Category: Scaling Solutions

The maximum amount of data that a single block in a blockchain can contain.

A protocol that enables the transfer of assets and data between two different blockchain networks.

The ability of different blockchain networks to exchange information and value securely and reliably.

The assurance that all necessary blockchain data is accessible for verifying blocks and maintaining network consensus.

The property of Layer 2 networks or alternative chains to precisely replicate Ethereum's execution environment for seamless compatibility.

A technique used to reduce the size of blockchain blocks by eliminating redundant or unnecessary data.

Independent blockchains that run parallel to a mainchain, often secured or validated by it.

A protocol that enables token and data transfers between different blockchain networks.

Technologies that enable secure data and value exchange across independent blockchains.

A data structure used in some blockchains as an alternative to linear chains to increase scalability and speed.

A dynamic sharding technique used in blockchains to optimize scalability by adjusting shard structures based on demand.

A blockchain optimized for a single decentralized application, enabling custom performance and governance features.

A custom-built blockchain designed to serve a single application or use case with tailored performance and governance.

A mathematical representation used to encode computations in zero-knowledge proofs and zk-SNARKs.

A communication pattern where messages are sent without requiring an immediate response, common in cross-chain protocols.

A blockchain component responsible for ensuring that transaction data is accessible and verifiable by all nodes.

A custom virtual machine developed for Arbitrum rollups to optimize smart contract execution.

A technique used in blockchain to group multiple transactions into a single operation, improving efficiency and reducing costs.

A hard fork of Bitcoin designed to enable faster and cheaper transactions through larger block sizes.

A blockchain architecture where blocks form a Directed Acyclic Graph (DAG), allowing parallel validation and greater scalability.

The ability of different blockchain networks to communicate and exchange data or assets securely and seamlessly.

A scalability technique that splits a blockchain’s data and processing across multiple shards to improve performance.

The maximum amount of data that a block can contain, directly influencing transaction throughput and network performance.

A protocol that enables the transfer of assets or data between different blockchain networks.

A computational structure used in zero-knowledge proofs to verify logic without revealing underlying data.

A technique used to reduce the storage and bandwidth requirements of on-chain data, improving blockchain scalability.

An entity in rollup-based blockchains that orders transactions and proposes batches to the Layer 1 chain.

The ability for different blockchain networks to communicate, transfer assets, and execute operations between each other.

The guarantee that all necessary blockchain data is accessible to verify transactions and network state.

A specialized blockchain component that ensures transaction data is accessible for validation, crucial for modular blockchain scalability.

A probabilistic method for verifying data availability without downloading the full dataset, used in scalable blockchain designs.

A rollup architecture where the Layer 2 environment mirrors Layer 1 execution logic, enabling seamless compatibility and composability.

A Layer 2 scaling solution that executes transactions off-chain and posts compressed data to Layer 1 for security.

A cryptographic proof that verifies the inclusion of a data element within a Merkle tree without revealing the entire dataset.

A blockchain design that separates core functions like execution, consensus, and data availability across specialized layers.

Any data, transaction, or computation that occurs outside the main blockchain network.

A method where heavy or complex calculations are executed outside the blockchain to enhance scalability and efficiency.

A mechanism that allows assets to move from one blockchain to another but not back in the opposite direction.

A Layer 2 scaling solution that assumes transactions are valid by default and only runs fraud proofs if challenged.

A Layer 2 scaling solution for Ethereum that uses child chains to offload transaction processing from the main chain.

An off-chain actor or service that submits transactions on behalf of users in systems like rollups, bridges, and meta-transactions.

A Layer 2 scaling solution that executes transactions off-chain and posts compressed data to the base blockchain.

A concept that describes the trade-off between scalability, security, and decentralization in blockchain design.

A Bitcoin protocol upgrade that separates signature data from transaction data to improve scalability and security.

A blockchain scalability technique that splits the network into smaller partitions (shards) to process transactions in parallel.

An independent blockchain that runs in parallel to a main chain and is interoperable through a bridge.

A cryptographic proof system that allows one party to prove possession of information without revealing it, using compact and efficient proofs.

A Layer 2 scaling solution that allows parties to transact off-chain and settle the final state on-chain.

A custom blockchain network within a larger ecosystem, offering scalability and application-specific configurations.

A layer 2 scaling solution that uses zero-knowledge proofs to batch transactions securely and efficiently.

A cryptographic proof that allows one party to prove it knows a value without revealing it, using zero knowledge.

A zero-knowledge cryptographic proof system offering transparency and scalability without a trusted setup.