Artificial Intelligence (AI) has been shown to have the potential to transform several industries. Despite this potential, as the demand for AI continues to grow, so do the challenges of scaling it globally. Decentralized physical infrastructure networks (DePIN) are critical for this growth. However, there is a lack of cohesion and scalability to make this happen.
Fragmentation is a primary challenge facing DePIN. Most of these operate independently without a unified framework that integrates them. This lack of cohesiveness means developers face significant barriers when creating high-quality AI products or applications requiring simultaneous access to multiple DePIN resources. The absence of a unified framework across these various networks limits the ability of AI to leverage diverse data sets and needed infrastructure efficiently.
Aside from fragmentation, underutilization of existing DePIN resources is another barrier to AI growth. Many DePIN projects struggle to meet the demand for high-performance infrastructure due to coverage and reliability issues. Furthermore, the complexity of interaction and use of these networks deters widespread adoption.
Infrastructure and data spanning multiple regions and industries are required for global and accelerated AI growth. Unfortunately, many DePINs are confined to specific sectors, which can cause coverage issues. This presents a significant problem for AI applications that rely on wholesome data. Examples include those used in smart city developments, healthcare, and logistics.
By streamlining access to decentralized infrastructure and enabling businesses to access different models for AI projects easily, Skynet lays the groundwork for the next generation of AI applications. Now, fragmentation, a primary challenge facing DePIN, no longer becomes a problem as developers can attempt to build high-quality AI products and applications requiring simultaneous access to different DePINs due to Skynet’s unified solution.
Since Skynet already provides the foundation and resources to foster this growth, AI development can happen for various sectors faster than was previously attainable. Whether these are AI-driven solutions for healthcare, finance, or logistics, these solutions have a platform to thrive.
As AI growth accelerates, access to and the need for scalable infrastructure will only increase. Skynet already provides the required platform and approach for scalable, reliable, and unified infrastructure, making it an essential player in accelerating AI growth.
Aside from providing the foundation and resources necessary for this accelerated AI growth, some features help make it happen more seamlessly and effortlessly. Skynet features SkyIDs, which provides developers and users with a unique identifier that supports the easy integration of infrastructural resources into their AI applications. Also, Skynet creates an interconnected ecosystem through Skymart where assets can be traded, resold, and subscribed to. This flexibility is invaluable for AI projects, as it allows them to tap into a diverse range of resources without dealing with complex integration hurdles.
In addition, Skynet helps foster and accelerate the growth of AI by making it cost-efficient. It does this by allowing projects and developers to pay for resources on a pay-as-you-go basis, alleviating the burden of upfront costs and underutilized resources.
Considering AI's direction of becoming increasingly integral to technological progress, the infrastructure supporting it must meet new demand or solve barriers hindering growth. Skynet meets these new demands needed for growth to pave the way for a new generation of AI applications.
By providing a cohesive, accessible, and scalable infrastructure, Skynet accelerates the growth of AI, helping make it an essential part of the future of technology.