What Is NEAR Token: NEAR vs SUI Comparison

NEAR Protocol and Sui are two of the most architecturally distinct Layer 1 blockchains competing for developer and investor attention. One is built around parallel shard processing; the other uses a data model that treats every on-chain asset as an independent object. A Layer 1 blockchain is the foundational network that processes and validates transactions directly on its own chain, as distinct from Layer 2 solutions that sit on top of an existing base layer. Both NEAR and Sui emerged as next-generation alternatives to Ethereum, which established the smart contract paradigm but faces throughput constraints at peak demand. NEAR launched its mainnet in October 2020; Sui launched in May 2023. This comparison covers what each chain actually is, how they perform, where their ecosystems stand, and which one fits your goals as an investor, developer, or first-time user, with a clear verdict at the end.

The table below captures how the two chains compare across the metrics that matter most.

NEAR Protocol vs SUI: At a Glance

Data fields requiring live figures should be verified at time of reading. TPS, TVL, gas fees, and staking APY change with network conditions. Sources: nearblocks.io, suiscan.xyz, DeFiLlama, CoinGecko.

This article is for informational purposes only and does not constitute financial advice. Cryptocurrency investments carry significant risk, including the potential loss of principal. Always conduct your own research and consult a qualified financial advisor before making investment decisions.

What Is NEAR Protocol?

Definition and Origin

NEAR Protocol is a Layer 1 blockchain designed for high-throughput decentralized applications, built around a proprietary scaling mechanism called Nightshade sharding that divides transaction processing across parallel network lanes. The protocol shares its name with its native token: "NEAR" refers to both the blockchain and the ticker symbol of the token used to pay fees and participate in governance. NEAR Inc. was founded in 2018 by Illia Polosukhin and Alexander Skidanov, and the mainnet launched in October 2020. The NEAR Foundation, an independent nonprofit, governs the ecosystem, funds developer grants, and oversees protocol development. Full NEAR Protocol official documentation is maintained separately from the Foundation's governance functions.

How NEAR Protocol Works

NEAR processes transactions by splitting the network into parallel processing shards. Think of it as adding more checkout lanes at a supermarket rather than making a single cashier work faster. Each shard handles a subset of transactions simultaneously, and validators are assigned to specific shards rather than the entire network. All shard outputs combine into a single block. More shards means more throughput, and the design scales that throughput linearly as the network grows. Contracts on NEAR compile to WebAssembly (WASM) and execute within that virtual machine. The full mechanics of Nightshade sharding and how they compare architecturally to Sui's approach are covered in the architecture section below.

What Is NEAR Used For?

NEAR Protocol supports decentralized applications across DeFi, AI integration, consumer apps, and general Web3 development. Its distinguishing features are Nightshade sharding, dual-language smart contract support in Rust and JavaScript, and its positioning as AI-friendly blockchain infrastructure, backed by mainnet operation since October 2020. The protocol serves a broad range of use cases:

• Decentralized Finance (DeFi): Ref Finance operates as NEAR's primary decentralized exchange; Burrow provides lending and borrowing
• EVM-compatible applications: Aurora is an Ethereum Virtual Machine compatibility layer that lets Ethereum-native decentralized applications (dApps) deploy on NEAR without rewriting code
• Consumer apps: Sweat Economy is a move-to-earn application and one of NEAR's highest user-count protocols
• AI-integrated applications: NEAR has positioned itself as infrastructure for AI agents and AI-driven dApps through the NEAR AI initiative. This positioning carries credibility because co-founder Illia Polosukhin co-authored the foundational 2017 "Attention Is All You Need" transformer paper that underpins modern large language models
• Web3 development: Developers can write smart contracts in Rust or JavaScript via the NEAR JS SDK, which lowers the entry barrier compared to chains requiring a single specialized language

With NEAR's foundations established, the next question is what Sui brings to the same competitive space.

What Is SUI?

Definition and Origin

Sui is a Layer 1 blockchain built around an object-centric data model that treats every on-chain asset as an independent programmable object. This architectural choice enables high-throughput parallel transaction processing. Developed by Mysten Labs, a company founded by former Meta (Facebook) engineers who previously worked on the Diem blockchain project, Sui launched its mainnet in May 2023, nearly three years after NEAR. The founding team includes Evan Cheng, Adeniyi Abiodun, Sam Blackshear, George Danezis, and Kostas Chalkias. As with NEAR, the network name and the token ticker share the same string: "SUI" refers to both the Sui network and the $SUI token used for fees and staking. The Sui Foundation serves as the separate nonprofit governing body for ecosystem grants and protocol governance. Full Sui blockchain official documentation is maintained by Mysten Labs.

How Sui Blockchain Works

Instead of organizing data around user accounts, the model most blockchains use, Sui treats every on-chain asset as its own independent lockbox with a unique ID, owner, and state. Most chains, including NEAR, store assets as entries in an account-level ledger, like items in a shared filing cabinet where everything is organized by owner. Sui gives each asset its own separate container. Because unrelated assets have no shared state, transactions that touch different objects can execute simultaneously rather than waiting in sequence. Sui's consensus is handled by the Narwhal/Bullshark protocol, a DAG-based mempool design that supports the high-throughput requirements the object model enables. The full architectural comparison with NEAR's sharding approach follows in the section below.

What Is SUI Used For?

Sui's main advantages are its object-centric data model enabling parallel transaction execution, the Move smart contract language's strong asset safety guarantees, and purpose-built efficiency for NFT and gaming use cases where independent asset ownership maps directly to the object model. The Sui network supports:

• High-throughput DeFi: Cetus Protocol serves as the primary DEX and automated market maker (AMM) on Sui; Turbos Finance provides concentrated liquidity trading
• NFTs and digital collectibles: Each NFT is natively an object in Sui's data model, making minting and transfer more efficient than on account-based chains
• Gaming assets: Independent object ownership maps naturally to in-game item systems where each asset has distinct properties and provenance
• On-chain identity: Sui Name Service provides human-readable wallet addresses for the Sui network

The real differentiation between NEAR and Sui emerges when you examine their underlying architectures side by side.

NEAR Protocol vs SUI: Architecture and Technology

Both NEAR Protocol and Sui are Layer 1 blockchains, but they arrived at scalability through fundamentally different architectural choices. The blockchain scalability trilemma, the challenge of simultaneously achieving decentralization, security, and scalability, prompted each team to build a distinct solution from the ground up.

NEAR's Nightshade Sharding: How It Works

Nightshade sharding is NEAR Protocol's proprietary scaling mechanism. The network is divided into parallel processing units called shards, each handling a subset of transactions simultaneously. Each shard produces a "chunk" of a block; all chunks combine to form one complete block. Adding more shards scales throughput linearly, the same way adding checkout lanes at a supermarket increases how many customers a store can serve per hour without making any individual cashier work faster.

Each shard maintains its own validator subset, and NEAR's Delegated Proof of Stake (DPoS) consensus is woven into the sharding model. Validators stake NEAR tokens to earn the right to process transactions and produce blocks. Token holders who do not run validator infrastructure can delegate their NEAR to validators and earn a share of staking yield, meaning any holder can participate in network security without running a node. This design is NEAR's answer to the scalability trilemma: parallel shard processing increases throughput while delegated staking distributes validation rather than concentrating it. Theoretical TPS scales with the number of active shards rather than being fixed by hardware constraints, which gives NEAR a structural scalability ceiling that rises with adoption.

Sui's Object-Centric Data Model: How It Works

Sui's object-centric data model is the architectural choice that most distinguishes it from NEAR and from most other blockchains. Most chains, including NEAR, organize data around user accounts: your assets are entries in a ledger attached to your address, like items stored in a shared filing cabinet. Sui instead treats every on-chain asset as an independent object with its own unique identifier, its own owner, and its own state. Each object is effectively its own lockbox.

The parallelism this enables is direct: because unrelated objects share no state, transactions affecting different objects can execute simultaneously rather than queuing. Two users swapping different tokens, minting separate NFTs, or updating independent gaming assets can all be processed in parallel without waiting on each other. This is the source of Sui's high theoretical transactions per second (TPS). Real-world implications include faster NFT minting, more efficient gaming asset management, and high-throughput DeFi execution at scale. Sui's Narwhal/Bullshark consensus protocol, a DAG-based mempool design, is built to match the throughput demands the object model creates.

Smart Contracts and Language Comparison

Smart contracts are self-executing programs stored on a blockchain that enforce agreement terms automatically when conditions are met, without a central intermediary. NEAR and Sui take different approaches to how those programs are written.

NEAR Protocol supports smart contract development in Rust (compiled to WebAssembly/WASM) as the primary language, with JavaScript/TypeScript available via the NEAR JS SDK. This dual-language approach gives web developers an accessible path to building on NEAR without needing to learn Rust. Sui uses Move, a language originally developed at Meta for the Diem blockchain project. Move's core design principle is asset safety: resources in Move can only be moved, not copied or deleted accidentally, which eliminates a class of vulnerabilities common in Solidity. Sui uses a modified version called Sui Move, tailored specifically for the object-centric data model. Both Sui and Aptos use Move, but Aptos uses a version closer to the original Diem specification with a traditional account model. Sui Move is not interchangeable with Aptos's variant.

Architectural design shapes performance ceilings. The next section puts specific numbers to both chains' real-world throughput.

NEAR vs SUI Performance: TPS, Finality, and Gas Fees

In theoretical throughput, Sui currently holds a structural advantage due to its parallel object execution model. Transactions on independent objects execute simultaneously rather than sequentially. NEAR's scalability advantage emerges at the design level: as shard count increases, theoretical throughput scales linearly with no architectural ceiling imposed by a fixed object processing queue. Both chains significantly outperform Ethereum's historical mainnet throughput of 15 to 30 TPS.

Transaction Speed (TPS)

Transactions per second (TPS) is the primary performance benchmark for blockchain networks, but the distinction between theoretical maximum TPS and observed average TPS matters considerably. Theoretical figures reflect lab conditions or whitepaper claims; observed figures reflect actual mainnet load.

NEAR Protocol: Theoretical TPS scales with active shard count. Observed average TPS as of writing: verify current figure at NEAR block explorer (nearblocks.io). Not all transactions are parallelizable within a shard because sequential dependencies exist, which is why observed TPS typically falls below the theoretical ceiling.

Sui: Theoretical TPS is enabled by parallel object execution across independent assets. Observed average TPS as of writing: verify current figure at Sui block explorer (suiscan.xyz). The gap between Sui's theoretical and observed TPS exists because not all transactions involve fully independent objects. Some touch shared state and must process sequentially.

For context, both chains operate at a scale that makes Ethereum's base layer throughput look limited by comparison. The relevant competition is between NEAR and Sui themselves, and between them and other high-throughput Layer 1 networks like Solana.

Transaction Finality and Gas Fees

Transaction finality, the time after which a transaction is considered irreversible, is typically under two seconds on both chains. Verify current finality benchmarks at nearblocks.io and suiscan.xyz at time of reading, as these figures can shift with network upgrades.

Both NEAR and Sui charge fractions of a cent per transaction for a standard token transfer, compared to Ethereum fees that have historically spiked to tens of dollars during peak demand. Gas fees on both chains are denominated in their respective native tokens and remain predictably low under normal conditions. Fees fluctuate with network congestion; check current rates at each chain's block explorer before transacting.

Which chain has the more active ecosystem is a separate question from which is faster, and often more consequential for investors.

NEAR vs SUI Ecosystem: dApps, DeFi, and TVL

Ecosystem depth separates chains that can perform from chains that people actually use. Total value locked (TVL) is the aggregate value of assets deposited in a chain's decentralized applications and the most widely used proxy for ecosystem activity. Both chains compete meaningfully in this metric.

NEAR Protocol Ecosystem

Decentralized Finance (DeFi) refers to lending, trading, and borrowing services conducted via smart contracts without banks or centralized intermediaries. NEAR's DeFi ecosystem has been operational since 2021 and includes several well-established protocols.

TVL as of writing: verify current figure at DeFiLlama NEAR data.

Named decentralized applications (dApps) on NEAR include:

• Ref Finance: NEAR's primary decentralized exchange, handling the majority of on-chain token swaps
• Burrow: Lending and borrowing protocol where users deposit collateral and borrow against it
• Aurora: An EVM compatibility layer that allows Ethereum-native dApps to deploy on NEAR without rewriting code, expanding NEAR's developer addressable market considerably
• Sweat Economy: A move-to-earn consumer application that rewarded walking with token incentives and attracted millions of users at peak activity

NEAR supports NFTs via the NEP-171 standard, with an active collector community that predates Sui's launch.

Sui Ecosystem

TVL as of writing: verify current figure at DeFiLlama Sui data.

Sui's ecosystem launched in May 2023 and has grown at a pace that reflects strong institutional backing and a technically differentiated architecture. Key dApps include:

• Cetus Protocol: Sui's primary DEX and AMM, handling the bulk of on-chain liquidity
• Turbos Finance: Concentrated liquidity DEX built for capital-efficient trading
• Sui Name Service: On-chain identity protocol providing human-readable wallet addresses
• DeepBook: Sui's native central limit order book, enabling institutional-grade DeFi with bid/ask order matching

Sui's object model makes NFTs native objects by design. Each NFT is already an independent object in Sui's data model, making minting and transfer structurally more efficient than on account-based chains. Gaming projects have specifically targeted Sui because in-game asset management maps naturally to object ownership.

Developers ask a different question than investors do: not which ecosystem is larger today, but which chain is easier to build on and which offers the best path from prototype to funded project.

NEAR vs SUI: Developer Experience

The choice between NEAR Protocol and Sui as a build target comes down to three practical questions: which language fits your team's background, which tooling is mature enough for production, and which ecosystem offers the clearest path from prototype to funded project.

Smart Contract Languages and Execution Environments

NEAR Protocol:

NEAR supports Rust (compiled to WebAssembly/WASM) as its primary smart contract language, plus JavaScript/TypeScript via the NEAR JS SDK. The WASM virtual machine executes compiled contracts. Rust's memory ownership and type system prevents a category of runtime errors at compile time, offering strong safety guarantees for production contracts. The learning curve for Rust is well-documented as steep for developers without systems programming background, but the NEAR JS SDK provides a genuine alternative path for web developers who want to build on NEAR without learning Rust. Tooling includes NEAR CLI for contract deployment and account management, the NEAR SDK for Rust contracts, and the NEAR JS SDK for JavaScript contracts.

Sui:

Sui uses Sui Move, a modified version of the Move language originally developed at Meta for Diem. The Move VM executes contracts. Move's resource semantics are its primary safety feature: assets can only be moved, not copied or deleted accidentally, which prevents a class of double-spend and reentrancy vulnerabilities at the language level rather than requiring runtime checks. Sui Move's modifications tailor Move specifically to the object-centric data model. The learning curve for Move is lower than Rust in terms of surface area, but Sui's object model requires architectural re-thinking even for experienced Solidity developers. Tooling includes Sui CLI and Sui SDK clients in TypeScript and Rust. Both Aptos and Sui use Move, but Sui Move is configured for object-centric parallel execution while Aptos uses a version closer to the original Diem specification.

Documentation, Grants, and Developer Community

NEAR:

NEAR Protocol developer documentation covers smart contracts, storage mechanics, Aurora EVM integration, and tooling in depth. The NEAR Foundation runs a grant program for protocol-aligned builders through NEAR DevHub, which consolidates tooling resources and community support. NEAR's longer track record, with mainnet operation since October 2020, means more Stack Overflow answers, GitHub examples, audit reports, and community tutorials exist for common development patterns. The developer community has had four-plus years to produce reference implementations.

Sui:

Sui Foundation documentation is well-structured and actively maintained. The Sui Grants Program targets DeFi, gaming, and infrastructure projects with structured funding. Sui's developer community is newer (mainnet 2023) but growing, and the Move language's adoption on Aptos cross-pollinates knowledge between the two ecosystems. Sui's object model requires conceptual re-learning even for experienced Solidity developers. The architectural investment is real, but developers who complete it gain access to the parallelism advantages the model provides.

Honest assessment: NEAR offers more accessible onboarding for developers already in Web3, particularly those coming from JavaScript backgrounds. Sui's object model requires up-front architectural investment but delivers structural advantages for throughput-sensitive applications like gaming, high-frequency DeFi, and NFT platforms.

NEAR vs SUI Tokenomics: Supply, Utility, and Market Data

Tokenomics encompasses the supply mechanics, utility design, and distribution schedule of a network's native token. These factors are among the most consequential for investors evaluating long-term holdings.

NEAR Token ($NEAR)

The NEAR token is used for paying transaction fees on the NEAR network, staking to validators to earn yield and secure the network, governance voting on protocol upgrades, and storage staking. Storage staking is a NEAR-specific mechanism where developers stake NEAR tokens proportional to the on-chain storage their application uses. Unlike most chains, NEAR ties storage consumption to token staking, which discourages chain bloat and aligns infrastructure costs with usage patterns.

The NEAR token supply model operates with a fixed maximum supply, with inflationary staking rewards for validators and delegators partially offset by token burning from transaction fees. This creates a net inflation rate that depends on network activity: higher transaction volume burns more tokens, offsetting more of the staking issuance.

Market data: verify current market cap, circulating supply, and fully diluted valuation (FDV) at CoinGecko. Staking APY: verify the current approximate rate at the official NEAR wallet or staking dashboard. Note that this figure is approximate and variable.

SUI Token ($SUI)

The SUI token is used for paying gas fees on the Sui network, staking to validators to earn yield and participate in network security, and governance voting on protocol upgrades. Its total maximum supply is 10 billion tokens, with a significant portion allocated to the team, early investors, ecosystem development, and community initiatives subject to vesting schedules.

A meaningful portion of the 10 billion SUI total supply is subject to scheduled vesting unlocks, a supply-side factor that investors typically monitor for potential selling pressure. This is a known risk factor for newer tokens with large institutional allocations, not a disqualifying flaw, but it is material to investment analysis in a way that NEAR's supply structure is not to the same degree. The FDV-to-market-cap ratio for SUI deserves attention given the gap between current circulating supply and maximum supply.

Market data: verify current market cap, circulating supply, and FDV at CoinGecko. Staking APY: verify the current approximate rate at the official Sui wallet. This figure is approximate and variable.

NEAR vs SUI Staking: APY, Lock-Up Periods, and Requirements

Both NEAR Protocol and Sui use delegated staking, meaning you can stake tokens with validators and earn yield without running any infrastructure yourself. Both chains implement Delegated Proof of Stake (DPoS), though the specific mechanics differ.

APY figures are approximate and vary with network conditions. Verify current rates at the official NEAR wallet (wallet.near.org) and Sui wallet before staking.

NEAR's longer unbonding period means slightly less liquidity flexibility when you want to exit a staking position, a consideration for active traders who may want to respond quickly to market conditions. Sui's shorter unbonding period provides faster access to staked assets. Both chains allow staking through non-custodial wallets, and neither requires minimum balances that would exclude retail participants.

One factor specific to Sui staking is the broader tokenomics context: SUI's vesting-driven supply additions may place downward pressure on token price independent of staking yield. Investors should factor net yield into their calculations rather than treating the staking APY figure in isolation.

NEAR Protocol vs SUI: Which Is Better?

NEAR Protocol and Sui serve different goals well enough that the better choice genuinely depends on what you're optimizing for, but that conditional answer still has a clear structure.

This article is for informational purposes only and does not constitute financial advice. Cryptocurrency investments carry significant risk, including the potential loss of principal. Always conduct your own research and consult a qualified financial advisor before making investment decisions.

For Investors

For investors prioritizing ecosystem maturity and lower supply-side risk, NEAR Protocol presents a more defensible position. NEAR's mainnet has operated since October 2020, giving it four-plus years of validator network stability, battle-tested smart contract infrastructure, and an established DeFi ecosystem that predates Sui's existence. The NEAR token supply structure carries lower unlock risk than SUI's 10-billion-token total supply with significant vesting tranches outstanding.

NEAR also carries a differentiated investment narrative that no other chain can match: co-founder Illia Polosukhin co-authored the "Attention Is All You Need" transformer paper, and NEAR has positioned itself as infrastructure for AI agents and AI-driven applications. This thesis may attract renewed developer and investor attention as AI-integrated blockchain applications become more common, though it remains a positioning claim rather than a proven revenue driver.

For investors comfortable with earlier-stage risk in exchange for growth exposure, Sui warrants serious consideration. Sui's object-centric architecture is technically novel, its post-launch TVL growth has been rapid, and Mysten Labs brings institutional-grade funding and a proven engineering team. The tradeoff is clear: Sui's shorter track record and scheduled token unlocks introduce risks that NEAR's more established position does not carry to the same degree.

Consider NEAR if you prioritize ecosystem maturity, lower token unlock risk, the AI-integration narrative, and a longer validator track record.

Consider Sui if you are comfortable with earlier-stage risk in exchange for exposure to rapid ecosystem growth and a technically differentiated architecture.

For Developers

Build on NEAR if your team already knows Rust or JavaScript, you want EVM compatibility through Aurora, you need access to a larger existing developer community with more documentation depth, or you are building consumer-facing applications where broad wallet compatibility matters.

Build on Sui if you are building throughput-sensitive applications such as NFT platforms, high-frequency DeFi, or gaming economies, where the object model's parallelism is a genuine performance advantage that justifies the learning investment. Sui Move's safety-first design also makes it compelling for teams where smart contract security is a priority and the team is prepared to learn a new language.

For General Users and Beginners

Both chains offer low fees and fast transactions relative to Ethereum. NEAR's longer track record and consumer-accessible apps like Sweat Economy make it more approachable for first-time users who want to explore a Layer 1 ecosystem without navigating newer infrastructure. Sui's ecosystem is evolving faster but has fewer audited, established applications for users who are not developers. For a first foray into Layer 1 staking or DeFi, NEAR's more established protocol reduces the chance of encountering under-audited contracts or newly launched protocols with less track record.

Recent Developments to Watch

NEAR: The NEAR AI initiative is actively positioning the protocol as infrastructure for autonomous AI agents. Aurora continues to expand Ethereum liquidity into the NEAR ecosystem. Both developments are protocol-level catalysts rather than market-sentiment driven, which gives them more durability as investment theses.

Sui: TVL has grown at a pace reflecting strong developer and user adoption since the May 2023 mainnet. Sui's object model continues to attract NFT and gaming projects that find account-based chains structurally limiting. DeepBook's development as a native order book protocol may catalyze institutional DeFi activity on Sui as it matures.

Both chains: Broader Layer 1 market conditions affect both tokens in the short term. Over a 12 to 24 month horizon, protocol-specific catalysts including ecosystem growth, developer adoption, and tokenomics trajectory will matter more than macro sentiment in differentiating their performance.

NEAR Protocol vs SUI: Frequently Asked Questions

Here are the most common questions about NEAR Protocol and Sui.

What Makes NEAR Protocol Unique?

NEAR Protocol's distinguishing features are Nightshade sharding, a parallel processing architecture that scales throughput by adding shards rather than increasing single-processor speed, dual smart contract language support in Rust and JavaScript, and an AI integration narrative backed by co-founder Illia Polosukhin's authorship of the "Attention Is All You Need" transformer paper. NEAR has operated on mainnet since October 2020, giving it a longer track record than most competing Layer 1 networks.

Is NEAR Protocol a Good Investment?

NEAR Protocol offers established strengths as a holding: an operational dApp ecosystem, a staking yield mechanism, an AI-adjacent narrative with credible technical lineage, and lower supply-side unlock risk compared to newer tokens. Risk factors include crypto market volatility, competition from chains including Sui and Aptos, and the uncertainty inherent in protocol-level adoption timelines. Investment suitability depends on your risk tolerance, portfolio allocation, and time horizon. This is not financial advice. Consult a qualified financial advisor before making any investment decisions.

What Is SUI Blockchain's Advantage?

Sui's primary advantages are its object-centric data model that enables high-throughput parallel transaction processing, the Move smart contract language's built-in asset safety guarantees, and purpose-built efficiency for NFT and gaming use cases where independent asset ownership maps directly to the object model. Sui's well-funded development team at Mysten Labs and rapid post-launch ecosystem growth are additional factors in its favor as a technically distinct protocol.

How Is SUI Different from Aptos?

Both Sui and Aptos use the Move programming language and both trace their origins to Meta's Diem blockchain project. The key difference is architectural: Sui uses a modified Sui Move tailored for its object-centric data model, enabling parallel transaction processing for independent objects. Aptos uses a version of Move closer to the original Diem specification with a more traditional account-based model. Sui emphasizes throughput via parallelism; Aptos emphasizes reliability and Ethereum developer familiarity.

Is NEAR Protocol the Same as SUI?

No. NEAR Protocol and Sui are two separate, competing Layer 1 blockchain networks. They differ in architecture (NEAR uses Nightshade sharding; Sui uses an object-centric model), smart contract languages (Rust and JavaScript on NEAR; Move on Sui), development teams (NEAR Foundation; Mysten Labs), and mainnet launch dates (October 2020 vs May 2023).

Who Created SUI Blockchain?

Sui was created by Mysten Labs, a company founded by former Meta (Facebook) engineers who previously worked on the Diem blockchain project. The founding team includes Evan Cheng, Adeniyi Abiodun, Sam Blackshear, George Danezis, and Kostas Chalkias. Sui's mainnet launched in May 2023. The Sui Foundation serves as the separate nonprofit governing body for ecosystem grants and protocol governance.

What Programming Language Does NEAR Use?

NEAR Protocol supports smart contract development in Rust, compiled to WebAssembly (WASM), and JavaScript/TypeScript via the NEAR JS SDK. Rust is the primary language for production contracts; the JavaScript SDK provides an accessible alternative for developers with web backgrounds who want to build on NEAR without learning Rust. Sui, by contrast, uses the Move programming language in its Sui Move variant.

What Is Nightshade Sharding on NEAR?

Nightshade sharding is NEAR Protocol's proprietary scaling mechanism. The network divides into parallel processing units called shards, each handling a subset of transactions simultaneously. Each shard produces a block "chunk"; all chunks combine into one complete block. More shards means more throughput, scaling linearly as the network grows. This architecture allows NEAR to increase capacity without reducing decentralization, by adding parallel shards rather than demanding that validators process transactions faster.

What Is the NEAR Token Used For?

The NEAR token is used for paying transaction fees on the NEAR network, staking to validators to earn yield and secure the network, governance voting on protocol upgrades, and storage staking. Storage staking is a NEAR-specific mechanism where developers stake NEAR tokens proportional to the on-chain storage their application uses. Unlike most chains, NEAR ties storage consumption to token staking, which discourages chain bloat and aligns infrastructure costs with actual usage.

What Is the SUI Token Used For?

The SUI token is used for paying gas fees on the Sui network, staking to validators to earn yield and participate in network security, and governance voting on protocol upgrades. The SUI token has a total maximum supply of 10 billion tokens, with a significant portion subject to vesting schedules for the team, investors, and ecosystem allocations. Investors should monitor token unlock events as potential supply-side variables when evaluating SUI as a holding.

Which Blockchain Is Faster, NEAR or SUI?

In theoretical throughput, Sui currently holds a structural advantage: its object-centric model enables unrelated transactions to execute in parallel, whereas NEAR processes transactions within shards sequentially. In observed mainnet performance, verify current figures from suiscan.xyz and nearblocks.io. Both chains significantly outperform Ethereum's historical 15 to 30 TPS. NEAR's architecture scales by adding shards, meaning its theoretical throughput ceiling rises with network growth rather than being fixed. Neither chain is faster in all conditions; the answer depends on transaction type, network load, and whether the workload benefits from object-level parallelism.

Does NEAR Protocol Use Proof of Stake?

Yes. NEAR Protocol uses Delegated Proof of Stake (DPoS). Validators stake NEAR tokens to earn the right to process transactions and produce blocks. Token holders who do not run validator nodes can delegate their NEAR to validators and earn a share of staking rewards. Sui also uses Delegated Proof of Stake, implemented via the Narwhal/Bullshark consensus protocol, with similar delegation mechanics available to token holders.

This article is for informational purposes only and does not constitute financial advice. Cryptocurrency investments carry significant risk, including the potential loss of principal. Always conduct your own research and consult a qualified financial advisor before making investment decisions.