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On the demand side for datacenters, large hyperscale cloud providers and other corporations are building increasingly bigger large language models (LLMs) that must be trained on massive compute clusters. Still, several questions remain about DeepSeeks training, infrastructure, and ability to scale, Schneider stated.
Even as demand for data infrastructure surges to an all-time high, Equinix is planning to lay off 3% of its workforce, suggesting a growing skills mismatch in the industry. According to Goldman Sachs , datacenter demand in the US alone is projected to nearly triple by 2030, driving more than $1 trillion in investment.
According to a report released this week by Bloom Energy, US datacenters will need 55 gigawatts of new power capacity within the next five years. The report , based on a survey of 100 datacenter leaders, also shows that 30% of all sites will be using onsite power by 2030.
In 2019, Gartner analyst Dave Cappuccio issued the headline-grabbing prediction that by 2025, 80% of enterprises will have shut down their traditional datacenters and moved everything to the cloud. The enterprise datacenter is here to stay. Synergy Research comes to a similar conclusion.
In a blog post, Google announced an agreement with Kairos Power to source nuclear energy, aiming to bring the first SMR online by 2030, with more reactors planned by 2035. In March, Amazon acquired a nuclear-powered datacenter from Talen Energy. Most recently Microsoft wound down an attempt to create underwater datacenters.
The program, known as Project Transcendence, marks a significant push by the Kingdom to develop a robust AI ecosystem that can rival leading tech hubs, including neighbouring United Arab Emirates and other global technology centers. In recent years, the Kingdom has set up research centers, ministries, and educational programs focused on AI.
The rapid expansion of AI and generative AI (GenAI) workloads could see 40% of datacenters constrained by power shortages by 2027, according to Gartner. The surge is attributed to the increased deployment of large-scale language models (LLMs) and complex algorithms that require massive data processing capabilities.
Illustration of the Microsoft’s closed-loop system for future datacenters that will recycle water for cooling its computing operations. Microsoft Image) Microsoft revealed details of new approach to cooling datacenters that won’t lose water to evaporation. But that number used to be even higher.
AWS, Microsoft, and Google are going nuclear to build and operate mega datacenters better equipped to meet the increasingly hefty demands of generative AI. Earlier this year, AWS paid $650 million to purchase Talen Energy’s Cumulus Data Assets, a 960-megawatt nuclear-powered datacenter on site at Talen’s Susquehanna, Penn.,
The European Union will take a big step toward regulating energy and water use by datacenters in September, when organizations operating datacenters in EU nations will be required to file reports detailing water and energy consumption, as well as steps they are taking to reduce it. between 2020 and 2030.
Like the PC revolution of the 80s and 90s, and the rise of cloud computing and SaaS in the early 2000s, when everyone has access to the same tools, its the way theyre used that confers a competitive advantage. To benefit from this wider range of RAG services, organizations need to ensure their data is AI-ready.
Amidst this progress, however, the lack of datacenter access raises a big challenge to Africas connectivity, as most countries in Africa have a national datacenter. But to build this data residency, increased datacenter and digital infrastructure investment is needed.
Citi is using Amazon Braket, a cloud-based service, to see how well quantum computers could handle portfolio optimization tasks. It works with regular cloud computing and AI tools, so businesses can start integrating quantum capabilities into their existing operations. Full cloud deployment is also possible per customer request.
Data sovereignty and local cloud infrastructure will remain priorities, supported by national cloud strategies, particularly in the GCC. Adopting multi-cloud and hybrid cloud solutions will enhance flexibility and compliance, deepening partnerships with global providers.
Network as a service (NaaS) is a cloud service model thats designed to let enterprise IT professionals order network infrastructure components from a menu of options, have them configured to fit their business needs, and have the whole thing delivered, running and managed in a matter of hours instead of weeks. But thats beginning to change.
Become reinvention-ready CIOs must invest in becoming reinvention-ready, allowing their enterprise to adopt and adapt to rapid technological and market changes, says Andy Tay, global lead of Accenture Cloud First. Reinvention-ready companies are positioned to succeed in the long term, Tay observes.
Verizon is building its AI ecosystem by repurposing its existing infrastructure assets in its intelligent and programmable network, which consists of fiber, edge networking, and datacenter assets, along with its metro and long-haul fiber, ILEC and Fios footprint, its metro network build-out, lit and dark fiber services, and 5G network.
For datacenter capacity to spread to more regions of Africa, there will need to be a major effort to create structure for overland routes. This initiative aims to digitally connect every individual, business, and government in Africa by 2030. billion inhabitants making up 15% of the global population.
billion in the Middle East kingdom to build datacenters and a significant cloud presence in the region. Indeed, the kingdom is positioning itself as a global leader in digital technologies ahead of its hosting of the World Expo 2030 in Riyadh. billion to launch new cloud areas.
Proof of this is the KSA Cloud First Policy, announced in October 2020 by Saudi Arabia’s Ministry of Communications and InformationTechnologies, after the launch of a clouddatacenter in the city of Jeddah, by Oracle. The importance of education in supporting the success of Saudi Vision 2030 cannot be overstated.
Google has opened a second cloud region in Germany as part of its plan to invest $1.85 billion in German digital infrastructure by 2030. Other Google Cloud regions in Europe include locations such as Milan, Paris, Zurich, Warsaw, Madrid, Turin, Belgium, Finland, The Netherlands, and London. Cloud Computing, DataCenter, Google
billion (Rs 36,300 crore) to scale it till the end of 2030. billion for the region in 2020 as the cloud computing firm looks to capitalize on India’s double digit growth in cloud spending. billion to India’s gross domestic product by 2030. Cloud Computing, DataCenter billion (Rs 15,000 crores).
With the paradigm shift from the on-premises datacenter to a decentralized edge infrastructure, companies are on a journey to build more flexible, scalable, distributed IT architectures, and they need experienced technology partners to support the transition.
“The barriers confronting organizations in South Africa that want to achieve carbon neutral status by 2030 are significant. Specifically, partners would be required to commit that their datacenters achieve zero carbon emissions by 2030, an effort that would require the use of 100% renewable energy.
A fleet of green datacenters and a well-advanced plan to stop using fossil-fuel powered vehicles are among the key steps driving Intermax’s mission to be the most sustainable cloud services provider in the Netherlands. It aims to become carbon neutral in 2027 and carbon negative by 2030.
THG Ingenuity Cloud Services’ commercial footprint is equally robust. More than 1,000 engineers serve more than 130,000 customers worldwide with a global network that includes 7,500 deployed servers, more than 10,000 virtualized servers and more than 50 datacenters. This includes achieving a 30% reduction by 2030.
billion USD to the global economy by 2030 and reduce greenhouse gas emissions by 4%. “We Datacenters and cloud solutions have to be manufactured with low-carbon materials. It’s our responsibility to provide green datacenters.
To get the compute resources they need while also optimizing energy efficiency, some enterprises—and the service providers they partner with—look to position datacenters in colder environments, far away from major population centers. Like all other Equinix datacenters in Singapore, SG5 has 100% renewable energy coverage.
Power Innovations built a 250-kilowatt fuel cell system to help Microsoft explore the potential of using a hydrogen fuel cells for backup power generation at datacenters. Microsoft conducted the proof-of-concept at a datacenter near Salt Lake City, Utah. Power Innovations Photo).
From there, we can dynamically connect to industry-leading cloud and network providers around the world via software-defined interconnection, gaining maximum choice, flexibility, cost control, and performance advantages. Equinix is committed to achieving carbon neutrality by 2030, currently at 96% coverage of renewables.
Providing hardware, software, and IT solutions and services, the company also delivers an extensive array of cloud offerings from dedicated private clouds to deployments with the world’s largest hyperscalers, including Amazon Web Services, Google Cloud, and Microsoft Azure.
The Lift program, according to AWS, offers promotional credits and nearly 200 AWS services to help enterprises move on-premises workloads to the cloud. billion (364 billion rupees) through the end of 2030 to scale scale cloud services in the country. Cloud Computing million rupees.
The successor to SAP ECC, S/4HANA is built on an in-memory database and is designed to enable real-time data processing and analysis for businesses. It is available both in a cloud-based SaaS and an on-premises version. This enables companies to connect processes and experience-based data and drive optimization and innovation.
It’s an idea we’re proud to support, as it aligns with our own DataCenter of the Future initiative. We believe investing in sustainable datacenter technologies isn’t just the right thing to do for the future of our planet; it can also be a key source of business value for our customers today.
Rendering of a datacenter that Microsoft is building using cross-laminated timber for its floors and ceilings in order to reduce the amount of steel and concrete used, which have a bigger carbon impact. But they also need to put their datacenter infrastructure on low-carbon diets, moving away from traditional steel and concrete.
But four years in, the carbon footprint for the cloud, software and gaming giant keeps expanding. We believe there’s incredible innovations, both happening today as well as what we are investing for, that will be online by 2030.” The water is used primarily to cool the banks of computers in its datacenters.
The enterprise edge has become a growing area of innovation as organizations increasingly understand that not every workload — particularly new edge workloads — can move to the cloud. Just 38% of that data will be processed in cloud or core locations, with the remainder headed to a variety of on-premises and nearby as-a-service edge venues.
Lots of attention is being paid to how hybrid IT or multicloud fits into data-first business transformation, yet plenty of companies count colocation facilities as an important pillar of their IT landscape. According to Allied Market Research , the global datacenter colocation market is expected to surge from $46.08
No customer data will be used to train external foundational AI models, said Bharat Sandhu, the company’s SVP for AI and application development platform. Oracle was next, saying it expected to add generative AI-powered capabilities to many of its cloud applications. Generative AI really only works as part of a cloud model,” she said.
A Microsoft Azure datacenter. based cloud and software behemoth announced Tuesday that it’s setting a goal of reaching zero waste by 2030 for its direct waste production. The circular centers will facilitate sorting, reuse and recycling of electronic equipment, keeping it onsite at server farms.
Moving workloads to the cloud has been proven to reduce enterprises’ energy usage and their carbon footprint by at least 30%. These include Infrastructure-as-a-Service, Disaster Recovery-as-a-Service, hybrid and multi-cloud deployments, storage, and a wide array of modern, custom cloud-native applications.
But that depends on our ability and commitment to take care of it properly.” — Lou Corriero, Vice President of Cloud Technologies at IT Vortex. Lou Corriero, Vice President of Cloud Technologies at IT Vortex, notes that the organization frees its customers to focus on their businesses, not the IT required to run them.
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