SoLiXG:Computational Infrastructure - Revision history

FS: /* Computational Infrastructure */

2024-01-24T22:41:53Z

Computational Infrastructure

← Older revision		Revision as of 22:41, 24 January 2024
Line 2:		Line 2:
	== Computational Infrastructure ==		== Computational Infrastructure ==

	Computational infrastructure brings together processing power, memory, networking, and storage to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#Geopolitics\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data centres. These are connected through public and private networks to deliver [[SoLiXG:Key-concepts#Compute\|compute-as-a-service]]. Smartphones are essential accessories for computational infrastructures because they provide uniquely addressable nodes for delivery on the one hand and demand for continuous streams of data on the other.		<del>Computational infrastructure brings together processing power, memory, networking, and storage to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#Geopolitics\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data centres. These are connected through public and private networks to deliver [[SoLiXG:Key-concepts#Compute\|compute-as-a-service]]. Smartphones are essential accessories for computational infrastructures because they provide uniquely addressable nodes for delivery on the one hand and demand for continuous streams of data on the other.</del>

	Contemporary computational infrastructure or The Cloud consolidates a software paradigm that promises to optimize for flexibility and scalability. It relies on running software on a server that carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments, or institutional sites.		<del>Contemporary computational infrastructure or The Cloud consolidates a software paradigm that promises to optimize for flexibility and scalability. It relies on running software on a server that carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments, or institutional sites.</del>

	The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple, and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#Compute\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisations to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.		<del>The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple, and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#Compute\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisations to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.</del>

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FS: /* Computational Infrastructure */

2023-12-05T09:41:30Z

Computational Infrastructure

← Older revision		Revision as of 09:41, 5 December 2023
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	The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple, and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#Compute\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisations to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.		The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple, and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#Compute\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisations to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.

			----

	'''Notes from Anna & Manuela'''		'''Notes from Anna & Manuela'''

Berlin-SoLiXG: /* Computational Infrastructure */

2023-10-16T10:11:08Z

Computational Infrastructure

← Older revision		Revision as of 10:11, 16 October 2023
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	Notes from Anna & Manuela		'''Notes from Anna & Manuela'''
	_ Tempting to ask (but maybe too much for here): What is the meaning of "power", "memory"? Metaphorical meaning, semantics etc.		_ Tempting to ask (but maybe too much for here): What is the meaning of "power", "memory"? Metaphorical meaning, semantics etc.
	- What about Chinese businesses, or other?		- What about Chinese businesses, or other?

Berlin-SoLiXG: /* Computational Infrastructure */

2023-10-16T10:10:42Z

Computational Infrastructure

← Older revision		Revision as of 10:10, 16 October 2023
Line 2:		Line 2:
	== Computational Infrastructure ==		== Computational Infrastructure ==

	Computational infrastructure brings together processing power, memory, networking and storage to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#Geopolitics\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data-centres. These are connected through public and private networks to deliver [[SoLiXG:Key-concepts#Compute\|compute-as-a-service]]. Smartphones are essential accessories for computational infrastructures, because they provide uniquely addressable nodes for delivery on the one hand, and demand for continuous streams of data on the other.		Computational infrastructure brings together processing power, memory, networking, and storage to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#Geopolitics\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data centres. These are connected through public and private networks to deliver [[SoLiXG:Key-concepts#Compute\|compute-as-a-service]]. Smartphones are essential accessories for computational infrastructures because they provide uniquely addressable nodes for delivery on the one hand and demand for continuous streams of data on the other.

	Contemporary computational infrastructure or The Cloud consolidates a software paradigm ~~which~~ promises to optimize for flexibility and scalability. It relies on running software on a server ~~which~~ carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments or institutional sites.		Contemporary computational infrastructure or The Cloud consolidates a software paradigm that promises to optimize for flexibility and scalability. It relies on running software on a server that carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments, or institutional sites.

	The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#Compute\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows ~~organisation~~ to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.		The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple, and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#Compute\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisations to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.


			Notes from Anna & Manuela
			_ Tempting to ask (but maybe too much for here): What is the meaning of "power", "memory"? Metaphorical meaning, semantics etc.
			- What about Chinese businesses, or other?
			- What is CAPEX and OPEX? Is this the mode of accumulation, thus is this the dominant mode of accumulation? To what extent does labour also play a role?
			- Is there any hint of notions of community??

			General remarks
			- Do we want to have the same format for each keyword? For example, a. starting with a description of what this is, enhancing literacy? b. what else relevant to understand it (historical context, politics etc.); c. How does it relate to the overall project? c.
			- Language, like "these" - what does it refer to; CAPEX/OPEX, what is it? Editorial process

FS: /* Computational Infrastructure */

2023-10-05T05:58:29Z

Computational Infrastructure

← Older revision		Revision as of 05:58, 5 October 2023
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	== Computational Infrastructure ==		== Computational Infrastructure ==

	Computational infrastructure brings together ~~storage~~, networking and ~~[[SoLiXG:Key-concepts#Compute\|compute]]~~ to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#Geopolitics\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data-centres. These are connected through public and private networks to deliver compute-as-a-service. Smartphones are essential accessories for computational infrastructures, because they provide uniquely addressable nodes for delivery on the one hand, and demand for continuous streams of data on the other.		Computational infrastructure brings together processing power, memory, networking and storage to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#Geopolitics\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data-centres. These are connected through public and private networks to deliver [[SoLiXG:Key-concepts#Compute\|compute-as-a-service]]. Smartphones are essential accessories for computational infrastructures, because they provide uniquely addressable nodes for delivery on the one hand, and demand for continuous streams of data on the other.

	Contemporary computational infrastructure or The Cloud consolidates a software paradigm which promises to optimize for flexibility and scalability. It relies on running software on a server which carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments or institutional sites.		Contemporary computational infrastructure or The Cloud consolidates a software paradigm which promises to optimize for flexibility and scalability. It relies on running software on a server which carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments or institutional sites.

	The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#Compute\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisation to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.		The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#Compute\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisation to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.

FS: /* Computational Infrastructure */

2023-09-15T15:43:33Z

Computational Infrastructure

← Older revision		Revision as of 15:43, 15 September 2023
Line 2:		Line 2:
	== Computational Infrastructure ==		== Computational Infrastructure ==

	Computational infrastructure brings together storage, networking and [[SoLiXG:Key-concepts#~~compute~~\|compute]] to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#~~geopolitics~~\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data-centres. These are connected through public and private networks to deliver compute-as-a-service. Smartphones are essential accessories for computational infrastructures, because they provide uniquely addressable nodes for delivery on the one hand, and demand for continuous streams of data on the other.		Computational infrastructure brings together storage, networking and [[SoLiXG:Key-concepts#Compute\|compute]] to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#Geopolitics\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data-centres. These are connected through public and private networks to deliver compute-as-a-service. Smartphones are essential accessories for computational infrastructures, because they provide uniquely addressable nodes for delivery on the one hand, and demand for continuous streams of data on the other.

	Contemporary computational infrastructure or The Cloud consolidates a software paradigm which promises to optimize for flexibility and scalability. It relies on running software on a server which carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments or institutional sites.		Contemporary computational infrastructure or The Cloud consolidates a software paradigm which promises to optimize for flexibility and scalability. It relies on running software on a server which carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments or institutional sites.

	The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#~~compute~~\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisation to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.		The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#Compute\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisation to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.

FS: /* Computational Infrastructure */

2023-09-15T15:35:35Z

Computational Infrastructure

← Older revision		Revision as of 15:35, 15 September 2023
Line 2:		Line 2:
	== Computational Infrastructure ==		== Computational Infrastructure ==

	Computational infrastructure brings together storage, networking and compute to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#geopolitics\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data-centres. These are connected through public and private networks to deliver compute-as-a-service. Smartphones are essential accessories for computational infrastructures, because they provide uniquely addressable nodes for delivery on the one hand, and demand for continuous streams of data on the other.		Computational infrastructure brings together storage, networking and [[SoLiXG:Key-concepts#compute\|compute]] to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#geopolitics\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data-centres. These are connected through public and private networks to deliver compute-as-a-service. Smartphones are essential accessories for computational infrastructures, because they provide uniquely addressable nodes for delivery on the one hand, and demand for continuous streams of data on the other.

	Contemporary computational infrastructure or The Cloud consolidates a software paradigm which promises to optimize for flexibility and scalability. It relies on running software on a server which carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments or institutional sites.		Contemporary computational infrastructure or The Cloud consolidates a software paradigm which promises to optimize for flexibility and scalability. It relies on running software on a server which carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments or institutional sites.

	The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more compute. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisation to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.		The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more [[SoLiXG:Key-concepts#compute\|compute]]. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisation to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.

FS: /* Computational Infrastructure */

2023-09-15T15:34:26Z

Computational Infrastructure

← Older revision		Revision as of 15:34, 15 September 2023
Line 2:		Line 2:
	== Computational Infrastructure ==		== Computational Infrastructure ==

	Computational infrastructure brings together storage, networking and compute to host billions of services and devices. Operating in diverse geopolitical and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data-centres. These are connected through public and private networks to deliver compute-as-a-service. Smartphones are essential accessories for computational infrastructures, because they provide uniquely addressable nodes for delivery on the one hand, and demand for continuous streams of data on the other.		Computational infrastructure brings together storage, networking and compute to host billions of services and devices. Operating in diverse [[SoLiXG:Key-concepts#geopolitics\|geopolitical]] and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data-centres. These are connected through public and private networks to deliver compute-as-a-service. Smartphones are essential accessories for computational infrastructures, because they provide uniquely addressable nodes for delivery on the one hand, and demand for continuous streams of data on the other.

	Contemporary computational infrastructure or The Cloud consolidates a software paradigm which promises to optimize for flexibility and scalability. It relies on running software on a server which carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments or institutional sites.		Contemporary computational infrastructure or The Cloud consolidates a software paradigm which promises to optimize for flexibility and scalability. It relies on running software on a server which carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments or institutional sites.

	The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more compute. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisation to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.		The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more compute. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisation to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.

FS: /* Computational Infrastructure */

2023-09-13T05:56:16Z

Computational Infrastructure

← Older revision		Revision as of 05:56, 13 September 2023
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	<noinclude>{{solixgkeyword}}</noinclude>		<noinclude>{{solixgkeyword}}</noinclude>
	== Computational Infrastructure ==		== Computational Infrastructure ==

			Computational infrastructure brings together storage, networking and compute to host billions of services and devices. Operating in diverse geopolitical and financial contexts, computational infrastructure brings large amounts of hardware together in strategically placed data-centres. These are connected through public and private networks to deliver compute-as-a-service. Smartphones are essential accessories for computational infrastructures, because they provide uniquely addressable nodes for delivery on the one hand, and demand for continuous streams of data on the other.

			Contemporary computational infrastructure or The Cloud consolidates a software paradigm which promises to optimize for flexibility and scalability. It relies on running software on a server which carries out most of the necessary computation, allowing for continuous centrally managed updates but necessitating clients to be always connected.<ref>Gurses, Seda, and Joris Vredy Jan van Hoboken. “Privacy after the Agile Turn,” May 2, 2017. https://doi.org/10.31235/osf.io/9gy73.</ref> This so-called agile approach to software production ultimately shifts the management of and responsibility for core operations away from industry, governments or institutional sites.

			The biggest part of computational infrastructure today is managed by Big Tech companies such as Amazon, Google, Apple and Microsoft. These companies are owned by shareholders, who need to prove growth year on year. Their services need to be expanded into new areas continuously, to increase the need for more Cloud services, or more compute. As an economic model, computational infrastructure relies on "pay-for-what-you-consume" or subscriptions. It allows organisation to shift Capital Expenses (CAPEX) to Operational Expenses (OPEX), thereby increasing cash flow within their organisation but also creating increased dependencies.

FS at 04:52, 5 September 2023

2023-09-05T04:52:38Z

← Older revision		Revision as of 04:52, 5 September 2023
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	{{solixgkeyword}}		<noinclude>{{solixgkeyword}}</noinclude>
	== Computational Infrastructure ==		== Computational Infrastructure ==