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The metaverse, as a trending concept that has rapidly exploded across the internet in recent years, especially in the blockchain space, has accelerated capital from all sides, and well-known companies have rallied to join this trillion dollar track, through investment and promoting public hardware facilities, underlying blockchain technology, innovative game and mode, ecological NFT expansion, GameFi on-chain entertainment and other areas, a new round of the industry boom has formed.
From our point of view, the metaverse can be understood in a strict definition as a parallel world connected to reality that lends blockchain documentation, digital twins, modeling mapping and other technologies to realize real-time interaction between users and characters, reality and virtual through diversified hardware and software structures in a new dimension that bring an immersive immersion experience.
Given the growing global consensus on the Metaverse, we cannot help but ask how far is the Metaverse from us? What infrastructure conditions are required to support the metaverse? What can we do now to prepare for the arrival of the metaverse? Here I focus on three basic conditions to meet the needs of the Metaverse era from the perspective of blockchain technology and the underlying public chain.
1) Metaverse application solution
From the perspective of basic equipment and technology, VR and AR equipment, distributed computing power and storage facilities, asset encryption, smart contracts, transmission capabilities with high concurrent bandwidth, virtual engine technology, digital twin technology, AI and robotic technology, low orbit satellites and Nearby earth scanning technology, etc., are all listed as important parts of the metaverse. To achieve such great device compatibility, large-scale complex scene construction, and application data storage and transmission capacity. It requires an extremely powerful underlying operating system and more efficient logic for smart contract development.
2I Meta-Universe TPS Solution
TPS is a problem that requires a breakthrough in any public chain ecosystem. Previously, sharding technology was considered the only technology used to solve TPS problems. But currently, Ethereum has not been completely breached in 3 years. Pipeline technology is currently a technology that can effectively solve the TPS problem. While it is essentially impossible to achieve infinite increases in TPS, the overuse of this technology and the maturity of future fragmentation technologies may open a new avenue for TPS to grow.
3I Cross-chain solution of the meta-universe
Only cross-chain can contain everything. Be it basic applications such as storage, transmission and bandwidth or market expansions such as product upgrades, asset circulation and community integration, in cross-border upgrading, fierce competition and diversified blockchain industry and meta-universe ecology. Dominance and recentralization are currently and not possible in the long term. The ecology is endless, and cross-chain is also a necessary requirement.
Based on the above foundation, which is needed to support the Metaiverse era, we have found an emerging public blockchain Zeus Chain Zeus Operating System (ZOS). ZOS was created by the Distributed Geek Group. The Geek Group Committee adopts the latest DAO concept and consists of 12 distributed members (5 permanent members, 4 long-term members and 3 temporary members). Led by the architect and geek Master of the Order who is committed to breaking the bottleneck of blockchain code programming, it carries more complex, large-scale public chain applications and a fully decentralized metaverse system with an extremely simple programming model.
1.“library” Protocol calls up Smart Contract
ZOS can implement a callable smart contract programmed code library protocol and generate a unified callable “library” protocol. Establishment of a highly efficient programmed operating system that significantly improves the ability of the underlying development of relatively complex and extensive applications.
2. Exclusive Hyper-Threading Technology to Solve TPS Problems
ZOS uses hyper-threading technology only, and the main chain of the infrastructure system uses sharding technology. The use of hyper-threading in the side chain to multiplex multiple programs with a single node and infinite overlap possibilities of TPS while enhancing high concurrent processing capabilities.
3. Intelligent cross-chain bridge optimizes cross-chain solutions
ZOS uses the base layer of the stellar chain as the central carrier of the galaxy, expands multiple stellar partitions to load external public chains, introduces cross-chain smart contracts and plug-in protocols from Z-Smart to achieve interoperability between galaxy chains, and implements internal ones and external multi-chain asset transactions and Dapp data cross-chain interaction through the combined structure of planetary and satellite chains.
The ZOS team pioneered the soft upgrade model of the spiral infrastructure system and based on that it uses hyper-threading technology to deepen the directional acyclic structure to aid in the establishment of an advanced node system and realize 2 second block-out to carry the huge Dapp ecosystem into the future.
