What is Kaisar Network?
Kaisar is a decentralized network of GPUs designed to revolutionize how people access and utilize GPU resources globally. Built with scalability, accessibility, and efficiency at its core, Kaisar aggregates underutilized GPUs from sources such as data centers, cryptocurrency miners, and households to bridge the gap in the growing computational demands of AI and ML applications. Through untapped GPU capacity, Kaisar offers lower costs and greater efficiency compared to centralized computing platforms.
This article dives into Kaisar’s vision, architecture, functionality, products, tokenomics, team background, and roadmap into the future.
Vision
Kaisar eliminates the need for centralized computing by enabling a network of 1 million or more underutilized GPUs. The aim is to provide this infrastructure as an enabling layer to perform AI/ML workloads, ensuring quick, efficient, and affordable computing without reliance on central providers.
Recognizing the potential in idle GPUs, Kaisar seeks to build a strong decentralized computing network that redefines the paradigm of cloud economies.
Why decentralization is needed?
Growing GPU demand
The demand for GPUs has soared with the global increase in AI usage. According to GlobalTechCouncil.net, investment in AI-based systems is projected to reach $154 billion in 2023.
Traditional cloud service providers face several obstacles, such as hidden expenses, competition for resources, and rigid deployment models.
Research from Gartner and Springer highlights that centralized GPU ecosystems often perform poorly in scaling, require high initial investments, and are inefficient. This necessitates decentralized systems like Kaisar.
Unused GPU power
A significant portion of global GPU capacity is underutilized:
- Average server utilization is only about 50%.
- Many GPUs used for mining remain idle. (Source: Kaisar Docs)
- GPUs in personal computers operate at a fraction of their potential.
How Kaisar functions
Kaisar is a DePIN, a decentralized network of physical infrastructure. Its operations leverage blockchain technology (Peaq blockchain), the Internet of Things, and Web3 to collect and distribute computing capacity.
The peaq blockchain is optimized for DePIN operations, capable of executing over 100,000 transactions per second.
- Costefficiency:KaisarleveragesspareGPUstoofferGPUrentingatsignificantlylowercoststhan traditional cloud platforms.
- Flexibility:UserscanclusterGPUswithinsecondswithoutcomplexpermissionmodels.
- Security:ProofofPhysicalWork(PoPW)ensurestransparentoperationsandincentivizesparticipants to contribute GPU resources.
Tokenomics
The KAI token serves as the central currency in the Kaisar ecosystem and fulfills multiple roles:
A medium of exchange for renting GPU resources.
Rewards for validators and GPU contributors.
Designed to sustain ecosystem growth, KAI is deflationary in nature.
Comparison between Kaisar DePIN and centralized GPU costs
Traditional cloud services incur high costs due to backend centralized architectures and additional egress fees. Kaisar’s decentralized GPUs reduce costs, making high-performance computing more accessible.
Scalability
Scaling centralized systems is challenging due to administrative overhead. In contrast, Kaisar DePIN allows easier and customizable scaling without centralized control.
Environmental considerations
Kaisar reduces resource consumption by utilizing existing GPUs, eliminating the need for additional data farms. This sustainable approach promotes cost minimization.
Products and features
Kaisar offers innovative products to meet GPU computing needs:
Kaisar ZeroNode: A lightweight extension enabling users to monetize idle GPUs by contributing them to the Kaisar network.
Universal AI Compute Layer: Lets users contribute from any device, anywhere, to build a global decentralized network.
Future developments include advanced worker cluster management and streamlined Kaisar OneNode for seamless GPU resource deployment.
Team background
The Kaisar team comprises industry experts specializing in blockchain technology, distributed computing, and AI. This diverse expertise ensures a robust platform capable of overcoming the challenges of decentralizing high-performance computing.
Roadmap
Short-term goals
Expand the GPU network by increasing contributors.
Enhance user experience with intuitive interfaces and simple deployment tools.
Mid-term goals
Introduce advanced features such as automated GPU clustering and enhanced security protocols. Forge partnerships with AI/ML-focused organizations to drive adoption.
Long-term vision
Scale the network to over 1 million GPUs.
Explore new use cases for decentralized computing, such as scientific research and gaming.
Conclusion
Kaisar offers a transformative approach to GPU resource utilization, making high-performance computing accessible to all. By integrating blockchain technology with decentralized infrastructure, Kaisar provides a sustainable, scalable, and cost-effective alternative to traditional computing platforms.
With the rising demand for AI and ML, Kaisar is poised to shape the future of computing. For more information on Kaisar and decentralized computing, explore the following resources:
