Caduceus Metaverse Protocol – Metaverse Ready, Edge Computing & Edge Rendering

The creation of the metaverse breaks the boundaries that networks and the cloud have, and integrates infrastructure, underlying facilities and resource scheduling. The latest Caduceus Metaverse Protocol removes these boundaries of virtual reality as edge computing and edge rendering has become the core requirement of metaverse infrastructure.

Edge Computing Technology Will Become the Foundation of the Metaverse’s  Underlying Architecture

There are always new topics and trends in the blockchain industry, but what the market really needs is innovators who not only fulfill their own development, but also lead the way of the metaverse. One popular topic at the moment is the high price of gas fees.

As we all now know, Ethereum has many problems like high gas fees, slow confirmation speed, and block size limits, and issues like these have ended up halting the development of some projects on the blockchain itself.

Nowadays, it’s extremely difficult for users to deploy complex smart contracts to purchase NFTs and to mint coins, and sometimes users are even paying ten times as much as the Ethereum gas fee, which makes it impossible for ordinary users to bear the transaction costs. From this current point of view, it seems unrealistic to expect a single public chain, such as Ethereum, to carry the large transaction and ecological application of the metaverse.

To answer this, the industry urgently needs to provide support for the development of the metaverse by creating a new underlying protocol – and the crypto industry is already showing first attempts to do this.

In today’s metaverse world, blockchain and edge computing has become the core requirement of metaverse infrastructure. Its ultimate goal is to break the boundaries of the cloud and network, and integrate infrastructure, underlying facilities and resource scheduling into a singular entity.

Edge computing is the product of network evolution and cloud computing technology development. It provides computing, storage, network and other infrastructure services to users. By deploying and running applications in this way, users will be able to use edge cloud services. Compared with the centralized deployment mode of traditional cloud computing, edge computing solves the problems of delays and large aggregated traffic; it also provides better support for low-latency and high-bandwidth services.

The demand for low latency and high-bandwidth services have continuously promoted the introduction of edge computing technology in the metaverse. Edge computing has essentially driven the transformation of the blockchain, forming a new distributed network architecture of decentralization.

The blockchain platform and application is deployed on the edge computing platform to provide the metaverse with blockchain-related services, like:

• Resource: A new option for the deployment of blockchain nodes. The blockchain can share edge computing node resources with business applications saving cloud resources. Blockchain nodes and applications are also quickly deployed on edge nodes/edge clouds in the form of software, benefitting from high deployment efficiency.
• Data transmission level: As the edge computing platform is close to the user’s side, delays will be far lower compared to data transmission to the cloud and in addition, from the user’s view point, the transmission path is more controllable. Optimization strategies can also be adopted to cache frequently-used ledger data, account status and other data for improving communication efficiency and reducing data transmission’s delay.

Caduceus Will Integrate the Core Advantages of Edge Computing

As a new form of metaverse protocol, Caduceus has developed the answer by combining blockchain technology and edge computing. The core advantage being that the distributed characteristics of edge computing, storage and network are consistent with the decentralized model of the blockchain.

Edge computing facilities can provide computing resources and storage capabilities for a large number of decentralized network services of the blockchain, and simultaneously, solve the problem of high speed transmission when there are a large number of nodes – thereby meeting the application demands of the blockchain platform.

Blockchain technology provides; a credible and secure environment for edge computing network services, proposes a more reasonable privacy guarantee solution, and realizes the safe transfer and sharing of data among multiple users. It also reduces costs through reliable, automatic and efficient execution solutions, and constructs a valuable edge network ecosystem.

All services in Caduceus Metaverse Protocol (CMP) are focused on enterprises and vertical application industries.

The Complementary Effects of Blockchain, Edge Computing and Edge Rendering

During research of the Caduceus Metaverse Protocol, we found that the organic combination of edge computing and blockchain technology lays a solid foundation for credible and efficient collaboration within multiple industries.

New network functions will not only meet the business needs of users in specific industries, but will also introduce blockchain and edge computing technology into different networks, which will help to strengthen interactions between nodes that have already used these new functions.

This cooperation and sharing of production elements will; optimize workability and productivity, promote the coordinated development of multiple industries in society, and effectively fulfill the vision of the communication industry.

In addition, these technologies combined with cloud edge management channels and global intelligent scheduling will provide the main rendering computing power for live video, cloud games, AR/VR, film and television special effects.

Relying on edge computing power, it can access the nearest cloud game resource pool based on the user’s geographic location, and can see millisecond-level interaction of game instructions. In addition, combined with CPU with heterogeneous computing power such as GPU and ARM, cloud games can unlock the limitations of the original mobile terminal on computing and storage capabilities.

With industry structural transformation and digitization, the edge value will enable systems built by blockchains to penetrate into multiple vertical industries and achieve efficient collaboration. In addition, the degree of integration of blockchain with 5G, artificial intelligence, edge computing, edge rendering and other technologies will gradually deepen, and the value brought by technology integration will gradually increase.

The CMP has been developed to include network and security components that provide efficient network access and security protection for edge rendering services. The flexible and elastic computing resources can provide computing power expansion and contraction ideal for edge rendering, and can manage multi-task collaborative processing. Ultimately, it finally combines native features to help businesses achieve distributed and efficient management.

At present, there are many, more superior ways to realize the metaverse world. Today, Caduceus has the prototype of the metaverse world through the layout of edge computing and decentralized edge rendering technology. How to realize the seamless collaboration between the metaverse platforms and cross-chain interoperability, however, is one of the areas of research for future Caduceus metaverse architecture. We are in no doubt that Caduceus will continue to contribute enormously to the construction of the metaverse.

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