TOMORROW'S
DATA CENTERS
TODAY
CloudBurst Data Centers
NEXT-GEN TECHNOLOGY STRATEGY
We have a forward-thinking and pragmatic approach to the design, construction, and operation of both Data Centers and power generation. Wherever possible we will ensure our facilities support cutting-edge hardware like high-performance, AI ready servers and chips, advanced storage systems, innovative and efficient cooling solutions, behind-the-Meter power solutions, etc.
Our Next-Gen strategy will be implemented throughout all design and construction materials and focus on introducing innovative software solutions for tasks such as data management, virtualization, and automation. The inclusion of our SuperLab™ research laboratory in each of our Data Centers also underlines our commitment to emerging technologies.
Of course, a low-carbon approach to energy production and conservation will also play a major role. Our strategy aims to ensure we are quick to market, offer optimal performance and cost-effectiveness for both Data Center campus and energy generation facilities. Utilizing new technologies, we can manage and improve key operational factors such as processing speeds, storage capacities, energy costs and efficiency, and security. Our transition, green or renewable energy generation facilities will be designed to ultimately achieve a low-carbon footprint and provide optimum output and efficiency.
Next-Gen advances in AI/HDC technologies are crucial for modern businesses that have become even more dependent on digital operations, cloud services and particularly on AI. They will enable us to handle larger data volumes, provide faster and more reliable services, and accelerate the integration of new and emerging technologies.
Our Next-Gen strategy will be implemented throughout all design and construction materials and focus on introducing innovative software solutions for tasks such as data management, virtualization, and automation. The inclusion of our SuperLab™ research laboratory in each of our Data Centers also underlines our commitment to emerging technologies.
Of course, a low-carbon approach to energy production and conservation will also play a major role. Our strategy aims to ensure we are quick to market, offer optimal performance and cost-effectiveness for both Data Center campus and energy generation facilities. Utilizing new technologies, we can manage and improve key operational factors such as processing speeds, storage capacities, energy costs and efficiency, and security. Our transition, green or renewable energy generation facilities will be designed to ultimately achieve a low-carbon footprint and provide optimum output and efficiency.
Next-Gen advances in AI/HDC technologies are crucial for modern businesses that have become even more dependent on digital operations, cloud services and particularly on AI. They will enable us to handle larger data volumes, provide faster and more reliable services, and accelerate the integration of new and emerging technologies.
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NEXT-GEN ENERGY STRATEGY
CloudBurst’s energy strategy aligns and coordinates with our overall Next-Gen approach and our total commitment to sustainability. Our Data Centers will be designed with the goal of achieving the smallest carbon-footprint commensurate with getting to market as quickly as possible and emphasizing the integration of transition, green and renewable energy sources with Next-Gen technologies.
With current energy prices soaring, managing power consumption and energy efficiency has become paramount. Power typically accounts for 40% to 50% and in some cases as much as 70%, of Data Center operational costs. Energy efficiency, and PUE in particular, is more critical today than ever before. Local and federal authorities are also becoming increasingly aggressive in enforcing the use of green, transition or renewable energy in all new, large projects.
Our innovative and pragmatic solution to the insatiable demand for Data Center capacity is to ensure that our strategy always reflects our environmental goals. In other words, our Data Centers will not only have a minimal carbon footprint, but they will also be powered by a blend of energy sources, depending on the location and the ready availability of usable power. The materials consumed in their construction and operation will also reflect a low-carbon footprint.
This comprehensive, pragmatic and sustainable approach underscores CloudBurst’s dedication to both technological innovation and environmental responsibility in the rapidly evolving landscape of Next-Generation Data Centers.
With current energy prices soaring, managing power consumption and energy efficiency has become paramount. Power typically accounts for 40% to 50% and in some cases as much as 70%, of Data Center operational costs. Energy efficiency, and PUE in particular, is more critical today than ever before. Local and federal authorities are also becoming increasingly aggressive in enforcing the use of green, transition or renewable energy in all new, large projects.
Our innovative and pragmatic solution to the insatiable demand for Data Center capacity is to ensure that our strategy always reflects our environmental goals. In other words, our Data Centers will not only have a minimal carbon footprint, but they will also be powered by a blend of energy sources, depending on the location and the ready availability of usable power. The materials consumed in their construction and operation will also reflect a low-carbon footprint.
This comprehensive, pragmatic and sustainable approach underscores CloudBurst’s dedication to both technological innovation and environmental responsibility in the rapidly evolving landscape of Next-Generation Data Centers.
