NEAR Protocol vs. Ethereum: A Practical Comparison

When this article was first written in 2020, NEAR had just launched its mainnet and Ethereum was still running on proof of work, with “Ethereum 2.0” promising sharding at some point in the future. Six years on, both networks look very different. NEAR has shipped a second generation of its sharding design, and Ethereum has moved to proof of stake and chosen rollups, not execution sharding, as its main scaling path.

4IRE has built on NEAR since 2020, when we became a NEAR partner, and on Ethereum as well. This comparison explains how the two networks work today, where each one fits, and what changes for a team moving a product from one to the other.

What Is NEAR Protocol?

NEAR is a sharded, proof-of-stake layer-1 blockchain. Its mainnet launched in October 2020, and its Nightshade design splits the network's state and transaction processing into shards that run in parallel while still forming a single chain. For users and developers, NEAR behaves like one network: accounts, tokens and contracts can call each other across shards.

The biggest change since launch came with Nightshade 2.0. Released in nearcore 2.0 in August 2024, it introduced stateless validation: chunk validators check each shard's work without storing that shard's full state, which lowered hardware requirements and made room for more shards. As of September 2026, NEAR's mainnet protocol configuration lists ten shards.

According to the NEAR documentation, transactions reach finality in about 1.3 seconds and typically cost less than one cent. Other practical features include:

• Human-readable accounts such as alice.near, with full-access and limited function-call keys that let an app sign routine actions without exposing the main key.
• Meta transactions (NEP-366), so a relayer can pay gas on the user's behalf.
• Chain signatures, which let NEAR accounts and contracts sign transactions on other blockchains.
• Contracts in Rust or JavaScript, plus Aurora, an EVM environment that runs on NEAR for Solidity code.

What Happened to Ethereum 2.0?

“Ethereum 2.0” is no longer an official name. Ethereum completed the Merge on 15 September 2022, switching to proof of stake, and the community retired the Eth1/Eth2 labels in favor of “execution layer” and “consensus layer.” Shard chains, the core of the old plan, are no longer on Ethereum's roadmap; rollups took their place.

Instead of sharding computation, Ethereum now makes it cheaper for layer-2 rollups to publish their data. The Dencun upgrade (March 2024) added blob space for that purpose, and Fusaka (December 2025) introduced PeerDAS, which lets each node hold only part of the blob data. Everyday activity has shifted to rollups, while Ethereum mainnet acts as the settlement and data layer. The ethereum.org roadmap explains the history of those decisions.

NEAR vs. Ethereum: Key Differences

Scaling approach

NEAR scales inside the protocol: more shards mean more capacity, and applications do not need to choose a separate network. Ethereum scales through many independent rollups that share mainnet security but have their own fees, bridges and sequencers. The Ethereum approach has produced a huge network of applications; the cost is fragmentation, because users and liquidity are spread across layer 2s.

Speed and finality

Ethereum proposes a block every 12 seconds and finalizes blocks after two epochs, roughly 13 minutes, although rollups give users faster soft confirmations. NEAR's roughly 1.3-second finality on the base layer is a real advantage for payments, games and trading interfaces that need a definite result quickly.

Accounts and user experience

NEAR was designed with account abstraction from the start: named accounts, scoped keys and sponsored transactions are native features. Ethereum is catching up through smart accounts and, since the Pectra upgrade in May 2025, EIP-7702, which lets a regular account run smart-contract code. Both can now deliver wallet-less or gasless onboarding, but it takes less custom work on NEAR.

Validator set and decentralization

Anyone with 32 ETH can run an Ethereum validator, and the network's consensus is spread across a very large, permissionless set of stakers and several independent client implementations. NEAR's validator set is smaller by design: the top 100 validators by stake produce blocks and chunks, and the protocol admits up to 300 validators in total, with the remainder acting as chunk validators. That keeps NEAR fast and cheap to operate, while Ethereum puts more weight on the breadth of its validator base. For a similar look at design trade-offs, see our Cardano vs Ethereum comparison.

Developer stack

Ethereum has the deepest tooling in the industry: Solidity, the EVM, established audit firms and a large hiring pool. NEAR's native contracts use Rust or JavaScript, which suits teams with those skills but means a rewrite for existing Solidity code unless it runs on Aurora. Our guide to blockchain programming languages compares these options.

Adoption and Market Size

As of 30 September 2026, CoinGecko ranks ETH second by market capitalization (about $327 billion) and NEAR 21st (about $7.0 billion). DefiLlama shows about $53 billion locked in DeFi on Ethereum mainnet and about $244 million on NEAR. If your product depends on existing liquidity and integrations, Ethereum and its rollups still lead by a wide margin.

How NEAR Rewards Validators and Developers

NEAR's economics are built into the protocol. Validators receive rewards targeted at 2.5% of total supply per year, and transaction fees are burned, except that contracts receive 30% of the gas they burn while executing. That rebate gives developers an income stream tied to real usage. With stateless validation, block and chunk producers track a single shard, and separate chunk validators check work without tracking shards at all.

When to Choose NEAR or Ethereum

Choose NEAR when fast finality, low and predictable fees and simple onboarding for non-crypto users matter most, and when your team is comfortable with Rust or JavaScript. Choose Ethereum, usually through a rollup, when you need deep liquidity, stablecoin access, the largest developer pool and the widest set of wallets and exchanges. Our guide on how to choose the right blockchain walks through the full set of criteria, and our comparison of three public blockchains adds Tezos to the picture.

Migrating From Ethereum to NEAR

Most of our NEAR work has involved teams that started on Ethereum and wanted lower costs or faster confirmations. In practice, a migration means redesigning contracts for NEAR's asynchronous cross-contract calls, rewriting them with the NEAR Rust SDK, re-auditing the result and planning how tokens and users will move across. Asynchronous calls are the part most teams underestimate: a call to another contract resolves in a later block, so state changes and refunds must be designed for partial failure. A smart contract audit of the rewritten code is essential, because patterns that were safe in Solidity can fail in an asynchronous model.

Conclusion

NEAR and Ethereum have both delivered on much of what they promised in 2020, just in different ways. NEAR built sharding into its base layer and offers fast finality and friendly accounts; Ethereum kept a single settlement layer and scaled through rollups, keeping the largest network of applications in crypto. The better choice depends on your users, your team and the assets you need to reach.

If you are considering NEAR for a new product or a migration, our NEAR development team can assess your contracts and plan the move. For Ethereum and rollup builds, see our Ethereum app development services.