What is MultiversX?
MultiversX (formerly Elrond) is a Layer 1 blockchain that takes a different swing at the scalability problem. Instead of cranking up block sizes or reducing decentralization, it splits transaction processing work across multiple shards running in parallel. The network targets 15,000 transactions per second with 6-second blocks and 12-second finality.
The design dodges the usual blockchain trilemma trade-offs by using adaptive state sharding. Each shard holds its own ledger and validators, coordinated by a beacon chain. EGLD is the native token—you stake it to validate, pay fees in it, and vote with it.
The founding story
Beniamin Mincu, Lucian Mincu, and Lucian Todea started this in 2019 after running MetaChain Capital. They watched existing blockchains hit scaling walls and thought sharding could work at the protocol level, not just in theory.
January 2020 brought the public testnet. July 2020: mainnet launched. The team had already built out validators, an exchange on Binance, and a foundation in Zug, Switzerland.
The rebrand from Elrond to MultiversX in 2024 matched the team's bigger ambition—not just one blockchain, but vertical-specific applications on a multi-chain platform. By then the validator count had exploded from 325 at launch to over 3,200.
How it actually works
Validators split into shards. Each shard processes transactions independently, and the beacon chain coordinates everyone. Smart contracts inherit their shard from their deployment address, so related transactions naturally clump together and don't waste time on cross-shard synchronization.
The virtual machine runs WebAssembly compiled from Rust. You write contracts in Rust, compile to WASM, and the system calls let you interact with the blockchain state and other contracts.
Accounts track nonces for ordering but allow parallel execution with out-of-order settlement. That beats other designs that serialize transactions by nonce.
Cross-shard transactions hit a two-phase commit: intra-shard completes in one block. Cross-shard takes multiple blocks for full finality.
Consensus and security
Secure Proof of Stake handles consensus within and across shards. Each shard runs its own consensus group—about 10 validators selected by stake-weighted randomization. You need 2.5 EGLD minimum to enter the validator set.
Block proposers get rewards from an annual pool of 18,000 EGLD (adjusted over time). Misbehavior gets slashed. The system tolerates up to 33% Byzantine validators and stays live.
Epochs last ~35 hours. Validators get shuffled across shards each epoch to prevent collusion.
Trail of Bits, SlowMist, and others audited the consensus mechanism and virtual machine. No major incidents since launch.
Token economics
Maximum supply: 31.4 million EGLD. Circulating: 24.6 million as of April 2026.
Block rewards started generous but decline as staking participation increases. That inverse relationship controls inflation—right now it's ~3.5-4% annually. Fees are denominated in GWei (10^-9 EGLD) and adjust with network load.
The Foundation kept ~5% at genesis. Most other tokens went to early participants and miners.
What's actually built on it
xExchange is the main DEX, doing $100M+ daily volume at peak. Lending protocols exist. The ESDT standard (no smart contract needed) let thousands of tokens launch fast.
NFTs and SFTs are first-class primitives, not smart contracts bolted on. Gaming projects use this for in-game assets with low fees. Bridges to Ethereum and Polygon let capital move between ecosystems.
Governance and the community
Token holders vote on changes. Governance proposals need minimum EGLD holdings to submit. The Foundation manages most ecosystem development but respects the voting process.
You can run a validator with 2.5 EGLD, so thousands of individuals stake. Communities formed around Rust development, ecosystem apps, and infrastructure. Discord, Telegram, Reddit host discussions. Annual developer conferences strengthen bonds.
Binance listing and partnerships with Ledger, Trezor, and others expanded reach.
Looking ahead
The team wants sub-second finality through consensus tweaks. They're optimizing the VM—better bytecode caching, execution improvements. Cross-chain bridges get more work: standardized protocols with Ethereum, Solana, others.
Privacy tech got explored. Quantum-resistant cryptography is on the list. Enterprise adoption gets attention—supply chain, digital identity, institutional finance.
Recent developments
Mainnet stability improved. Validator set kept growing. Token unlock schedules released new supply.
References
- MultiversX Official Documentation: https://docs.multiversx.com
- Elrond Whitepaper: https://multiversx.com/files/elrond-whitepaper.pdf
- MultiversX GitHub Repository: https://github.com/multiversx
- xExchange DEX: https://xexchange.com
- MultiversX Block Explorer: https://explorer.multiversx.com
- CosmWasm vs WASM Analysis: Technical comparison of smart contract execution environments
- Sharding in Blockchain: A comprehensive overview of sharding approaches and implementations
- Proof of Stake Consensus: Analysis of PoS mechanisms and Byzantine fault tolerance
- Layer 1 Scalability Solutions: Comparative analysis of sharding, sidechains, and rollups
- Token Economics and Staking: Models for incentivizing validator participation
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Article published: April 11, 2026 Last updated: April 11, 2026