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ZetaChain has launched the mainnet Beta, and users can receive ZETA tokens on ZetaHub and participate in activities to earn XP.

Airdrop collection address:

https://hub.zetachain.com/claim

Click here to earn XP:

https://hub.zetachain.com/xp?code=YWRkcmVzcz0weGViYjc3N0U2OURDNTVFRkVkM2QzYjRCNUQ1M0QwNzNhMEQ1MDAwNjEmZXhwaXJhdGlvbj0xNzA2OTUyMTQ0JnI9MHgwMWQwYzVlYTUwN2MyNzcwN2M1MWExZWU yMDI0MDY0ZmQzMjE1Zjk1ZGYxYzg1OWU5YzQwZjU5MDUzZTEzMWVmJnM9MHgzMjEwMjU4YmY5Y2ZlMDE0MjAyM2VlNTU3NWY3OWI3MjA5ODBjNzU1NjZmMzkwMTExMjE5NGM4MjhhOGE yN2RkJnY9Mjg%3D

ZetaChain's goal is to become a cross-chain platform, connecting Bitcoin, Ethereum and BNB chains, and providing simple, fast and secure smart contract functions. ZetaHub is an entry product that provides functions such as governance, proof of rights, and access to the dApp ecosystem. Users can also earn ZETA tokens through partner activities.

#zetachain

#projectdeeplearning 0927476033#dymension-6:

How to understand the dysmension protocol economic model

First, let us explain Sequencer Stake. In the dYmension protocol, Sequencer is a role responsible for handling the order and execution of applications. In order to become a Sequencer, a certain amount of DYM tokens need to be mortgaged. The purpose of this is to ensure the security of the network and provide incentives for Sequencers that process transactions.

Next is RollApp Income. RollApp is the concept of a specific application built in the dYmension protocol. Users can interact directly with RollApp and pay user/network fees based on specific application logic. These fees can be paid using any external token specified by the community and developers, such as stablecoins, DYM tokens, or RollApp’s own native token. RollApp’s autonomy determines how fees are paid.

Finally, let's look at an example of RollApp. Suppose there is an application called RollApp Example, which is built on the dYmension protocol. Users can use this application to perform certain tasks, such as buying and selling digital assets. When users make transactions on RollApp Example, they are required to pay certain fees, which will be paid based on the application's logic. These fees can be DYM tokens, stablecoins, or other external tokens. By using the dYmension protocol and RollApp Example, users can conveniently conduct digital asset transactions and pay corresponding fees according to the rules of the application.

In short, dYmension Economics is about the economic model of the dYmension protocol, which includes key concepts such as Sequencer Stake, RollApp Income, and RollApp Example. Sequencer Stake is the DYM token that needs to be staked to ensure network security and provide incentives, and RollApp Income is the fee paid between users and the network based on application logic.

#内容挖矿 #ALT #DYM #MANTA

#projectdeeplearning 1791777738#dymension-5:

Settlement layer - Enshrinement refers to a layer in the blockchain system that is responsible for processing transactions and data. This layer is designed to be very safe and reliable. It can operate independently and protect the normal operation of the entire system. [4]
IRC, or "Inter-RollApp Communication", is a way for different applications to transfer information and conduct transactions to each other in the blockchain system. In this way, different applications can cooperate with each other on the blockchain to achieve more functions and services. [2]
RollApp Virtual Machine is a technology that can simulate the environment in which applications are executed in a blockchain system. In this way, when someone disputes a transaction, we can use the virtual machine to restore the execution of the transaction to determine the final result. [5][6]
Censorship Resistance means that in the blockchain system, we strive to prevent anyone from tampering or deleting information. In this way, users can freely publish and obtain information without fear of censorship or restrictions. [3]
The embedded Hub AMM is a built-in Automated Market Maker that creates a core financial center in the blockchain system. This financial hub allows different applications to exchange assets more efficiently and enable better price discovery and shared liquidity. [1]
In short, these concepts are all aimed at making blockchain systems more secure, efficient and flexible. The settlement layer protects the normal operation of the entire system. IRC allows different applications to communicate with each other. The RollApp virtual machine can restore the execution of disputed transactions. The anti-censorship protects user information from interference. The embedded Hub AMM is the application program. Provide better asset exchange and liquidity.

#内容挖矿 #ALT #tia #DYM

#projectdeeplearning#DYM#dymension -4:

How to understand the execution layer of Dymension in an easy-to-understand manner?
First, let's take a look at Execution Layer-RollApp Architecture. This is an architecture within the dYmension project that allows applications to run in an independent environment, like a small autonomous execution system. The benefit of this architecture is that it can provide a more secure and efficient operating environment, allowing applications to handle their own affairs independently, and to choose different data availability providers to ensure the smooth release and use of data.
Next is Fraud Proof Design. This is an optimistic approach to design in the dYmension project, which assumes that the sequence controller is honest. But to ensure a credibility-minimized environment, the designers introduced a dispute period. During this dispute period, other participants can verify that the status updates submitted by the sequence controller are valid. If fraud is discovered, any participant without special permission can issue a fraud certificate proving that the state transition is valid. If the settlement layer confirms that the status of RollApp is fraudulent, the status will be restored to the previously agreed upon status and the malicious sequence controller will be punished.
Finally, there is Sequencer Decentralization (decentralization of sequence control). dYmension introduces a mechanism that allows applications to process between multiple sequence controllers, which we can call permissioned and permissionless PoS sequence control. Because RollApp relies on the consensus of the settlement layer, the election mechanism of the RollApp sequence controller is determined based on the proportion of the number of DYM (dYmension's local asset) mortgaged on the settlement layer. This mechanism allows RollApp deployers and governance to determine whitelisting criteria and other requirements for sequence controllers.
Summary: Execution Layer-RollApp Architecture is an architecture that allows applications to run in an independent environment, providing a safe and efficient operating environment. Fraud Proof Design is an optimistic approach to design that ensures the credibility of the environment by introducing dispute periods and fraud proofs. Sequencer Decentralization allows applications to process between multiple sequence controllers, selecting a sequence controller based on the proportion of the amount of mortgaged DYM.These designs and mechanisms jointly build the foundation of the dYmension project and provide a safe and reliable running environment for applications.
#contentmining#DYM#ALT#manta #tia

#projectdeeplearning#DYM#dymension -3:

dYmension is an innovative blockchain project that provides a Rollup factory to help developers quickly build applications, a settlement layer to provide services and interoperability for applications, a RollApp virtual machine to resolve dispute issues, and a built-in Hub AMM to provide Automated asset trading mechanism

Rollup Factory: Like a production line, Rollup Factory can help developers quickly build their own applications, similar to building blocks, using some pre-prepared modules to create accounts and manage tokens and other common functions. In this way, developers can more easily deploy their applications on dYmension's platform.
dYmension Settlement Layer (dYmension Settlement Layer): This is the core part of dYmension, similar to a central hub. It uses a technology called Tendermint Core to implement networking and consensus and provide a secure environment to process transactions. Unlike traditional blockchains, dYmension's settlement layer specifically provides services for Rollup applications, allowing them to easily communicate and cooperate with each other.
Inter-Rollup Communication: This is a protocol that allows information to be transferred securely between different Rollup applications. Through this communication protocol, Rollup applications can communicate and communicate on top of dYmension’s settlement layer, allowing for better interoperability.
RollApp Virtual Machine (RVM): This is an innovative technology that simulates the environment in which RollApp applications are run. When a dispute occurs, dYmension's settlement layer can start a virtual machine to simulate a specific execution environment to determine the outcome of the dispute. In this way, disputes can be resolved fairly and the reliability and security of the system are guaranteed.
Embedded Hub AMM (Built-in Hub AMM): This is an important feature in dYmension, which provides an automated market trading mechanism. Through this mechanism, users can exchange and trade assets on dYmension’s platform without relying on third-party intermediaries. In this way, transactions become more efficient and secure.

#projectdeeplearning#DYM#dymension -2:
Although dYmension’s protocol is inspired by the Cosmos ecosystem and employs some similar technologies, it also introduces many of its own unique features and design.
First of all, dYmension adopts a modular blockchain architecture design to decouple different functions to improve performance, efficiency and scalability [2]. Each application is its own execution environment, and the center of dYmension is the settlement layer, which is different from the design of Cosmos.
Additionally, dYmension introduces a multi-layered blockchain protocol that provides powerful tools for building and deploying permissionless application-specific RollApps. This makes dYmension the hub and factory for these applications. This design is not exactly the same goal as Cosmos. Although both are committed to achieving interoperability between different blockchains, dYmension focuses more on application expansion and deployment [5].
Another difference is dYmension's emphasis on data availability. dYmension's protocol is designed with a common interface for integrating different data availability providers to ensure that data is available and cannot be tampered after issuing a checkpoint. This design feature makes state consistency between RollApp nodes more reliable, and also provides greater flexibility in selecting data availability providers when deploying RollApp [4].
To sum up, although dYmension is technically inspired by Cosmos, it has innovated and optimized in terms of modular design, multi-layer blockchain protocol and data availability. Therefore, dYmension does not simply copy Cosmos’ technology, but develops its own unique features and advantages based on it.

#内容挖矿

#projectdeeplearning #DYM #dymension -1:

dYmension is a high-performance execution environment for running application logic [1]. It scales through the separation of resource consumption, similar to traditional web infrastructure. At the same time, it also allows applications to insert themselves into a connected, decentralized and trust-minimized environment. dYmension is an infrastructure that combines traditional reliable Web2 instances with the ownership and connectivity benefits of the decentralized Internet [1].
dYmension adopts a modular blockchain architecture design to decouple the different functions of a "single" blockchain to improve performance, efficiency and scalability. In a traditional monolithic blockchain, transaction execution, state settlement, data processing, and consensus on the canonical history of the chain are handled. In dYmension, each application is its own execution environment, and the dYmension hub is the settlement layer [1].
dYmension introduces a multi-layer blockchain protocol that provides powerful tools for building and deploying permissionless application-specific rollups. These applications are called RollApps. dYmension can be seen as the center and factory for these applications. These RollApps can choose to integrate various data availability providers based on security and cost considerations [2].
In dYmension’s protocol, a checkpoint is defined as a block batch published to the DA layer, and the corresponding state root published to the settlement layer. The availability and immutability of data after checkpointing is very important, as corrupted data may cause inconsistent state between RollApp nodes. When deploying RollApp, relying on a specific DA solution is one of the very important considerations [3].
dYmension implements a shared security model that becomes more secure as more applications are deployed. The execution layer of dYmension is an autonomous execution environment. The application deployed on dYmension is RollApp and has its own autonomous rights. They can enjoy the benefits of building their own blockchain, such as having their own native network fee token and fully flexible application logic [4].
In addition, dYmension also supports various execution environments, driving RVM instances with the exact context of a given transaction, resulting in deterministic output [5].dYmension will also embed a local automated market maker (AMM) into the settlement center to enable shared liquidity and shared security. As the infrastructure of RollApp, the embedded AMM is not limited to the use of RollApp [5].
Overall, dYmension is a blockchain protocol with a modular architecture that achieves performance optimization and decentralized deployment of applications by separating resource consumption and introducing the concept of RollApp. It provides powerful tools and technologies that allow developers to build and deploy permissionless applications and select data availability providers based on security and cost considerations.

#projectdeeplearning#ZETA#ZetaChain -3:
The total amount of Zetachain token $ZETA is 10 billion, and the distribution ratio is as follows: - 20% for ecological construction - 15% for team incentives - 10% for community governance - 5% for private equity investors - the remaining 50% will Gradually released through mining and node rewards.

#projectdeeplearning#ZETA#ZetaChain -2:

The Zeta virtual machine is a smart contract execution environment based on Ethereum. It supports zero-knowledge proof technology and can provide higher privacy protection and scalability. Through the Zeta virtual machine, developers can build more secure and efficient decentralized applications.

Technical challenges in implementing Zeta Virtual Machine include efficient performance, security and scalability. The project team uses advanced compiler optimization technology, streamlined instruction sets, and hardware acceleration to improve the execution efficiency of the virtual machine. In terms of security, they adopt a strict code review and vulnerability repair process, combined with smart contract audit tools for multi-level verification. In addition, in terms of scalability, the project team has improved system throughput by introducing distributed ledger technology and Layer-2 expansion solutions. Overall, the Zeta Virtual Machine team continues to iterate and optimize the product, and works closely with community developers to make significant progress amid constant challenges.

#projectdeeplearning#ZETA#ZetaChain -1:

ZetaChain blockchain architecture is a blockchain with native cross-chain smart contract support. It connects smart contract blockchains such as Ethereum, Ethereum L2 Rollups, Solana, Terra, and Algorand, and even non-smart contract blockchains such as Bitcoin and Dogecoin. ZetaChain consists of the Proof-of-Stake mainnet and observers and signers. Observers scan external chains, record relevant events, transactions and status, and reach a consensus on the ZetaChain mainnet on these observations at a certain point in time. Signers are responsible for submitting these consensus results to the external network to achieve cross-chain operations. Generally speaking, the ZetaChain architecture realizes the connection and collaboration of multiple different types of blockchains through the observer-mainnet-signer model, and provides universal holographic smart contract support.

#projectdeeplearning #SAGA-5:

Saga uses the staking rewards mechanism to motivate validators to participate in the security and operation of the network. Validators can mortgage Saga tokens as a deposit to participate in network consensus. In return, they will receive a certain percentage of staking rewards, which are token rewards.
Staking rewards are mainly divided into two parts. First, validators provide services to developers by providing chainlets to obtain staking rewards [1]. Chain shards are the main component of Saga and are the foundation for developers to build distributed applications. Developers can subscribe to chain shards by paying fees, and these fees will become the source of staking rewards for validators. To encourage validators to offer competitive prices to developers, Saga uses an auction mechanism where only the validator with the lowest bid is selected to become part of the active validator set. Developer fees will be set at the rate offered by the highest bidding validator in the active validator set.
Secondly, Saga also uses the staking rewards mechanism to reward validators for participating in network security. Validators will set the delegator commission rate to earn the revenue they receive from delegators. In the early days of the network, validators may not be able to fully cover their operating costs through fees, so the delegation commission rate can serve as compensation. However, in the long term, Saga's goal is to create an economic system where all costs and profits of validators are fully covered by fees. When this goal is achieved, the network may eventually target zero or even negative commission rates, where validators pay delegators through their fee income to attract delegation [2].
In general, the staking rewards mechanism in Saga plays a role in motivating validators to participate in network security and operations. By providing chain shard services and earning delegation commissions, validators can earn staking rewards in return for their participation in the network.