In recent years, blockchain technology has attracted much attention due to its natural advantages in solving trust issues. However, it faces many challenges in practical applications, such as the balance between data privacy and sharing, the limitations of on-chain computing power and transaction performance, etc. In this context, oracles are particularly important as a bridge connecting on-chain smart contracts with real-world data. However, how to effectively integrate external data and provide reliable computing services is still a problem that needs to be solved in current blockchain projects.
As a member of the Layer 2 network, Cudos not only focuses on the optimization of smart contracts, but also strives to build a reliable oracle system. Recently, CUDOS announced a strategic partnership with Kaisar Network, a leader in global infrastructure solutions and known as the decentralized backbone of advanced AI. This cooperation marks a significant progress in expanding the coverage of decentralized cloud services. Kaisar will enhance the supply capacity of the Cudos ecosystem by contributing approximately 5,000 NVIDIA H100 GPUs, further strengthening the connectivity and efficiency of distributed infrastructure worldwide.
This combination of comprehensive advantages enables Kaisar to provide more flexible payment options and unlimited data storage in the field of AI, and use its unique physical proof of work (PoPW) consensus to ensure complete decentralization and prevent fraud, thereby providing stronger support for the development, training and expansion of AI models. These developments not only demonstrate Cudos' actual ability to build interconnections between the real world and blockchain, but also arouse the market's high attention and expectations for its future development.
Below we will introduce the advantages of Cudos in categories:
1. CUDOS's technical foundation and network architecture solution:
CUDOS is a Layer-1 blockchain based on Delegated Proof of Stake (DPoS), using CosmosSDK and CosmWasm smart contracts written in Rust. Its core design concept is to separate consensus and execution, ensuring secure, decentralized and permissionless large-scale high-performance computing access.
CUDOS's blockchain computing (CBC) infrastructure aims to achieve environmentally friendly and energy-saving cloud computing through idle computing resources around the world, supporting decentralized computing accessible on the chain.
The CUDOS network is decentralized through CUDOS Verification Nodes (CVNs), which currently have more than 20,000 computer nodes and serve more than 150,000 users from 145 countries.
CVN is owned by a third party operating globally, supports multiple encryption technologies (such as AMD's SEV/SME and Intel's SGX), and runs multi-chain applications. In the future, it will expand to more mainstream blockchain projects, including Ethereum, Algorand, Polkadot, and Cosmos.
2. Technical advantages and application scenarios of CUDOS:
CUDOS expands the computing power of major public chains by providing Layer-2 solutions, and provides high-performance off-chain computing support for smart contracts and blockchain applications. Its oracle solution supports Turing-complete computing, allows running multi-language code, and provides developers with a DApp market with pre-set computing templates and third-party computing services, further promoting the development of the blockchain ecosystem.
Cudos has powerful distributed computing capabilities. It can use idle computing resources in the global network to build a flexible computing network. These resources can be used to perform a variety of computing tasks, from simple data processing to complex scientific computing and AI model training.
Cudos can also provide blockchain infrastructure services to support developers and enterprises to deploy and run decentralized applications (DApps) on its platform. This includes the execution of smart contracts, transaction confirmation and data storage.
3. Cudosâ oracle service can provide external data sources for Dapps:
Cudos also provides efficient blockchain oracle services as an important part of its ecosystem. Oracles play the role of connecting real-world data and smart contracts in blockchain, providing external data sources for decentralized applications (DApps). The role and importance of oracles are:
1. Connect to external data: Cudosâ oracle allows DApp to obtain data from the outside, which may be real-time market prices, weather conditions or other real-time changing information.
2. Data verification and credibility: The oracle ensures that the data obtained from the outside is credible, and ensures the accuracy and integrity of the data through algorithms and verification mechanisms.
3. Multi-chain compatibility: Cudosâ oracle service supports multiple blockchain platforms such as Ethereum, Binance Smart Chain (BSC) and Polkadot, providing developers with flexible integration options.
4. CUDOS Ecology and Community:
The CUDOS ecosystem is supported by the CUDO platform, which was established by Matt Hawkins, the founder of C4L, and has developed into a global distributed computing platform. The CUDO platform not only serves the blockchain industry, but also provides cloud computing services to real-world users, realizing a true Web 3.0 infrastructure by connecting blockchain with the real world.
Conclusion: By integrating the world's idle computing resources, can Cudos become a star project in the DePIN track?
In this article, we explore Cudos as an innovative platform that integrates distributed computing and blockchain technology, as well as its importance and application in the field of blockchain oracles. Cudos provides users with efficient, secure and reliable computing power by utilizing idle computing resources around the world, supporting a wide range of applications from data processing to AI model training. At the same time, as an important part of the blockchain ecosystem, Cudos's oracle service not only connects DApps with external data sources, but also ensures the accuracy and integrity of the data through verification mechanisms.
However, as the importance of oracles in DeFi security continues to emerge, they still need to be further developed and improved in terms of large-scale application, speed, security and decentralization. Cudos plays a key role in this process, and its future development potential is exciting.
Whether it is expansion in the financial field or application in the Internet of Things (IoT) and traditional financial sectors, Cudos' technological innovation and ecosystem expansion will provide important support for the widespread adoption and practical implementation of blockchain technology.
