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Best Layer-1 Blockchains to Watch in 2025

17 July 2025, 08:27 UTC
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Sending, buying, selling, lending, borrowing — these are just a fraction of what you can do with crypto today. Behind every action lies a transaction executed and validated on a blockchain. In this article, you'll discover the backbone of every crypto activity — Layer-1 blockchains — and explore a list of the top Layer-1 networks in 2025.

7 results found

dYdX Chain

dYdX Chain

Best for decentralized derivatives trading

dYdX Chain powers fully decentralized perpetuals trading as an open-source blockchain app

Coin

DYDX

Unique addresses

-

Consensus algorithm

Proof of Stake (PoS)

Transactions per second (TPS)

Up to 2,000
Graphite Network

Graphite Network

Best for connecting Web3 with real-world finance

The first blockchain to implement reputation-based account mechanics

Coin

@G

Unique addresses

-

Consensus algorithm

Proof of Authority (PoA)

Transactions per second (TPS)

Up to 1,400
VeChainThor

VeChainThor

Best for stability with a zero-downtime track record

VeChainThor is a world-class blockchain powering real-world adoption

Coin

VET

Unique addresses

9.49 Million

Consensus algorithm

Proof of Authority (PoA)

Transactions per second (TPS)

Up to 10,000
Ethereum Chain

Ethereum Chain

Best for building decentralized applications (dApps)

Ethereum has the largest ecosystem, with more than $62 billion in TVL

Coin

ETH

Unique addresses

318.8 Million

Consensus algorithm

Proof of Stake (PoS)

Transactions per second (TPS)

Up to 119
Near Protocol

Near Protocol

Best for its AI-powered model and scalability capabilities

Offers strong scalability, finalizing transactions in approximately 1.2 seconds

Coin

NEAR

Unique addresses

-

Consensus algorithm

Thresholded Proof of Stake (TPoS)

Transactions per second (TPS)

Up to 12,000
BNB Smart Chain

BNB Smart Chain

Best for a large ecosystem size

EVM-compatible Layer-1 for DeFi, NFTs, GameFi, and Web3 with 1M+ daily users

Coin

BNB

Unique addresses

554.8 Million

Consensus algorithm

Proof of Staked Authority (PoSA)

Transactions per second (TPS)

Up to 2,222
Bitcoin Network

Bitcoin Network

Best for highest level of decentralization

Bitcoin is the first decentralized peer-to-peer payment network

Coin

BTC

Unique addresses

1.39 Billion

Consensus algorithm

Proof of Work (PoW)

Transactions per second (TPS)

Up to 7

Summary Table of Best Layer-1 Blockchains

Layer-1 BlockchainCoinUnique addressesConsensus algorithmTransactions per second (TPS)
dYdX ChaindYdX Chain
DYDX-Proof of Stake (PoS)Up to 2,000Buy dYdX
Graphite NetworkGraphite Network
@G-Proof of Authority (PoA)Up to 1,400Buy @G
VeChainThorVeChainThor
VET9.49 MillionProof of Authority (PoA)Up to 10,000Buy VET
Ethereum ChainEthereum Chain
ETH318.8 MillionProof of Stake (PoS)Up to 119Buy ETH
Near ProtocolNear Protocol
NEAR-Thresholded Proof of Stake (TPoS)Up to 12,000Explore
BNB Smart ChainBNB Smart Chain
BNB554.8 MillionProof of Staked Authority (PoSA)Up to 2,222Buy BNB
Bitcoin NetworkBitcoin Network
BTC1.39 BillionProof of Work (PoW)Up to 7Buy BTC

What Is a Layer-1 Blockchain?

Layer-1 blockchain is a classification of blockchain networks with its own consensus algorithm and functions as an independent network. It serves as the base layer of blockchain architecture, enabling the development of decentralized applications (if smart contracts are supported), scalability solutions, and other blockchain-native infrastructure. Layer-1 blockchains also have native assets classified as “coins,” which are used to pay for transaction fees. For example, two of the most popular and highly capitalized Layer-1 blockchains — Bitcoin and Ethereum — have native coins BTC and ETH.

What Is a Consensus Algorithm?

A consensus algorithm is a mechanism used to create and validate blocks of transactions on a blockchain. Since a Layer-1 blockchain acts as a transparent database containing records of all transactions (accessible to everyone), which are processed by miners or validators to maintain the network, the consensus mechanism ensures that all participants in the network have the same version of the database containing the transaction records, and no one can create fake transactions.

Two of the most commonly used consensus algorithms are Proof of Work (PoW) and Proof of Stake (PoS).

In Proof of Work, blocks of transactions are processed by miners who use computational power to find a valid hash for the block (a unique identifier of the block). Once a valid hash is found, the block is added to the blockchain, and the miner receives a reward in the network’s native coin. This reward is typically generated from block rewards and the transaction fees. Bitcoin, mentioned earlier, uses this type of consensus algorithm. In Proof of Stake, blocks are processed by validators. Instead of relying on computational power, validators are required to stake the blockchain's native coins and install a node to process blocks. The term Proof of Stake comes from the fact that validators stake their coins as collateral, showing they have something to lose if they act dishonestly. This method is more energy-efficient and is used in networks like Ethereum, dYdX Chain, Avalanche, and others.

Key Metrics for Evaluating Layer-1 Projects in 2025

Of course, different Layer-1 blockchains serve different purposes, whether it's building decentralized applications as a developer or interacting with the chain by storing cryptocurrency or using it within the chain’s ecosystem.

Regardless of the purpose, there are several core metrics that help evaluate the strength and potential of any Layer-1 project:

  • Ecosystem size: The number and variety of decentralized applications available on the blockchain indicate how broad the range of DeFi tools is for both users and developers.
  • Performance statistics: Metrics like TPS (transactions per second) and average transaction fees help assess the network’s speed, cost-efficiency, and overall scalability potential.
  • Compatibility with other blockchains: The ability to easily move assets to and from the network — for example, via cross-chain bridges — reflects how well it integrates with the broader crypto ecosystem.
  • Consensus algorithm type: Helps determine how participants can take part in securing the network as miners or validators and earn rewards for their role in maintaining the network.

Conclusion

Layer-1 blockchains form the foundation of the blockchain ecosystem, providing the core infrastructure for security and decentralized application development. In this article, you've explored the best Layer-1 projects in 2025, along with their key characteristics, evaluation metrics, and unique features.

Frequently Asked Questions

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