Smart Buildings for Smart Cities Introduction - Revision history

Pinfold: /* Defining the Smart Building */

2021-11-16T21:07:31Z

Defining the Smart Building

← Older revision		Revision as of 21:07, November 16, 2021
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	In addition, digitized data brings to life building information models (BIM) used in construction and “digital twins” (digitized reflections of real-world objects). Digital twins can now be applied to buildings. These high-fidelity building digital twin models present data collected from complex disparate systems which support a building. Two and three-dimensional interfaces and dashboards present the data to show system activity, enabling in-depth review of current status and predictive analysis. Digital twins allow for simulations and “what if” analyses to see optimal approaches for future operations and/or upgrades and augmentations. They are also increasingly being used during architectural design and development, construction, day-to-day operations and maintenance both for individual buildings and across property portfolios. Digital twins are also being used to design, develop and operationalize new city developments for buildings, parks and transportation and related infrastructure (E.g., India, Singapore).		In addition, digitized data brings to life building information models (BIM) used in construction and “digital twins” (digitized reflections of real-world objects). Digital twins can now be applied to buildings. These high-fidelity building digital twin models present data collected from complex disparate systems which support a building. Two and three-dimensional interfaces and dashboards present the data to show system activity, enabling in-depth review of current status and predictive analysis. Digital twins allow for simulations and “what if” analyses to see optimal approaches for future operations and/or upgrades and augmentations. They are also increasingly being used during architectural design and development, construction, day-to-day operations and maintenance both for individual buildings and across property portfolios. Digital twins are also being used to design, develop and operationalize new city developments for buildings, parks and transportation and related infrastructure (E.g., India, Singapore).
	<span align="center" id="Figure: Building as a Service/Space as a Service"></span>		<span align="center" id="Figure: Building as a Service/Space as a Service"></span>
	[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<div>'''Building as a Service/Space as a Service (Source TIA)'''</div>]]		[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<div style='text-align: center;'>'''Building as a Service/Space as a Service (Source TIA)'''</div>]]

	To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service]].		To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service]].

Pinfold: /* Defining the Smart Building */

2021-11-16T21:07:03Z

Defining the Smart Building

← Older revision		Revision as of 21:07, November 16, 2021
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	In addition, digitized data brings to life building information models (BIM) used in construction and “digital twins” (digitized reflections of real-world objects). Digital twins can now be applied to buildings. These high-fidelity building digital twin models present data collected from complex disparate systems which support a building. Two and three-dimensional interfaces and dashboards present the data to show system activity, enabling in-depth review of current status and predictive analysis. Digital twins allow for simulations and “what if” analyses to see optimal approaches for future operations and/or upgrades and augmentations. They are also increasingly being used during architectural design and development, construction, day-to-day operations and maintenance both for individual buildings and across property portfolios. Digital twins are also being used to design, develop and operationalize new city developments for buildings, parks and transportation and related infrastructure (E.g., India, Singapore).		In addition, digitized data brings to life building information models (BIM) used in construction and “digital twins” (digitized reflections of real-world objects). Digital twins can now be applied to buildings. These high-fidelity building digital twin models present data collected from complex disparate systems which support a building. Two and three-dimensional interfaces and dashboards present the data to show system activity, enabling in-depth review of current status and predictive analysis. Digital twins allow for simulations and “what if” analyses to see optimal approaches for future operations and/or upgrades and augmentations. They are also increasingly being used during architectural design and development, construction, day-to-day operations and maintenance both for individual buildings and across property portfolios. Digital twins are also being used to design, develop and operationalize new city developments for buildings, parks and transportation and related infrastructure (E.g., India, Singapore).
	<span align="center" id="Figure: Building as a Service/Space as a Service"></span>		<span align="center" id="Figure: Building as a Service/Space as a Service"></span>
	[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<~~caption~~>Building as a Service/Space as a Service (Source TIA)</~~caption~~>]]		[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<div>'''Building as a Service/Space as a Service (Source TIA)'''</div>]]

	To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service]].		To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service]].

Pinfold: /* The Smart City as a Mesh Network */

2021-11-16T21:06:22Z

The Smart City as a Mesh Network

← Older revision		Revision as of 21:06, November 16, 2021
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	<span align="center" id="Figure: Biomimicry and Combined Underlying Infrastructure"></span>		<span align="center" id="Figure: Biomimicry and Combined Underlying Infrastructure"></span>
	[[Image:SmartBuildingsInfrastructureIntegration.png\|thumb\|600px\|center\|<~~caption~~>Biomimicry and Combined Underlying Infrastructure</~~caption~~>]]		[[Image:SmartBuildingsInfrastructureIntegration.png\|thumb\|600px\|center\|<div style='text-align: center;'>'''Biomimicry and Combined Underlying Infrastructure'''</div>]]

	These new capabilities enable synergistic efficiencies and enhanced resiliency of the city. Some of these capabilities include, but are not limited to:		These new capabilities enable synergistic efficiencies and enhanced resiliency of the city. Some of these capabilities include, but are not limited to:

Pinfold: /* The Smart City as a Mesh Network */

2021-11-16T21:05:36Z

The Smart City as a Mesh Network

← Older revision		Revision as of 21:05, November 16, 2021
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	<span align="center" id="Figure: Mycorrhizal Network"></span>		<span align="center" id="Figure: Mycorrhizal Network"></span>
	[[File:MycorrhizalNetworks.png\|thumb\|600px\|center\|Mycorrhizal Network]]		[[File:MycorrhizalNetworks.png\|thumb\|600px\|center\|<div style='text-align: center;'>'''Mycorrhizal Network'''</div>]]

	Similarly, applying biomimicry and leveraging nature’s millions of years of design evolution, an integrated mesh network across buildings allows them individually and, on the city/community level, to generate and take advantage of combined infrastructure and meta behaviors [[#Figure: Mycorrhizal Network]].		Similarly, applying biomimicry and leveraging nature’s millions of years of design evolution, an integrated mesh network across buildings allows them individually and, on the city/community level, to generate and take advantage of combined infrastructure and meta behaviors [[#Figure: Mycorrhizal Network]].

Pinfold: /* The Smart City as a Mesh Network */

2021-11-16T21:04:31Z

The Smart City as a Mesh Network

← Older revision		Revision as of 21:04, November 16, 2021
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	<span align="center" id="Figure: Mycorrhizal Network"></span>		<span align="center" id="Figure: Mycorrhizal Network"></span>
	[[File:MycorrhizalNetworks.png\|thumb\|600px\|center\|~~<caption>~~Mycorrhizal Network~~</caption>~~]]		[[File:MycorrhizalNetworks.png\|thumb\|600px\|center\|Mycorrhizal Network]]

	Similarly, applying biomimicry and leveraging nature’s millions of years of design evolution, an integrated mesh network across buildings allows them individually and, on the city/community level, to generate and take advantage of combined infrastructure and meta behaviors [[#Figure: Mycorrhizal Network]].		Similarly, applying biomimicry and leveraging nature’s millions of years of design evolution, an integrated mesh network across buildings allows them individually and, on the city/community level, to generate and take advantage of combined infrastructure and meta behaviors [[#Figure: Mycorrhizal Network]].

Pinfold at 20:58, November 16, 2021

2021-11-16T20:58:58Z

← Older revision		Revision as of 20:58, November 16, 2021
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	<~~figure~~ id="~~fig~~:~~MycorrhizalNetworks~~">		<span align="center" id="Figure: Mycorrhizal Network"></span>
	[[File:MycorrhizalNetworks.png\|thumb\|600px\|center\|<caption>Mycorrhizal Network</caption>]]		[[File:MycorrhizalNetworks.png\|thumb\|600px\|center\|<caption>Mycorrhizal Network</caption>]]
	~~</figure>~~

			Similarly, applying biomimicry and leveraging nature’s millions of years of design evolution, an integrated mesh network across buildings allows them individually and, on the city/community level, to generate and take advantage of combined infrastructure and meta behaviors [[#Figure: Mycorrhizal Network]].

	Similarly, applying biomimicry and leveraging nature’s millions of years of design evolution, an integrated mesh network across buildings allows them individually and, on the city/community level, to generate and take advantage of combined infrastructure and meta behaviors (<~~xr id~~="~~fig:InfrastructureIntegration~~"~~/>).~~		<span align="center" id="Figure: Biomimicry and Combined Underlying Infrastructure"></span>

	~~<figure~~ id="~~fig~~:~~InfrastructureIntegration~~">
	[[Image:SmartBuildingsInfrastructureIntegration.png\|thumb\|600px\|center\|<caption>Biomimicry and Combined Underlying Infrastructure</caption>]]		[[Image:SmartBuildingsInfrastructureIntegration.png\|thumb\|600px\|center\|<caption>Biomimicry and Combined Underlying Infrastructure</caption>]]
	~~</figure>~~

	These new capabilities enable synergistic efficiencies and enhanced resiliency of the city. Some of these capabilities include, but are not limited to:		These new capabilities enable synergistic efficiencies and enhanced resiliency of the city. Some of these capabilities include, but are not limited to:

Pinfold: /* Defining the Smart Building */

2021-11-16T20:55:16Z

Defining the Smart Building

← Older revision		Revision as of 20:55, November 16, 2021
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	[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<caption>Building as a Service/Space as a Service (Source TIA)</caption>]]		[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<caption>Building as a Service/Space as a Service (Source TIA)</caption>]]

	To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service)]].		To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service]].

	=Smart Buildings Integrating into a Smart City=		=Smart Buildings Integrating into a Smart City=

Pinfold: /* Defining the Smart Building */

2021-11-16T20:54:56Z

Defining the Smart Building

← Older revision		Revision as of 20:54, November 16, 2021
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	In addition, digitized data brings to life building information models (BIM) used in construction and “digital twins” (digitized reflections of real-world objects). Digital twins can now be applied to buildings. These high-fidelity building digital twin models present data collected from complex disparate systems which support a building. Two and three-dimensional interfaces and dashboards present the data to show system activity, enabling in-depth review of current status and predictive analysis. Digital twins allow for simulations and “what if” analyses to see optimal approaches for future operations and/or upgrades and augmentations. They are also increasingly being used during architectural design and development, construction, day-to-day operations and maintenance both for individual buildings and across property portfolios. Digital twins are also being used to design, develop and operationalize new city developments for buildings, parks and transportation and related infrastructure (E.g., India, Singapore).		In addition, digitized data brings to life building information models (BIM) used in construction and “digital twins” (digitized reflections of real-world objects). Digital twins can now be applied to buildings. These high-fidelity building digital twin models present data collected from complex disparate systems which support a building. Two and three-dimensional interfaces and dashboards present the data to show system activity, enabling in-depth review of current status and predictive analysis. Digital twins allow for simulations and “what if” analyses to see optimal approaches for future operations and/or upgrades and augmentations. They are also increasingly being used during architectural design and development, construction, day-to-day operations and maintenance both for individual buildings and across property portfolios. Digital twins are also being used to design, develop and operationalize new city developments for buildings, parks and transportation and related infrastructure (E.g., India, Singapore).
	<span align="center" id="Figure: Building as a Service/Space as a Service ~~(developed by TIA)~~"></span>		<span align="center" id="Figure: Building as a Service/Space as a Service"></span>
	[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<caption>Building as a Service/Space as a Service (~~developed by~~ TIA)</caption>]]		[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<caption>Building as a Service/Space as a Service (Source TIA)</caption>]]

	To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service ~~(developed by TIA~~)]].		To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service)]].

	=Smart Buildings Integrating into a Smart City=		=Smart Buildings Integrating into a Smart City=

Pinfold: /* Defining the Smart Building */

2021-11-16T20:52:34Z

Defining the Smart Building

← Older revision		Revision as of 20:52, November 16, 2021
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	In addition, digitized data brings to life building information models (BIM) used in construction and “digital twins” (digitized reflections of real-world objects). Digital twins can now be applied to buildings. These high-fidelity building digital twin models present data collected from complex disparate systems which support a building. Two and three-dimensional interfaces and dashboards present the data to show system activity, enabling in-depth review of current status and predictive analysis. Digital twins allow for simulations and “what if” analyses to see optimal approaches for future operations and/or upgrades and augmentations. They are also increasingly being used during architectural design and development, construction, day-to-day operations and maintenance both for individual buildings and across property portfolios. Digital twins are also being used to design, develop and operationalize new city developments for buildings, parks and transportation and related infrastructure (E.g., India, Singapore).		In addition, digitized data brings to life building information models (BIM) used in construction and “digital twins” (digitized reflections of real-world objects). Digital twins can now be applied to buildings. These high-fidelity building digital twin models present data collected from complex disparate systems which support a building. Two and three-dimensional interfaces and dashboards present the data to show system activity, enabling in-depth review of current status and predictive analysis. Digital twins allow for simulations and “what if” analyses to see optimal approaches for future operations and/or upgrades and augmentations. They are also increasingly being used during architectural design and development, construction, day-to-day operations and maintenance both for individual buildings and across property portfolios. Digital twins are also being used to design, develop and operationalize new city developments for buildings, parks and transportation and related infrastructure (E.g., India, Singapore).
			<span align="center" id="Figure: Building as a Service/Space as a Service (developed by TIA)"></span>
	~~[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<caption>~~<span align="center" id="Figure: Building as a Service/Space as a Service (developed by TIA)">Building as a Service/Space as a Service (developed by TIA)~~</span>~~</caption>]]		[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<caption>Building as a Service/Space as a Service (developed by TIA)</caption>]]

	To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service (developed by TIA)]].		To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service (developed by TIA)]].

Pinfold at 20:50, November 16, 2021

2021-11-16T20:50:55Z

← Older revision		Revision as of 20:50, November 16, 2021
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	<div style="text-align:center;"><span style="font-size:300%;color:#d05f12;">Acknowledgements</span></div>		<div style="text-align:center;"><span style="font-size:300%;color:#d05f12;">Acknowledgements</span></div>
	<div style="text-align:center;">''We thank the U.S. Department of Commerce, National Institute of Standards and Technology and the Global City Teams Challenge for its foresight and proactive focus on supporting the development of smart cities across the United States and around the Globe. Thank you to Sokwoo Rhee for your indefatigable leadership of this department. Thank you to Jean Rice of the National Telecommunications Industry Administration for co-founding and co-leading this cluster through its formative time. ''</div> ~~[[#Test]]~~		<div style="text-align:center;">''We thank the U.S. Department of Commerce, National Institute of Standards and Technology and the Global City Teams Challenge for its foresight and proactive focus on supporting the development of smart cities across the United States and around the Globe. Thank you to Sokwoo Rhee for your indefatigable leadership of this department. Thank you to Jean Rice of the National Telecommunications Industry Administration for co-founding and co-leading this cluster through its formative time. ''</div>

	<div style="text-align:center;">''The Smart Buildings Super Cluster Blueprint was produced by numerous industry specialist volunteers who contributed their expertise and time to share with readers thought leadership and best practices in this developing ecosystem to this point in time.''</div>		<div style="text-align:center;">''The Smart Buildings Super Cluster Blueprint was produced by numerous industry specialist volunteers who contributed their expertise and time to share with readers thought leadership and best practices in this developing ecosystem to this point in time.''</div>
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	[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<caption><span align="center" id="Figure: Building as a Service/Space as a Service (developed by TIA)">Building as a Service/Space as a Service (developed by TIA)</span></caption>]]		[[File:SmartBuildingIntegrationEcosystem.jpg\|thumb\|600px\|center\|<caption><span align="center" id="Figure: Building as a Service/Space as a Service (developed by TIA)">Building as a Service/Space as a Service (developed by TIA)</span></caption>]]

	To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#~~See~~ Figure: Building as a Service/Space as a Service (developed by TIA)]].		To maximize the opportunity smart building’s offer, it is important to set a foundation of understanding by defining what is a smart building. To that end, the smart building definition and model adopted by the SBSC as a guideline was developed by the [https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Telecommunications Industry Associations (TIA’s) Smart ][https://tiaonline.org/what-we-do/technology/programs/smart-buildings/ Buildings Program]. It defines a smart building as one which “interoperates and integrates systems, technologies and infrastructure to optimize building performance and occupant experience.” This creates the building which integrates and interoperates across fundamental building systems, communications infrastructure, power and energy infrastructure, through the use of data and autonomous, intelligent processing to provide any number of valued services to building owners, operators, occupants and visitors. Further, this smart, integrated system-of-systems built environment serves the needs of these stakeholders in real-time, providing the experience (contextualized data) when, where and how they want it. Now occupants and property owners can make informed decisions of what they want to do in and with that property. Through smart buildings systems and technologies, the property asset now becomes a platform that offers services – it enters the domain of ''Building as a Service'', and ''Space as a Service'' [[#Figure: Building as a Service/Space as a Service (developed by TIA)]].

	=Smart Buildings Integrating into a Smart City=		=Smart Buildings Integrating into a Smart City=