Where the Throughput Comes From and Why the Token Hasn't Caught Up
MultiversX (EGLD) just achieved on-chain real-world transaction throughput of 656,607 transactions per second on the network. That kind of throughput blows Ethereum's 15-30 TPS base layer out of the water. So how can EGLD at $4.28 and over 569 million total transactions across 9.12 million accounts be such an architectural study in how NOT to build a blockchain if you want to solve scalability at the foundation layer?
If the question is whether to buy EGLD purely on technicals, here's the answer. The differences between Ethereum and MultiversX aren't marginal. They're existential. The capabilities gap is the result of several key architectural decisions MultiversX built into the foundation that Ethereum can't emulate without breaking backwards compatibility, and that Ethereum simply chose not to make. Here are five of them.
Adaptive State Sharding Without the Complexity Tax
Ethereum's scaling roadmap is exceptionally L2 rollups focused. Danksharding won't be ready for years. But what happens when someone wants to access different L2s? Fragmented liquidity, bridging concerns, non-transparent fee markets. MultiversX went another direction: adaptive state sharding right in the base protocol, day one. The network divides itself into parallel shards which all process transactions simultaneously. A metachain or coordination layer ensures all shards stay in sync.
The key word is "adaptive." These shards can be combined or splintered according to network demand and validator population. MultiversX has had sharding since mainnet launch in 2020. Ethereum's own sharding whitepaper has been postponed and redesigned many times. This allows throughput to scale up or down automatically with zero manual changes. And users aren't forced to choose one chain out of a group of competing L2 solutions, or manage assets between bridged chains. One MultiversX wallet supports everything natively, something Ethereum's current system of layers cannot do for its users. The Supernova upgrade that launched on Battle Net in March 2026 takes the sharding model to even greater heights.
Transaction Finality Measured in Seconds Not Minutes
The Andromeda Upgrade (v1.9.6) slashed confirmation blocks required by default in half. This gave MultiversX near-instantaneous time-to-finality even with a fully subscribed 400-validator consensus group. The upgrade also unlocked sub-second finality, proven true with on-chain benchmarks. Ethereum, even post-merge to proof of stake, still suffers 12-15 minute waits to achieve practical finality (two epochs of 32 slots each). Single-slot finality is on Ethereum's roadmap of research proposals. However there's no timeline for when something like this may be implemented.
This is a real-world differentiator, especially for payments use cases. MultiversX continued its integration with Stripe's Machine Payments Protocol in March 2026, and near-instant settlement was a requirement. Machine-to-machine payments between AI agents (one of the use cases MultiversX is actively developing through its Google UCP integration) simply can't wait 15 minutes for confirmations. The EGLD price hasn't reflected this technology yet. But it works. It's built. And buyers are noticing. 96% of Coinbase users were net buyers of EGLD over the last few trading sessions. At least some of the market is aware of the technical moat. Speed of finality also factors into DeFi composability. Dapps on MultiversX can run complex transactions that would require several transactions on Ethereum in one block. This limits the window for MEV extraction and front-running seen on Ethereum due to slower block times.
Developer Economics That Reward Builders Directly
Validators earn fees through gas payments on Ethereum. The creators of the smart contracts that push that demand don't earn any of those fees through the Ethereum protocol. MultiversX reverses that paradigm with its royalty system. 30% of gas fees generated from the execution of a smart contract are sent to that contract's original creator. Builders have a direct income stream and protocol incentives are aligned with application incentives.
Developers on MultiversX can earn passive income from their work. Whether building on top of a popular DeFi protocol or NFT marketplace, MultiversX developers benefit from usage in addition to token sales and venture fundraising. Validator economics are different as well. MultiversX launched Staking v5 at epoch 1951 in December 2025, which reformed validator reward and security deposit economics to provide better security guarantees and competitive yields. Coupled with smart contract royalties, this creates a two-sided incentive stack Ethereum's single-recipient fee model can't compete with. xExchange's $8.17 million TVL in EGLD ecosystem assets is embarrassingly small. But the incentives behind those numbers have been architected to fuel recursive developer participation with increased usage. Predicting future price movements should take these incentives into account to determine if they'll attract continued developer immigration.
Carbon-Negative Consensus at Full Throughput
MultiversX has been carbon negative across its lifetime with its Secure Proof of Stake (SPoS) consensus. Ethereum proof of stake cannot currently be carbon negative. It has more carbon already in the atmosphere than it has offset compared to the emissions produced by running its network. Ethereum has seen an enormous decrease in energy use since the merge but has not earned a carbon-negative rating.
Ethereum's proof of stake and MultiversX's SPoS are very different. SPoS was designed to make it harder for capital to concentrate control over the network. MultiversX doesn't select a validator to propose a block based on weight of stake alone. The block proposer selection algorithm also takes rating (performance history) and randomness into account. With Ethereum, one of the largest two staking pools (Lido, Coinbase) has disproportionate influence over who gets to produce the next block. MultiversX penalizes downtime with its rating system and otherwise apportions influence over the validator set more evenly.
There are funds that solely invest based on ESG (environmental, social, and corporate governance) metrics. These funds want to know the best place to buy EGLD and other crypto assets. They are paying more attention to carbon footprint. MultiversX claiming carbon-negative status combined with its throughput uniquely positions it in that conversation. The ESG premium isn't priced in yet. It might or might not go up based on institutional flows, but the claim can be verified on-chain.
The WASM Virtual Machine That Opens the Developer Funnel
Ethereum operates on the Ethereum Virtual Machine, or EVM. Execution is forced through Solidity, a custom programming language designed specifically for Ethereum smart contracts. MultiversX is powered by a WebAssembly (WASM) virtual machine native to Rust, C, and C++. That difference is more important than it might sound initially.
Rust has millions of active developers worldwide. The number of active Solidity developers is several magnitudes lower. MultiversX gains capabilities from those developers rather than locking users into learning another crypto-native language. Smart contracts written in Rust can also be audited by a larger security community. Knowledge of Rust isn't confined to the EGLD community like a custom language would be. Execution speed is also much faster. WASM runs magnitudes closer to native machine execution speed than EVM bytecode. This is one reason MultiversX can achieve the throughput numbers demonstrated.
The MultiversX eGold token (EGLD crypto) is used to pay for gas fees on the platform. Every transaction on the network involves executing a smart contract, therefore requires EGLD. Among other Layer 1 projects active in the cross-chain space such as ZetaChain and Pendle, neither has WASM execution at layer 1 in conjunction with adaptive sharding. Ergo does have a differentiated take on smart contracts with its UTXO-based platform. However it is still several magnitudes behind in raw throughput performance. Keep this architecture in mind when comparing EGLD price prediction benchmarks to its peers.
What the Supernova Upgrade Means for These Advantages
Sharding. Finality. Developer royalties. Carbon-negative consensus. WASM execution. All five of these features are live on MultiversX mainnet. Supernova, the network upgrade currently being battle-tested on Battle Net, builds upon all of the above. The MultiversX team has called Supernova the largest network upgrade in the protocol's history. Supernova goes bigger on scalability and deeper on finality, aiming for even faster times than the sub-second speed MultiversX currently provides.
Market conditions, polarizing tokenomics proposals, and delistings from exchanges like Bitfinex and KuCoin explain the gap between MultiversX technicals and its current market capitalization (currently trading 99.3% down from its $545.64 all-time high). What's not true is that MultiversX doesn't solve for certain limitations with Ethereum that are still on Ethereum's roadmap. The question now is whether the next round of news around Supernova mainnet activation will change that trend. For an investor buying EGLD based on protocol design rather than short-term price action, the answer lies somewhere between 656,607 TPS and the $4.28 currently being asked for the eGold crypto coin powering it.
