As the Web3 space continues to expand, decentralized, accurate data becomes increasingly difficult for the public to access. This lack of access to trustless data results in significant scalability issues and dangerous data inconsistencies due to the lack of proper validation before use. KYVE is revolutionizing decentralized data validation, immutability, and retrieval to address these challenges.

Who Are We Dealing With KYVE is a PoS Layer 1 blockchain built with the Cosmos SDK that offers fast and easy tooling for data-related purposes. The protocol layer of KYVE enables the actual use case of KYVE’s data lake, which includes data pools, funding, staking, and delegation. The protocol layer has its own nodes that collect data from a source, bundle it, upload it to any decentralized storage solution, and then validate it, keeping track of which data is indeed valid for its users to tap into.

KYVE’s trustless data is accessible to all for free, and there are two ways to access it:

• Using KYVE’s Data Pipeline, it is possible to import KYVE’s data into a preferred data backend with ease, without needing to write any code. This option can be customized according to one’s needs, and the data can be transformed into the required format;

• If you code your solution, you can use KYVE’s REST-API.

Storing data on KYVE is an entirely customizable experience, enabling users to create a data pool, and determine what data needs to be stored and validated, as well as where to gather it and then where to store it. KYVE is storage agnostic, enabling users to store data through KYVE onto Arweave or code in their storage solution.

KYVE has its native coin, $KYVE, which has multiple uses.

• On the chain level, it is used for staking and delegating;

• On the protocol level, it is used for funding, staking, and delegating;

• On the governance level, it is used for submitting and voting on proposals, allowing stakeholders to have a say in the evolution and growth of KYVE.

KYVE aims to validate and store data streams on decentralized storage providers, eliminating the need for trust in the process. The platform accomplishes this through its Proof of Stake blockchain and network of storage pools built on top of it. Data is collected by uploaders from various sources, stored on decentralized providers, and submitted to storage pools for validation by validators, who are participants in the network. Once validated, the data can be accessed by data consumers to build decentralized applications without having to trust KYVE or any intermediaries.

KYVE is structured into two layers: the chain layer and the protocol layer. The chain layer is a sovereign Proof of Stake blockchain that uses the Tendermint consensus engine and is built with Cosmos. Its main function is to establish consensus and ensure the security of the protocol layer. The protocol layer houses all the unique features of KYVE and enables the validation of data.

There are two types of nodes in KYVE: chain nodes and protocol nodes. Chain nodes refer to validators who are responsible for committing new blocks in the blockchain. These validators participate in the consensus protocol by broadcasting votes that contain cryptographic signatures signed by each validator’s private key. Protocol nodes always run on a specific storage pool and are responsible for collecting data, bundling and uploading it, and validating it.

KYVE has established partnerships with various blockchain networks, including Polkadot & Kusama, Near, Solana, Mina, Moonbeam, Avalanche, Stacks, Cosmos, Evmos, Injective, Celo, Aurora, Zilliqa, Axelar, Sei Network, and Archway.

The Nodigy project team is proud to contribute to such an innovative solution. To witness the future blossoming in technologies is definitely worth every effort we put into them. And if you want to know even more about us and the projects we endorse, let’s keep in touch on Twitter and our website!

As the Web3 space continues to expand, decentralized, accurate data becomes increasingly difficult for the public to access. This lack of access to trustless data results in significant scalability issues and dangerous data inconsistencies due to the lack of proper validation before use. KYVE is revolutionizing decentralized data validation, immutability, and retrieval to address these challenges.

Who Are We Dealing With KYVE is a PoS Layer 1 blockchain built with the Cosmos SDK that offers fast and easy tooling for data-related purposes. The protocol layer of KYVE enables the actual use case of KYVE’s data lake, which includes data pools, funding, staking, and delegation. The protocol layer has its own nodes that collect data from a source, bundle it, upload it to any decentralized storage solution, and then validate it, keeping track of which data is indeed valid for its users to tap into.

KYVE’s trustless data is accessible to all for free, and there are two ways to access it:

• Using KYVE’s Data Pipeline, it is possible to import KYVE’s data into a preferred data backend with ease, without needing to write any code. This option can be customized according to one’s needs, and the data can be transformed into the required format;

• If you code your solution, you can use KYVE’s REST-API.

Storing data on KYVE is an entirely customizable experience, enabling users to create a data pool, and determine what data needs to be stored and validated, as well as where to gather it and then where to store it. KYVE is storage agnostic, enabling users to store data through KYVE onto Arweave or code in their storage solution.

KYVE has its native coin, $KYVE, which has multiple uses.

• On the chain level, it is used for staking and delegating;

• On the protocol level, it is used for funding, staking, and delegating;

• On the governance level, it is used for submitting and voting on proposals, allowing stakeholders to have a say in the evolution and growth of KYVE.

KYVE aims to validate and store data streams on decentralized storage providers, eliminating the need for trust in the process. The platform accomplishes this through its Proof of Stake blockchain and network of storage pools built on top of it. Data is collected by uploaders from various sources, stored on decentralized providers, and submitted to storage pools for validation by validators, who are participants in the network. Once validated, the data can be accessed by data consumers to build decentralized applications without having to trust KYVE or any intermediaries.

KYVE is structured into two layers: the chain layer and the protocol layer. The chain layer is a sovereign Proof of Stake blockchain that uses the Tendermint consensus engine and is built with Cosmos. Its main function is to establish consensus and ensure the security of the protocol layer. The protocol layer houses all the unique features of KYVE and enables the validation of data.

There are two types of nodes in KYVE: chain nodes and protocol nodes. Chain nodes refer to validators who are responsible for committing new blocks in the blockchain. These validators participate in the consensus protocol by broadcasting votes that contain cryptographic signatures signed by each validator’s private key. Protocol nodes always run on a specific storage pool and are responsible for collecting data, bundling and uploading it, and validating it.

KYVE has established partnerships with various blockchain networks, including Polkadot & Kusama, Near, Solana, Mina, Moonbeam, Avalanche, Stacks, Cosmos, Evmos, Injective, Celo, Aurora, Zilliqa, Axelar, Sei Network, and Archway.

The Nodigy project team is proud to contribute to such an innovative solution. To witness the future blossoming in technologies is definitely worth every effort we put into them. And if you want to know even more about us and the projects we endorse, let’s keep in touch on Twitter and our website!