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Celer Network is partnering with Web3 Foundation to integrate its State Channel Network technology for Layer-2 scaling on Polkadot, aiming for near-zero
Celer Network is partnering with Web3 Foundation to integrate its State Channel Network technology with Polkadot, an upcoming blockchain network, to enable Layer-2 scaling solutions [1]. This development aims to improve transaction speed and reduce costs on Polkadot, addressing fundamental limitations in blockchain scalability, throughput, and latency [1].
| At a glance | |
|---|---|
| Project | Celer Network and Polkadot [1] |
| Focus | Layer-2 scaling via State Channel Networks [1] |
| Benefits | Near-zero transaction costs, real-time transactions [1] |
| Catalyst | Partnership announced February 20 [1] |
Celer Network's integration will involve building a "Pallet" on Substrate, Polkadot's blockchain framework [1]. This Pallet functions similarly to a smart contract but operates at a lower level, allowing developers to build custom chains with basic abstractions like accounts and balances [1]. Mo Dong, co-founder of Celer Network, highlighted that Polkadot's design, which focuses on building blockchains with a set of primitives rather than just smart contracts on a single chain, is particularly beneficial for state channels [1]. For instance, Polkadot's native ProtoBuf decoder in Rust simplifies communication between Layer-1 and Layer-2 during dispute resolution, a process that requires a Solidity parser on Ethereum [1].
Layer-2 solutions are designed to enhance the scalability of Layer-1 blockchains like Ethereum by processing transactions off-chain while maintaining the security of the mainnet [2]. Ethereum, despite processing over 1 million transactions daily, faces congestion and high gas fees due to demand exceeding capacity, which prices many users out of decentralized applications [2]. Celer's State Channel Network technology aims to mitigate these issues by reducing user interaction latency and transaction costs to near zero, enabling real-time transactions [1].
Various Layer-2 approaches exist for Ethereum, including channels, Plasma, independent sidechains, and rollups [2]. Channels, similar to Bitcoin's Lightning Network, allow unlimited off-chain transactions between two parties, with only the first and last recorded on the blockchain, offering speed and low fees [2]. Plasma frameworks create child chains for fast, low-cost transactions, though they support limited transaction types and have withdrawal delays [2]. Independent sidechains, while offering speed and cost efficiency, manage their own security, making them potentially less secure than Ethereum [2]. Rollups, which process transactions off-chain but send data to Layer-1, come in two main types: optimistic rollups, which assume transactions are valid unless challenged, and ZK rollups, which submit validity proofs to Layer-1 [2]. Optimistic rollups are currently live and EVM-compatible but have long withdrawal times, while ZK rollups, though still maturing, offer no delay in asset movement [2].
Polkadot is being developed as a sharded blockchain platform supporting smart contracts, with a focus on interoperability and advanced development functionality through Pallets [1]. Unlike platforms that provide interfaces for smart contracts on a single blockchain, Polkadot offers the capability to build custom blockchains that communicate via its protocol [1]. This architecture allows for greater flexibility and optimization, particularly for solutions like Celer's state channels [1]. While Layer-1 scaling solutions like Ethereum's sharding are also in development, Celer's co-founder Mo Dong asserts that Layer-2 solutions will always offer superior scalability, throughput, cost, and latency benefits [1].
The partnership between Celer Network and Web3 Foundation represents a move to enhance Polkadot's capabilities through specialized Layer-2 scaling, aiming to deliver real-time, low-cost transactions in a flexible, interoperable blockchain environment [1].
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Layer 2 Scaling improves blockchain performance by moving transaction processing off the main chain, which reduces the load on Layer 1 blockchains like Ethereum. These solutions group transactions together and submit them to the main blockchain periodically, resulting in lower fees and increased transaction throughput.
ZK-Rollups in Layer 2 Scaling use cryptographic zero-knowledge proofs to verify transaction validity instantly, while Optimistic Rollups assume transactions are valid unless a fraud proof is submitted during a challenge period. ZK-Rollups are generally more computationally intensive, whereas Optimistic Rollups are noted for their native EVM compatibility and simpler development requirements.
Unichain is a Layer 2 Scaling solution because it operates as a separate blockchain that works alongside Ethereum to process smart contract execution. As of October 2024, Unichain is in the testnet phase and aims to lower transaction costs by 95% compared to the Ethereum mainnet.