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Blockchain Platforms
Blockchain platforms are frameworks that allow developers to create, deploy, and manage blockchain-based applications and services. These platforms provide the underlying infrastructure for building decentralized applications (dApps), executing smart contracts, and enabling secure, transparent transactions. Blockchain platforms are typically built on distributed ledgers, which ensure data immutability, security, and decentralization. Common uses of blockchain platforms include financial services (like cryptocurrency), supply chain management, identity verification, and voting systems. Popular blockchain platforms offer support for consensus mechanisms, scalability, privacy features, and interoperability with other blockchain networks.
Layer 1 Protocols
Layer 1 protocols, also known as layer 1 blockchains, are blockchain protocols that are built as the base layer of a blockchain. A layer 1 protocol serves as the underlying base blockchain of a blockchain network, as opposed to a layer 2 protocol which is designed to improve the scaling problems and transaction speeds and fees that layer 1 blockchain networks and protocols face. Decentralized applications and cryptocurrencies can be built on Layer 1 protocols, and layer 1 protocols interact with layer 2 protocols in order to improve efficiency and overall user experience.
Smart Contract Platforms
Smart contract platforms enable blockchain developers to build, manage, verify, and execute smart contracts. Smart contracts are contracts that are governed and executed by code on a blockchain.
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    Waves

    Waves

    Waves

    Waves technologies are supported by the Waves Association, a Berlin-based non-profit organization, which fosters Waves research, education, and provides grants for projects based on Waves stack.
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    Waves Enterprise

    Waves Enterprise

    Waves Enterprise

    ...Meeting all relevant regulatory requirements. Waves Enterprise is a hybrid blockchain that combines the advantages of both private and public permissioned blockchain technologies. Depending on the customer’s requirements, a solution can be realized either on a public permissioned or a private network. To ensure additional security of data storage and privacy, a hybrid model can be employed.
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    Subspace

    Subspace

    Subspace

    Subspace is a fourth-generation blockchain built for the next wave of crypto creators. Energy-intensive mining and capital-intensive staking are replaced with a new form of disk-based farming. We leverage key academic research to resolve the blockchain trilemma without sacrificing security or decentralization. Archiving the history of the blockchain ecosystem allows for simple, secure, and trustless bridges between networks.
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