NEAR Protocol is a proof-of-stake blockchain that uses Nightshade sharding to divide state and transaction processing among shards. That parallel design is intended to let different parts of the network work at the same time while sharing one protocol and security model. The native asset, NEAR (Ⓝ), is used for staking, paying for network resources and reserving on-chain storage.
NEAR transaction fees are not one permanent number. The protocol measures the computation and bandwidth a transaction consumes as gas, then charges the required gas multiplied by a gas price that changes with network usage. Your exact cost therefore depends on the transaction, the protocol’s current gas price and any storage-related balance requirement.
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What NEAR Protocol is
NEAR is a layer-1 blockchain: applications and accounts use its own network for execution, data storage and settlement rather than relying on another chain for those basic functions. It uses proof of stake. In that model, participants commit NEAR to support the network’s Sybil resistance and consensus, while validators operate infrastructure and receive protocol rewards for doing so, according to NEAR’s economics overview.
NEAR’s defining technical idea is Nightshade, its sharding design. Instead of requiring every validator to process every piece of state and every transaction, the protocol divides the overall state and processing work among shards. The shards are coordinated as parts of one blockchain; they are not unrelated blockchains with separate security assumptions.
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NEAR’s official papers page says the Nightshade paper was first published in 2019 and updated as version 2.0 in 2024. The current description emphasizes stateless validation, in which validators can validate shard work without each one holding all shard state locally. Read the technical material at NEAR’s papers and Nightshade page.
How Nightshade sharding works
State is partitioned across shards
In a non-sharded design, the same execution environment handles the entire state space. Nightshade partitions that state into shards. An account or contract’s data belongs to a particular shard, while the network still presents a unified chain to users and applications. Splitting state allows different portions of execution and data handling to proceed in parallel.
Processing is parallel, not isolated
Sharding is useful because independent work can be processed concurrently. A transaction that touches one shard does not automatically require every other shard to perform the same computation. Cross-shard activity still has to be coordinated by the protocol, so “parallel” does not mean that shards can ignore one another or that every operation has identical cost.
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Nightshade’s stateless-validation approach separates validating new shard work from permanently keeping every shard’s full state on each validator machine. This is an architectural description, not a promise that all operators have identical hardware requirements. The active parameters and implementation details can depend on the protocol version deployed on mainnet.
Who secures NEAR?
Stakers and validators
NEAR uses token staking for Sybil resistance: controlling influence in consensus requires committing economic value rather than creating unlimited identities. Validators provide the machines and network connectivity that execute and verify protocol work. NEAR’s economics material describes rewards for validators that provide this infrastructure.
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Delegation can let a token holder support a validator without personally running a node, where the chosen wallet or staking service offers that function. The amount an individual earns is not established by the protocol descriptions cited here; it varies with validator performance, delegation arrangements, protocol rules and the amount staked. Do not treat a general description of validator rewards as a guaranteed personal yield.
What staking does not mean
- Staking does not turn NEAR into a share of a company or guarantee that the token will rise in value.
- A validator reward rate quoted by a wallet or service is time-dependent and can change.
- Staking has operational and liquidity considerations, including any protocol-specific waiting period or service terms shown by the interface you use.
What the NEAR token is used for
Network-resource payments
NEAR (also written as Ⓝ) is the native unit used to pay for resources consumed on the network. A transaction can require NEAR for execution fees, and accounts need an adequate balance before submitting actions.
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Staking and validator economics
NEAR is the asset committed in the proof-of-stake system. Validators and their delegators use it to participate in network security, while validator rewards are issued under protocol rules. This utility description says how the network uses the token; it is not an investment forecast or a statement about current market value.
Storage rights
NEAR’s economics explanation connects an account’s balance with the right to occupy blockchain storage. Its article gives an illustrative estimate of roughly 10 kilobytes of account storage per 1 NEAR. That figure is a source-specific explanation, not a universal current allowance: storage parameters can change, and the amount needed for a particular account depends on the data it and its contracts place on-chain.
This storage model is why a transaction that creates an account, deploys code or adds persistent data can require more balance than a simple value transfer. The required amount is tied to the state the action creates, separately from the computation and bandwidth gas consumed while processing it.
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How NEAR gas fees are calculated
Gas measures the work
NEAR uses gas as a unified measure of the computation and bandwidth needed to receive, execute and propagate a transaction. Different actions consume different amounts. A transfer, contract call, account operation and data-heavy action therefore do not have a single universal gas requirement.
The basic fee formula
The protocol’s fee logic can be stated simply:
transaction fee = gas required × current gas price
The gas requirement reflects the transaction’s resource use. The gas price is a protocol value that adjusts according to network usage under NEAR’s rules. Because both the action and the price matter, a fee estimate from one transaction or one moment should not be reused as a permanent price for another.
Why a quoted “NEAR fee” can be misleading
A flat number such as “every NEAR transaction costs X” omits the variables that actually determine the charge. Even two transactions sent by the same account may differ if one invokes a contract, carries more data or changes storage. A wallet may show an estimate before signing, but that estimate is tied to the selected action and the network conditions at that time.
The implementation documentation maintained by nearcore contributors describes gas costs and fee mechanics in more detail at Gas Cost Parameters and Economics.md. Those documents describe implementation and protocol rules; nearcore’s master branch may not exactly match every deployed mainnet version, so operators should confirm the active protocol version before treating a parameter as current.
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How to check the cost of a transaction
Use this sequence whenever a fee matters, especially for a contract call or an account that is close to its storage limit:
- Identify the action. Confirm whether you are sending a transfer, calling a contract, creating an account, deploying code or writing other persistent data.
- Review the wallet’s estimate. Before signing, inspect the gas and total NEAR amount the wallet displays. Treat it as a transaction-specific estimate, not a permanent network tariff.
- Check the available balance. Leave enough NEAR for the estimated fee and for any balance the action must hold against newly created storage.
- Read the final transaction details. After submission, use the transaction link or a NEAR-compatible explorer to see whether the action succeeded and what fee was actually charged.
- Separate fee failure from application failure. An adequate balance can still produce a failed contract call if the contract rejects the input or execution runs out of the gas allowed for that action. The transaction outcome and the fee record should be checked independently.
Storage, balances and common failure modes
“I have enough for the fee” but the transaction is rejected
An account may have enough NEAR for gas yet lack the balance needed to occupy additional storage. This can happen when an operation creates an account, adds contract state or otherwise increases on-chain data. The remedy is to reduce the data being written, remove unneeded state where the application permits it, or add enough NEAR for the storage requirement shown by the wallet or application.
The estimate changes between attempts
Gas price follows network-usage conditions under protocol rules, and the action itself may differ between attempts. Recheck the estimate immediately before signing rather than copying a fee from an earlier transaction.
A contract call fails even though the account is funded
Funding covers the ability to pay; it does not make a contract call logically valid. Verify the contract method, arguments, permissions and the gas allowance offered by the application. Then inspect the execution result for the contract’s error rather than assuming the network fee calculation was wrong.
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NEAR’s published economics describes collected transaction fees as being burned. Separately, protocol implementation documentation describes issuance as depending on rewards and fees. Burning removes the fee amount from circulation under the protocol’s accounting, while issuance adds tokens according to reward and other rules. The net effect on supply depends on the quantities issued and burned during the period being measured; the design alone does not establish a permanently deflationary supply.
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Read the project’s explanation of these relationships in Introduction to NEAR Protocol’s Economics. It combines utility explanations with examples, so figures such as the storage estimate should be read with their stated context rather than as immutable guarantees.
What NEAR reported about fee capture in 2026
In its July 8, 2026 Q2 update, NEAR said a fee switch had activated at the end of February 2026. The report described a portion of Intents flow as protocol revenue used to buy back NEAR. It also reported more than $20 billion in cumulative Intents volume and gave capture rates of 11.5% lifetime, 17.9% over the trailing 90 days and 30.5% over the trailing 30 days.
Those numbers are claims published by NEAR in that dated update, not an independent audit. The report describes a portion of Intents flow, so it should not be read as proof that every NEAR transaction fee is routed through the same mechanism or that buybacks guarantee a token-price result. The source is The State of NEAR: Q2 2026.
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| Part of the system | What it does | What users should remember |
|---|---|---|
| Nightshade sharding | Divides blockchain state and processing among shards so work can occur in parallel. | Shards are coordinated parts of one network, not unrelated chains with separate security. |
| Proof of stake | Uses staked NEAR for Sybil resistance and validators for infrastructure. | Rewards exist under protocol rules; personal yield is variable and not guaranteed. |
| Gas | Measures computation and bandwidth consumed by a transaction. | Gas required differs by action and data. |
| Gas price | Converts gas use into a NEAR-denominated fee and adjusts with network usage. | There is no single permanent fee for every transaction. |
| Storage balance | Connects NEAR held by an account with the right to occupy on-chain storage. | Data-heavy operations can need additional balance beyond execution gas. |
| Fee and supply mechanics | Published economics describes fee burning, while issuance follows reward and fee rules. | Supply impact must be assessed over a period; the design does not promise a fixed outcome. |
What this means for a new user
If you are only receiving NEAR, the main practical concern is having an account and a compatible wallet. If you are sending a transfer, check the transaction-specific estimate before signing. If you are interacting with a decentralized application, plan for both execution gas and any storage balance the application’s operation creates. If you are staking, evaluate the validator or service terms and treat rewards as variable rather than guaranteed income.
For technical readers, the important distinction is between architecture and live performance. Nightshade explains how NEAR partitions work; it does not by itself establish a current throughput or latency benchmark. Likewise, the 2026 Intents figures describe NEAR’s reported fee-capture activity, not an independent measurement of every fee on the network.
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