MultiversX (EGLD)

Overview

MultiversX is a public blockchain for sending digital assets and running applications. Its native coin, EGLD, pays for transactions, helps secure the network through staking, and gives stakers a role in governance. Developers can build applications on MultiversX, while users can send tokens or interact with those applications through a wallet. The project began under the name Elrond and adopted the MultiversX name in 2022. (multiversx.com)

MultiversX is a layer-one blockchain: it maintains its own network and rules rather than operating as an application on another chain. It is built to handle many transactions by dividing work among groups of computers. EGLD connects those parts of the system. A person sending a payment needs it for a network fee; a validator stakes it to help run the chain; and a developer uses it when deploying or calling a smart contract. (docs.multiversx.com)

History & Team

Elrond’s early development focused on a technical question: how can a blockchain process more activity without asking every computer to handle every task? The project published its technical paper in 2018, launched a testnet in 2019, and launched its mainnet in July 2020. The earlier ERD token was converted to EGLD when the mainnet era began, at a ratio of 1,000 ERD to one EGLD. (multiversx.com)

The project’s co-founders are Beniamin Mincu, Lucian Mincu, and Lucian Todea. Their work spans leadership, network engineering, and business development. In November 2022, Elrond became MultiversX. The new name reflected a broader focus on blockchain applications and digital experiences, while EGLD remained the network’s native coin. (help.multiversx.com)

Network development has continued through protocol releases and votes on major proposals. One important vote in 2025 changed EGLD’s economic model. This history matters because the rules governing a live blockchain can evolve: understanding EGLD involves both the original design and the changes approved after launch. (governance.multiversx.com)

Technology & How It Works

Sharding and smart contracts

MultiversX uses adaptive state sharding. Imagine several teams sorting different parts of a large stack of mail at the same time. In a similar way, shards divide accounts, transaction processing, and network work so activity can run in parallel. A coordinating part of the system, called the Metachain, helps the shards work together. The documented network layout has three transaction shards and a Metachain. (docs.multiversx.com)

The network also supports smart contracts: programs that carry out instructions recorded on the blockchain. Developers primarily write them in Rust, and the network runs them using a WebAssembly-based virtual machine. A smart contract might manage a token exchange, distribute an in-app asset, or apply rules to a digital collectible. These programs give developers a way to build services that users can access directly with a wallet. (docs.multiversx.com)

Consensus and finality

MultiversX calls its consensus system Secure Proof of Stake. Validators stake EGLD and operate computers that check transactions and agree on blocks. The system selects validators to take part in that work and rewards them for helping maintain the network. People who do not run a validator can delegate EGLD to a staking provider. (docs.multiversx.com)

Another key idea is finality: the point when a transaction has been accepted by the network and its result is settled. The Supernova upgrade changes how consensus and transaction execution fit together, with a design target of 600-millisecond block rounds. Its September 2026 mainnet rollout followed testing on separate networks. Faster rounds are especially relevant to applications that need quick feedback, such as payments and interactive services. (multiversx.com)

Tokenomics & Utility

EGLD has several jobs. It is used to pay for transfers, token operations, and smart-contract activity. Validators and delegators receive EGLD rewards for taking part in network security. Staked or delegated EGLD can also carry voting power in on-chain governance, where participants decide on eligible network proposals. (docs.multiversx.com)

How new EGLD is distributed

EGLD’s issuance rules changed in 2025. The network originally had a fixed maximum-supply model. A governance-approved update replaced it with tail inflation, which allows continued issuance at a declining annual rate. The first-year rate in the updated model was set at about 8.76%, with a configured long-term minimum of 2%. New issuance is calculated using the network’s current total supply rather than only its starting supply. (multiversx.com)

The updated model divides planned issuance into four purposes:

• 50% for staking rewards paid to validators and delegators.
• 20% for a growth dividend linked to user activity.
• 20% for an ecosystem growth fund.
• 10% for protocol sustainability, including development and infrastructure.

The two growth-related portions are tied to performance measures and can remain locked when their conditions are not met. The economic framework also includes fee-burning plans, which link some future reductions in supply to network use. Together, issuance, rewards, and fees shape how EGLD supports both network operations and development. (multiversx.com)

Ecosystem & Use Cases

MultiversX supports more than transfers of its native coin. Its ESDT token standard lets projects create fungible tokens, semi-fungible assets, and non-fungible tokens, or NFTs. Basic token handling is built into the protocol, so an ordinary token transfer does not need to run through a separate smart contract. That makes ESDT useful for application assets, community tokens, and digital collectibles. (docs.multiversx.com)

xPortal provides a mobile wallet for holding, sending, and staking EGLD and for accessing services. xExchange is a decentralized exchange built on the network, with tools for swapping tokens and supplying assets to pools. These products show two different sides of the ecosystem: one helps people reach blockchain services, while the other offers an example of an application running on them. (buy.multiversx.com)

Developers can also use MultiversX to build payment tools, games, NFT projects, and other decentralized applications. Its documentation includes software development kits and examples for creating smart contracts and connecting applications to wallets. Each application sets its own rules, while the underlying chain provides shared tools for accounts, tokens, transactions, and contract execution. (docs.multiversx.com)

Advantages & Challenges

Parallel processing is a central strength of the design. Shards can handle separate work at the same time, while built-in token handling reduces the work needed for basic asset transfers. Proof-of-stake validation also gives EGLD a direct role in securing the chain. For developers, Rust tools and smart-contract support provide a path from an application idea to a working on-chain service. (docs.multiversx.com)

The same design brings technical challenges. A transfer between shards needs coordination that a transfer within one shard does not. Applications must account for where contracts and assets are placed, especially when several contracts need to interact. Network upgrades can also require changes to node software and application timing assumptions. MultiversX’s developer guidance for Supernova, for example, explains how shorter rounds affect time-based code. (docs.multiversx.com)

There is an economic challenge as well. The newer issuance model funds security and ecosystem programs over time, while its growth-linked portions depend on defined conditions. Its results therefore depend on how the network and its applications are used. (multiversx.com)

Where to Buy & Wallets

EGLD is available on Coinbase and Kraken, as well as exchanges listed by MultiversX, including Binance. Purchases through payment providers are also integrated into xPortal. The payment methods offered by an exchange or provider depend on the user’s location and account. (coinbase.com)

xPortal and the browser-based MultiversX Wallet let users manage EGLD in wallets they control. The MultiversX DeFi Wallet is a browser extension for connecting to applications. Ledger hardware wallets support EGLD through Ledger Live. These options serve different routines: a mobile app suits everyday access, a browser wallet connects easily to web applications, and a hardware wallet keeps transaction signing on a separate device. (multiversx.com)

Regulatory & Compliance

Legal rules generally address activities such as offering crypto-assets, operating exchanges, and providing custody or payment services. In the European Union, the Markets in Crypto-Assets regulation, or MiCA, sets rules for crypto-assets and crypto-asset service providers. It distinguishes tokens designed to maintain a stable value from other crypto-assets. In the United States, securities treatment can depend on the facts of an offer or sale, including promises about managerial work and expected profits. These frameworks affect how businesses offer EGLD-related services in each jurisdiction. (esma.europa.eu)

Shariah assessment considers the activity as well as the asset. Islamic finance standards address riba (interest), gharar (excessive uncertainty), and maysir (gambling). EGLD can be used to pay network fees, transfer value, and support proof-of-stake validation; applications on MultiversX can also offer lending and other financial arrangements with their own terms. Whether a particular way of acquiring, staking, or using EGLD meets Shariah principles therefore depends on that arrangement and the interpretation applied to it. (aaoifi.com)

Future Outlook

MultiversX’s direction combines faster network operation with tools that make applications easier to build and use. The Supernova work focuses on reducing the time between network rounds and improving responsiveness across a sharded chain. The foundation has also described longer-term work on security, zero-knowledge tools, and cryptographic upgrades. Those plans concern the network’s capabilities rather than a particular application that users must adopt. (multiversx.com)

The updated economic model gives future development another focus. Staking rewards support validators, while growth-related funding is designed to respond to ecosystem activity. Over time, MultiversX’s place among layer-one networks will be shaped by whether developers build useful services and whether people continue to use them. (multiversx.com)

Summary

MultiversX is a layer-one blockchain built around sharding, proof-of-stake validation, smart contracts, and native token tools. EGLD pays for network activity, supports validators, and gives stakers a governance role. From its Elrond origins to its newer network and economic upgrades, the project has kept the same core aim: providing shared infrastructure for digital assets and applications at scale. (docs.multiversx.com)