed decisions.
THE PROBLEM
Complex environments generate huge amounts of information, but much of it remains split across different systems without a shared spatial context.
Tomorrowspace provides that context — showing what’s happening, where it’s happening and what it impacts.
01
Spatial Foundation
A trusted spatial reference for the asset, project or network. Bringing models and spatial information together within one governed environment that can be maintained throughout its lifecycle.
02
Applications
Understand what’s happening, where it’s happening and what it impacts. Purpose-built tools that turn spatial information into practical understanding across design, delivery and operations.
03
Integration + Intelligence
Connected systems and data understood in their real-world context. Creating the relationships between information, assets and activity needed for better analysis, simulation and decision-making.
PROJECTS + APPLICATIONS
From requirement to application.
From airport-wide spatial environments to focused applications for permits, possessions and operational coordination, each deployment responds to a defined project or operational need.
A
Airfield Works Twin
4D
Works Coordination
A shared spatial view of planned airfield works, making location, timing, operational impact and incident testing easier to understand.
Twin Applications · Systems & Data Integration
S
Aerodrome Safeguarding Twin
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
Dubai Airports (DXB)
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
PTW (Permit to Work) & Spatial Asset Twins
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
AAM 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
C
Church street
DESIGN
Project Development
An interactive spatial environment supporting design development, option testing and stakeholder communication throughout the planning process.
Spatial Twin Development · Twin Applications
E
Etihad Rail (POC)
NETWORK
Spatial Coordination
A spatial environment for understanding rail infrastructure, assets and planned activity across a complex operational network.
Spatial Twin Development · Twin Applications · Systems & Data Integration
A
Airfield Works Twin
4D
Works Coordination
A shared spatial view of planned airfield works, making location, timing, operational impact and incident testing easier to understand.
Twin Applications · Systems & Data Integration
S
Aerodrome Safeguarding Twin
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
Dubai Airports (DXB)
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
PTW (Permit to Work) & Spatial Asset Twins
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
AAM 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
C
Church street
DESIGN
Project Development
An interactive spatial environment supporting design development, option testing and stakeholder communication throughout the planning process.
Spatial Twin Development · Twin Applications
E
Etihad Rail (POC)
NETWORK
Spatial Coordination
A spatial environment for understanding rail infrastructure, assets and planned activity across a complex operational network.
Spatial Twin Development · Twin Applications · Systems & Data Integration
How we work
Useful from day one. Structured for what follows.
We establish the spatial foundation around the long-term requirements of the asset, then deploy applications and integrations as they are needed.
01
Define
Understand the requirement.
We work with project and operational teams to define the problem, available information, users, systems and the outcomes the twin needs to support.
REQUIREMENTS · USE CASES · DATA · ROADMAP
02
Build the Foundation
Establish the spatial environment.
We bring together the relevant BIM, GIS, 3D and survey information into a governed spatial foundation, structured around the requirements of the project or asset.
MODELS · STANDARDS · METADATA · GOVERNANCE
03
Develop & Connect
Turn the foundation into a working twin.
We develop the required applications and connect relevant project, asset and operational information — from design tools through to live systems and data.
APPLICATIONS · INTEGRATIONS · DATA · TESTING
04
Maintain & Evolve
Keep building on what already exists.
We maintain the twin as the physical environment changes, adding new information, applications and integrations as requirements develop.
CUSTODIANSHIP · UPDATES · NEW MODULES · INTEGRATION
What we do
One spatial foundation. Built to evolve.
From the first model to live operational systems, we create, connect and maintain digital twins across the lifecycle of complex transport environments.
01
Spatial Twin Development
Create the governed spatial foundation.
We bring together BIM, GIS, 3D, survey and other spatial information to create a shared, real-time environment for the asset or network — establishing the structure, standards and governance needed for it to evolve over time.
One trusted spatial environment for the asset, project or network.
01
Spatial Twin Development
Create the governed spatial foundation.
We bring together BIM, GIS, 3D, survey and other spatial information to create a shared, real-time environment for the asset or network — establishing the structure, standards and governance needed for it to evolve over time.
One trusted spatial environment for the asset, project or network.
02
Twin Applications
Build tools around real requirements.
We design and develop purpose-built applications for design, delivery and operations — from design review and stakeholder engagement to permits, works, possessions, passenger flow, safeguarding and operational visibility.
Practical tools that make complex spatial decisions easier and faster.
02
Twin Applications
Build tools around real requirements.
We design and develop purpose-built applications for design, delivery and operations — from design review and stakeholder engagement to permits, works, possessions, passenger flow, safeguarding and operational visibility.
Practical tools that make complex spatial decisions easier and faster.
03
Systems & Data Integration
Connect existing information to place.
We connect project, asset and operational systems and data to the twin, giving information a spatial context and creating a shared view across otherwise disconnected systems.
Disconnected information brought together in its real-world context.
03
Systems & Data Integration
Connect existing information to place.
We connect project, asset and operational systems and data to the twin, giving information a spatial context and creating a shared view across otherwise disconnected systems.
Disconnected information brought together in its real-world context.
04
Twin Custodianship
Maintain and evolve the environment.
We maintain the spatial environment, models, metadata, standards and integrations as the asset changes — while supporting new applications, systems, vendors and requirements over time.
A digital twin that stays current, governed and useful as the asset evolves.
04
Twin Custodianship
Maintain and evolve the environment.
We maintain the spatial environment, models, metadata, standards and integrations as the asset changes — while supporting new applications, systems, vendors and requirements over time.
A digital twin that stays current, governed and useful as the asset evolves.
OUR APPROACH
Designed for continuity, not another standalone system.
Our twins are designed to remain useful as projects, assets and requirements change — connecting what already exists and providing a foundation for what comes next.
ONE FOUNDATION
One foundation. Continuously evolving.
The same governed spatial foundation can support design, delivery and operations, without recreating the environment as requirements change.
Continuity across the lifecycle
OPEN & CONNECTED
Work with what already exists.
Tomorrowspace connects to your existing systems, data and processes rather than trying to replace them — adding a shared spatial layer through which information can be understood together.
Integration without replacement
CUSTODIANSHIP
A living spatial asset
We can remain responsible for the twin's spatial integrity, governance and development, keeping it current as the physical environment changes.
What we leave behind
Questions, answered
Before we begin.
Digital twins don't need to start as large transformation programmes. Here are some of the questions we are most often asked about how they can be established, integrated and maintained.
07
TALK TO TOMORROWSPACE
What are you looking to solve?
Whether you're exploring a digital twin, developing a specific use case or looking to build on an existing environment, tell us a little about what you're trying to achieve.