Gate

Rank #76•Centralized Exchange (CEX) Token, Layer 1 (L1), Proof of Stake (PoS)

CoinYQ Dossier

One ticker crossed an exchange, a validator set and a sequencer

GT did not begin as a neutral gas coin. It entered circulation through Gate's POINT program, was later chosen to secure a public chain, and eventually became the only gas asset of an L2 whose sequencer keeps execution fees. The biography of GT is therefore a history of accumulated roles—and of the controls that did not disappear when the token moved on-chain.

POINT distribution came before the chain it would secure

Gate began distributing Gatechain Token in April 2019 without describing the event as an ICO or private sale. On May 13, 2020, a governance vote chose GT for two jobs: Gate's platform token and Gate Chain's mainnet coin, avoiding a separate GC asset. Mainnet 1.0 followed publicly on June 29. From that moment, the same symbol linked discretionary exchange programs to protocol fees and PoS rewards, but it did not merge the exchange company with the chain.

Open entry does not mean equal consensus weight

Gate Chain lets an account become a consensus account with a non-zero GT balance and an online transaction. There is no published fixed minimum delegation and current docs say redelegation and undelegation have no freeze period. Yet committee selection is weighted: held GT plus delegated GT is multiplied by a loyalty coefficient. Consistent participation can increase that coefficient, while malicious voting or prolonged inactivity can reduce influence and rewards.

The documentation also describes GT-proportional and delegated voting. That is protocol governance, not a board election at Gate. Exchange discounts, VIP status and airdrop eligibility are separate products that Gate can define under its terms. The token joins the systems economically without giving identical power in each one.

Gate Layer placed a sequencer above the validator set

On September 25, 2025, Gate Layer launched as OP Stack L2 chain 10088 with GT as its exclusive gas asset. The L2 sequencer orders transactions and collects execution plus L1-data fees; after paying to publish blobs to Gate Chain, it keeps the execution portion. Gate Chain validators supply the settlement and data-availability base, so L2 speed and L1 finality come from different actors.

The separation is visible in code addresses. Gate publishes a ProxyAdmin, SystemConfig, OptimismPortal and L1StandardBridge and warns that implementations can change after upgrades. A transaction is first unsafe in the sequencer, safe after blob inclusion on Gate Chain and finalized after ten further L1 blocks. This is inspectable infrastructure, but the docs reviewed here do not name a permissionless sequencer set or the people controlling upgrade keys.

A burn counter cannot be read without the reward counter

The current cross-chain notice calls the origin 300 million non-mintable Ethereum GT. It separately records native Gate Chain mapping and about 8.55 million GT created as PoS rewards over 5.5 years, consistent with the 2020 decision to devote 30 million team tokens to long-term staking rewards. That makes '300 million minus burns' an incomplete current-supply formula.

Gate's July 6, 2026 notice records an exact Q2 burn of 2,570,063.3829548 GT and cumulative burns of 189,947,219 GT, or 63.32% of the original 300 million. Quarterly burns are Gate decisions tied to platform performance; Gate Chain base-fee burns occur under EIP-1559. Both reduce units, but neither is a contractual redemption or a promise that the remaining units rise in value.

Gate proposed replacing the exchange ledger with on-chain locks

By Gate's own account, Ethereum-to-Gate Chain transfers had relied on the exchange's centralized ledger, while Gate Chain and Gate Layer already used an on-chain bridge. On January 21, 2026, Gate announced that the Ethereum connection would move to on-chain locking and release and published designated addresses. It scheduled asset consolidation, mirrored historical burns and insurance-fund segregation for the next two weeks. The plan aimed to make conversions across all four GT forms traceable; this announcement does not establish that the scheduled work was completed.

Auditability does not eliminate bridge control. Gate Layer's standard bridge is a proxy system, the L2 depends on sequencer publication, and external routes such as LayerZero or Stargate add their own security choices. The form of GT in an exchange account adds a final layer: the legal custodian and withdrawal rights depend on the regional Gate entity and its agreement, not on validator voting.

The holder owns a token; the surrounding promises have separate authors

Self-custodied GT gives the protocol capabilities accepted by the relevant network: transfer, gas payment, delegation and possibly protocol voting. Gate's exchange page supplies another set of conditional benefits. A regional custody agreement supplies claims against a particular licensed operator when the asset sits on-platform. No reviewed primary document converts those three relationships into equity, profit participation or an unconditional buyback right. GT's value proposition is connected; its rights remain compartmentalized.

How the project changed

2019-04-08
GT distribution begins through POINT
Gate starts distributing Gatechain Token and says the launch is neither an ICO nor a private sale.
2020-05-13
A vote gives GT two roles
Gate says its first Gate Chain governance vote selects GT as both platform and mainnet token and allocates 30 million team GT to PoS rewards.
2020-06-29
Gate Chain Mainnet 1.0 launches
The public genesis announcement introduces GT fees, staking incentives and asset-safety account models.
2025-09-25
Gate Layer goes live
The OP Stack L2 launches with chain ID 10088, GT-only gas and Gate Chain settlement.
2025-09-25
The burn model gains an automatic leg
Gate describes quarterly platform burns alongside EIP-1559 base-fee burning on Gate Chain.
2026-01-21
On-chain accounting transition announced
Gate announces an on-chain lock-and-release transition, publishes addresses and schedules implementation work for the following two weeks.
2026-07-06
Cumulative burns reach 189,947,219 GT
On July 6, Gate reported the completed Q2 burn of 2,570,063.3829548 GT. Cumulative burns were 189,947,219 GT, or 63.32% of the original 300 million.

What to verify before relying on the token story

Exchange discounts, VIP tiers and airdrop access are changeable program benefits, not permanent rights embedded in self-custodied GT.
GT-weighted protocol voting and validator selection do not create shares or corporate voting rights in a Gate operating company.
Gate Layer uses a sequencer and upgradeable proxy/configuration contracts; current human administrators and a permissionless sequencer set were not identified.
Cumulative burn figures use the 300 million origin as denominator, while PoS rewards add a separate supply flow; simple subtraction can misstate current supply.
Quarterly buyback/burn depends on Gate's performance and execution policy, while on-chain base-fee burn depends on activity; neither guarantees value.
Four GT forms rely on correct network mapping, lock addresses, proxy bridges and operator availability; a wrong route can strand assets.
GT held at a centralized Gate service is subject to the regional entity's custody, withdrawal and eligibility rules, which can differ by jurisdiction.

Evidence and primary sources

Last evidence review: 2026-09-05

Evidence status

Some facts remain unverified

Primary Gate announcements and current chain documentation establish GT's roles, validator weighting, Gate Layer architecture, protocol addresses, burn transactions and the January 2026 bridge transition announcement, whose scheduled completion is not verified by that notice. Gate uses the original 300 million as the burn denominator while separately reporting about 8.55 million PoS rewards, so current supply must not be inferred by subtraction alone. The reviewed sources do not identify every Gate Layer sequencer or proxy-admin signer, and regional exchange custody terms vary. The catalog maximum of 142622844 dated 2026-08-24T21:56:10.000Z is not established as a fixed global cap by the reviewed supply notices. Those sources distinguish the original 300 million, additional PoS rewards and burns. The catalog therefore leaves maximum supply unknown; the dated total and circulating figures remain unchanged, without deriving a new cap by subtraction.

Last evidence review: 2026-09-05Sources reviewed:gate.com gatechain.io gatechain.io gate.com gatechain.io gate.com gate.com

What is Gate?

GateToken (GT) is simultaneously a Gate exchange utility token and the native economic asset of Gate Chain. On the exchange, holdings can affect VIP fee tiers, fee deductions and eligibility for selected airdrop programs under the current product rules. On Gate Chain, GT pays transaction fees, contributes to consensus weight and can be delegated. Since September 2025, it has also been the sole native gas token of Gate Layer, an OP Stack L2 settled to Gate Chain.

These functions do not make one legal package. Protocol voting on Gate Chain is different from corporate voting in a Gate operating company. GT held in a self-custody address is different from GT recorded in an exchange account, whose custody rights and contracting entity depend on the user's region. The Ethereum ERC-20, Gate Chain native and EVM balances, and Gate Layer GT are also distinct technical forms connected by conversion or bridge mechanisms.

What problem does Gate solve?

GT tries to make one scarce asset useful on both sides of Gate's business: centralized exchange programs create demand off-chain, while fees and proof-of-stake create demand on-chain. Gate Layer extended that model by making GT the L2 gas asset while Gate Chain became the settlement and data-availability layer.

That combination creates a control puzzle. Gate chooses exchange benefits and quarterly burns. Gate Chain validators produce and finalize the L1. A Gate Layer sequencer orders L2 transactions and receives execution fees, while upgradeable bridge and configuration contracts connect the layers. A holder needs to know which promise comes from a product page, which rule is enforced by consensus, and which path still has an operator or admin key.

How does Gate work?

A Gate Chain consensus account holds non-zero GT and goes online with a consensus key. Its long-run chance of committee selection depends on held plus delegated GT, multiplied by a loyalty coefficient. Delegators can redirect GT without a published minimum or freeze period, but validator performance and malicious voting can reduce rewards or consensus weight. GT also pays the chain's EIP-1559 fees, whose base portion is burned.

Gate Layer uses GT for its EIP-1559 execution fee and publishes batches and state roots to Gate Chain blobs and rollup contracts. A sequencer processes the first L2 confirmation; the batcher and proposer submit data and roots to L1. Documentation labels a transaction safe once its blob enters Gate Chain and finalized after ten more Gate Chain blocks. The protocol list includes a ProxyAdmin, SystemConfig, portal and standard bridge, so the L2 software and bridge are upgradeable even though users can verify their contracts.

GT supply crosses ledgers. Gate describes 300 million non-mintable Ethereum GT as the origin, mapped native forms, roughly 8.55 million Gate Chain PoS rewards issued over 5.5 years, and burns. On January 21, 2026 it announced a transition from the exchange-mediated Ethereum connection to on-chain locking and release, intended to make transfers across four GT forms traceable. The notice scheduled work for the following two weeks rather than confirming completion. Network selection and bridge administration remain relevant.

Key facts

GT is an exchange-program token, Gate Chain's native fee and consensus asset, and Gate Layer's sole native gas token; these uses do not create the same rights.
Gate Chain committee probability is weighted by held and delegated GT plus a loyalty coefficient; delegation has no published minimum or freeze period.
Gate Layer launched September 25, 2025 on chain ID 10088, with a sequencer for execution and Gate Chain for settlement and blob data availability.
Supply has multiple flows: 300 million original Ethereum GT, approximately 8.55 million PoS rewards over 5.5 years, frozen balances and irreversible burns.
Gate reported 189,947,219 GT cumulatively burned on July 6, 2026 after a Q2 burn of exactly 2,570,063.3829548 GT.
On January 21, 2026 Gate announced an on-chain lock-and-release transition for GT and scheduled implementation work over two weeks; the notice alone does not confirm completion. Core L2 bridge and configuration contracts remain upgradeable.

Official links

Official website Whitepaper Block explorer X / Twitter GitHub

Related coins

Frequently asked questions

Is GT an exchange token or a blockchain coin?

Both. Gate uses GT holdings in exchange fee and airdrop programs, while Gate Chain uses native GT for fees, delegation and consensus weight. Gate Layer also uses GT as gas. Each role has different rules and should not be treated as one contractual right.

Can anyone validate Gate Chain without GT?

A current consensus account needs a non-zero GT balance, but the documentation states no fixed minimum stake. Selection probability depends on held and delegated GT and the loyalty coefficient, so permission to join does not mean equal influence or equal rewards.

Does GT give ownership or voting rights in Gate exchange?

The reviewed material establishes protocol voting and exchange-program privileges, not shares or corporate voting in a Gate operator. If GT is held on a centralized Gate account, custody and claims arise under the regional user agreement; they are separate from the token's on-chain functions.

Who operates Gate Layer?

The documentation describes a Sequencer, Batcher and Proposer and says the sequencer keeps execution-fee revenue after L1 data cost. It does not identify a permissionless sequencer set or every human admin signer. Published ProxyAdmin and SystemConfig contracts show that core settings and implementations can be upgraded.

Is GT supply simply 300 million minus all burns?

No. Gate treats 300 million non-mintable Ethereum GT as the origin, but also reports about 8.55 million GT produced as Gate Chain PoS rewards over 5.5 years. Frozen allocations, reward release and burns are separate accounting flows; the cumulative burn percentage uses the original 300 million as its denominator.

Are all GT balances automatically interchangeable?

Gate identifies Ethereum ERC-20, Gate Chain native, Gate Chain EVM and Gate Layer GT. Its January 21, 2026 notice proposed replacing the exchange-mediated Ethereum connection with an on-chain bridge and scheduled work over the next two weeks. It does not establish completion. Conversion depends on the correct network, bridge contracts, operator availability and upgrade controls.

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