Top 10 Smart Contract Platforms (Layer-1 Blockchains)
What’s the best smart contract platform? Ethereum? Solana? Luna? As high fees on Ethereum pushed investors and users to explore alternative smart contract platforms, those layer 1 blockchains have now built thriving ecosystems. In this article, we explore the top ten smart contract platforms.
What is a layer 1 blockchain?
Also known as a smart contract platform, a layer 1 blockchain is the base layer for a crypto ecosystem. For example, Ethereum is a layer 1 blockchain that has layer 2 projects built on top of it, including NFT, DeFi and web3 projects. In general, layer 1s act as a settlement layer and provide the security for the network.
What’s the main difference between layer-1 blockchains?
Smart contract platforms compete in three key areas: scalability, security, and decentralisation. It’s very difficult to have all three of these areas, and this problem is known as the blockchain trilemma.
Most smart contract platforms have managed to be strong in two out of three of these areas, but weaker in the remaining area. For example, Ethereum is incredibly secure and decentralised, but lacks scalability. In contrast, Binance Coins lacks meaningful decentralisation, but is still secure and is highly scalable.
In fact, Ethereum’s difficulty in scaling the blockchain led to its high fees and pushed user growth to other platforms where they could transact at lower cost.
As you can see in the graph above, the percentage of Total Value Locked (TVL) in Ethereum has decreased in comparison to other layer 1s. At the start of 2021, 96% of all DeFi TVL was in Ethereum, and by the end of 2021, that figure had dropped to 62%. However, with AU$214 billion TVL, Ethereum still held almost 10x the TVL of the next highest chain.
As of December 2021, the top five layer 1s with the most TVL are:
- Ethereum - AU$214 billion
- Terra - AU$25 billion
- Binance Smart Chain - AU$23 billion
- Avalanche - AU$16 billion
- Solana - AU$15 billion
That activity has impacted the tokens underlying price. While Ethereum’s price increased an impressive ~600% over the past 12 months, the growth in other layer 1s was far more impressive. Terra grew ~22,000%, Binance Coin increased ~1,700%, Avalanche is up ~4,100%, and Solana is up ~16,310%.
So, why have competing layer-1s outgrown Ethereum so much in the past 12 months?
According to Matthew Sigel, the Head of Digital Assets Research at fund manager VanEck, “The Layer-1s that can promise more transactions per second are starting to get more attention from investors.” Essentially, with increased demand for low-cost transactions, users were forced to look beyond Ethereum.
Now, there are a number of growing layer 1 blockchains that are competing for investments, developers, and users.
The top 10 smart contract platforms - Preview
- Binance Coin
Ethereum was the first smart contract platform. Being the first layer 1, it has established itself as the leader of the pack and has the largest market cap by a factor of 5.
One of the key things to note about Ethereum is the Ethereum Virtual Machine (EVM). The EVM is the decentralised computer that developers interact with when writing smart contracts on Ethereum. It’s important to highlight in this article, as a number of other layer 1 blockchains are EVM compatible, including Binance Smart Chain and Avalanche.
That means they use the same code as Ethereum and developers can easily deploy their projects across multiple blockchains and strengthen the ecosystem of EVM developers (they all use the programming language Solidity).
- The most decentralised layer 1 blockchain.
- The most well-known cryptocurrency after bitcoin.
- Thriving ecosystem.
- Ethereum 2.0
- Ethereum price prediction
- Total Value Locked (TVL)
- Community - Twitter, Discord, YouTube, Reddit
2. Binance Smart Chain
The Binance Smart Chain is one of the most popular blockchains amongst users. Its low fees make it an attractive chain for people with limited funds and it has received extensive support from the Binance exchange. What it lacks in decentralisation, it makes up for in scalability.
- Highly scalable
- Lacks meaningful decentralisation
- EVM compatible
Solana is a high-performance blockchain with some of the fastest transaction speeds of any layer 1, with the goal to hit over 50,000 Transactions Per Second (TPS). That level of throughput could support decentralised applications with hundreds of millions of users. It’s secure and scalable, but not as decentralised as Ethereum.
- High performance
- Fast adoption
- Web3 compatible
Avalanche has the fastest time to finality, the moment when you can trust that a transaction cannot be reversed. This is thanks to its breakthrough consensus mechanism. Also, it requires minimal hardware to run a node, making it more decentralised than most layer 1 platforms.
- Blazingly Fast
- >4,500 TPS
- EVM compatible
Cardano’s long-term vision is to empower those who need it most with a more inclusive, secure, scientific-based technology standard. Cardano aims to redistribute power from unaccountable structures to the margins – to individuals. Notably, the founder of Cardano, Charles Hoskinson, was also a co-founder of Ethereum.
- Uses peer-reviewed research
- Evidence-based methods
Created by Gavin Wood, another Ethereum co-founder, Polkadot uses parachains to create an internet of blockchains. Essentially, multiple blockchain projects are built on top of the Polkadot blockchain and can exchange data and information.
- Interoperable ecosystem
- Multi-chain architecture
Algorand is focused on the future of finance, looking to grow the decentralised finance economy by replacing traditional financial models. Already, they’ve seen growth across a number of industries and have raised hundreds of millions of dollars to grow the ecosystem.
- Award-winning team
- Decentralised finance focused
Terra is a blockchain built to support programmable digital world currencies open for anyone to transact, save or build on top of. Essentially, they’re making programmable money for the internet. The key difference between stablecoins built on Terra and alternatives like Tether and USDC, is they’re decentralised and don’t hold their collateral in the traditional banking system.
- Algorithmic stablecoin ecosystem
- Decentralised financial infrastructure
9. NEAR Protocol
The Near protocol is a layer-1 blockchain aiming to be the base of the emerging web stack. With a sharded proof-of-stake design, it’s highly-scalable and low-cost solution is set to compete with Ethereum and Polkadot.
- Web3 focused
- Highly scalable
Cosmos is an ever-expanding ecosystem of interconnected apps and services, built for a decentralized future. Notably, Binance Smart Chain and Terra are built with Cosmos technology. Many networks are choosing to build on Cosmos because it’s easy for them to scale and they can interoperate with each other.
- Internet of blockchains
- Thriving ecosystem
- Highly scalable
What comes next? Layer 2 vs ‘Ethereum killers’
The incredible growth in layer 1 blockchains that we’ve seen on Cointree reflects the demand for blockspace as the dApp ecosystem and user adoption grows. While Ethereum’s fees remain high, the move towards competing smart contract platforms appears set to continue. However, as Ethereum’s layer 2 ecosystem makes fees cheaper and the user experience improves, some investors see potential for the Ethereum ecosystem to win back some of the lost market share. Regardless, many crypto investors will be watching closely as it’s sure to impact their portfolio growth either way.