AI's Urgent Energy Requirements Won't Be Solved By Trillions Of Dollars. Phinge's Patented App-Less Netverse Platform & Hardware Will Reduce This Need
Delhi Scan/10316073

INCLINE VILLAGE, Nev. - DelhiScan -- Phinge's upcoming, patented Netverse, App-less integrated codebase and technologies, through its patented innovative hardware, will bring it significant efficiency gains, disrupting tech giants and reducing future data center power consumption.

Currently big tech and private equity firms are commiting trillions of dollars over the upcoming years to deal with the increased energy demand that AI and the massive data center buildout will require.
Phinge is poised to capture a significant amount of the mobile, app-store and current technologies market through its competing technologies, platform and ecosytem Netverse. Phinge will require less powerful computer chips instead of the high-demand, high-cost powerful chips everyone is competing for today. This will dramatically lower electricity useage for its future data centers. This innovation through its technologies not only threatens the app store duopoly but also could disrupt major cloud providers and leading chip makers, potentially saving billions in costs for Phinge and paving the way for a more green and sustainable computing future

AI is accelerating data center electricity use at an unprecedented rate, creating challenges for the power sector and beyond.

• Intense power for AI chips: Modern AI workloads rely on high-performance graphics processing units (GPUs) and specialized chips that consume significantly more power than the central processing units (CPUs) used in traditional data centers.
• Higher power density: A typical AI server rack can require 50–150 kilowatts (kW) of power, compared to just 10–15 kW for a standard rack.
• Continuous operation: Training a single large language model (LLM) can consume energy equivalent to powering tens of thousands of homes for an entire year and requires continuous, sustained power over long periods.
• Growing demand: The energy needed for global data centers is projected to double by 2030, with a substantial portion of this growth driven by AI.
• Strain on the grid: The explosive and unpredictable growth of AI is straining existing power grids, which were not designed for such rapid, concentrated increases in demand.
• Regional stress: In some areas with high data center density, electricity consumption from these facilities has already risen dramatically, creating regional supply challenges.
• Grid connection delays: The time it takes for new power generation and transmission infrastructure to be permitted and built is now a major bottleneck for AI data center expansion.

How Netverse app-less, integrated, codebase will work

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Netverse, patented, app-less, universal, integrated codebase technology will differ from the todays typical software architecture where different platforms and apps run on their own separate code.

• Reduced overhead: By eliminating the need to install, launch and run separate "apps," on Phinge's patented hardware, Netverse app-less technology will reduce redundant code and processes. This will lead to a more streamlined ecosystem that will require fewer compute resources to accomplish even more tasks that are being done today.
• Centralized data and processing: Netverse will handle data and complex computations more efficiently because data doesn't have to be passed between many different applications. AI calculations, which often require extensive data processing, will benefit greatly from this direct access.
• Streamlined architecture: A streamlined, more elegant code architecture will reduce computational demand. This will allow for the use of less powerful (and thus more energy-efficient) processors then ones that are in high demand today.

Implications for Phinge's own hardware and future data centers

• Less powerful computer chips: More efficient code reduces the "workload" on the computer chips (CPUs and GPUs) that power the data centers. A lower workload means the chips don't need to be as fast or complex. This will allow for the use of simpler, less powerful, and more energy-efficient processors.
• Lower power consumption: The largest power drain in data centers comes from the computer hardware and the cooling systems needed to regulate their temperature. If less powerful chips can be used, the total power consumed by the hardware would decrease. This, in turn, would reduce the heat generated, meaning less electricity would be needed for cooling also saving Phinge substantial money.
• Server consolidation: The efficiency gains will allow more work to be performed on fewer servers. Consolidating servers would significantly reduce a data center's total footprint and energy consumption.
• Greener operations: For Phinge, creating more efficient code can lead to lower operational costs and a smaller carbon footprint, providing a competitive advantage which is great for the environment.
• Data center energy savings: Data centers consume a vast amount of energy, and inefficient code uses more power. An integrated, efficient codebase could significantly reduce a company's data center energy needs.

Phinge's CEO explains "Netverse will be a highly efficient, app-less, integrated codebase that will fundamentally disrupt the mobile and cloud computing landscape. The ripple effects would extend far beyond the app stores, challenging market leaders like Nvidia, AWS, and Azure. By enabling less powerful hardware and reducing overall energy consumption, Phinge will shift the competitive landscape from current technology and AI to Netverse's app-less technology and verified AI."

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You may learn more about Netverse and its patented, magnetically attachable smartphones and devices by visiting Phinge's websites at
https://www.phinge.com

To get on a contact list please fill out the online form here
https://www.phinge.com/netverseai.html

About Phinge Corporation

Phinge was founded and through Netverse® is being developed to disrupt today's outdated App technologies, including the App-store duopoly, by partnering with and giving its users and businesses ownership and control of their data, enhanced privacy and a better overall mobile experience including their ability to monetize it.

Phinge through its upcoming patented Netverse App-less technology platform with proprietary AI, will be a better, safer, verified and rewarding alternative platform and technology for users and third party businesses and developers to today's App stores, operating systems and ecosystems of Apple, Google and Android.

Netverse will not be an App or Super App that resides on the major technology platforms of today.

Instead, it will be a standalone, all-in-one, app-less platform, accessible only through Phinge's revolutionary, patented, Mobile Hardware which includes Magnetically Attachable/Detachable Phones, Tablets, Mobile Gaming Systems and peripherals like the stylish, wireless earbuds with interchangeable batteries and built-in sensor screens for continuous usage without recharging and Smart Watches that never need to be charged as they come with stylish external, interchangeable bezels with built-in rechargeable batteries and come in a variety of colors, patterns and finishes.

Netverse will be a verified, centralized-decentralized platform.

Centralized in the way it provides universal safeguards through verification of all users, businesses, organizations, entities and IP through Phinge's patented Netverse technologies and hardware.

Centralized because Phinge and Netverse will be compliant with all government regulations regarding data and privacy.

Decentralized because all thirty party platforms will be compliant with all government regulations regarding data and privacy as soon as they are verified and join Netverse.

Decentralized because its users, businesses, organizations and entities will have the power to live, work and thrive in a verified world.

Netverse will benefit all verified users and approved, verified third party businesses, developers and platforms on Netverse in ways not possible with today's technology including total verification of all users, businesses, organizations, platforms and entities.