What mygas.one does

mygas.one rewards wallets with $GGAS points for the network fees they have paid, and is building tools to make future fees lower and more predictable.

Network fees today

Swaps, mints, bridges, governance votes and reverted transactions all cost a network fee. Over a few years an active wallet can pay hundreds or thousands of dollars in fees across many networks. This history is public and can be verified from chain data.

Fees also change during the day. The same transfer can cost ten times more at peak hours than at night. Traders, payment apps and automated agents that need a transaction included at a known time have no direct way to pay for that guarantee. They overpay in priority fee auctions or wait.

Gas Back

Gas Back reads the fees your wallets paid on 50 networks, including Ethereum, its rollups, Solana, Tron, TON and Bitcoin, and converts them into $GGAS points. The read-only checker is live. Season 0 ends at the snapshot on Dec 15, 2026. The formula, exclusions and network list are published on the Gas Back program page.

Gas saving app

The mygas.one app is planned for Q1 2027 and includes four tools. Gas Radar forecasts fees on each network for the next 24 hours and sends price alerts. Batching through EIP-7702 runs several calls in one transaction, so the 21,000 gas base cost is paid once. Limit send executes a signed transaction when the fee drops below the maximum you set. Refuel delivers native gas on any of the 50 networks from one balance, for wallets that hold tokens on a network but no native coin to pay fees.

Blockspace markets

Blockspace is currently sold one block at a time, in an auction that closes seconds before the block is built. We plan markets where validators sell blockspace ahead of time. Buyers will be able to reserve a whole block, or guaranteed inclusion for a single transaction. Realtime execution uses these commitments to show apps confirmed results in well under a second.

Who benefits

• Users receive points for fees they already paid, tools to lower future fees, and the option to pay for guaranteed inclusion.
• Validators earn income from blockspace sold ahead of time, in addition to staking rewards and MEV.
• Wallets and apps can offer their users faster confirmations and more stable fees.
• Agents can pay for an API request and for guaranteed inclusion with one signature.

Principles

• Checking a wallet is read-only and never requires a wallet connection or a signature.
• All tools run from your own wallet, and any permission you grant can be revoked.
• Formulas, exclusions and network lists are public and versioned.
• Each product page states whether the product is live, in development or planned.

Architecture

mygas.one has three layers: a fee indexer that reads 50 networks, an app that lowers the fees users pay, and blockspace markets where validators sell inclusion ahead of time.

Layer 1: fee indexer

In development

The indexer reads every transaction a wallet sent and computes the network fee it paid. Each network family charges fees differently and has its own adapter:

• EVM chains: gas used multiplied by the effective gas price from the receipt. On rollups the L1 data fee is added, and it is often the larger part of the total fee.
• Solana: the base fee per signature plus any priority fee.
• Tron: TRX burned to cover energy and bandwidth. Energy and bandwidth obtained by staking TRX are free and are not counted.
• TON, Sui, Aptos, Starknet and NEAR: the total fee charged by the protocol for each transaction.
• Bitcoin: the miner fee, which is the sum of inputs minus the sum of outputs.

Each fee is converted to USD at the daily price of the coin it was paid in, on the day it was paid. For example, a 2021 Ethereum fee is valued at the ETH price on that day. Reverted transactions count because their fee was paid. An anti-sybil pass then removes self-transfer loops, clusters of wallets funded and controlled by the same source, and fees paid by a relayer on another wallet's behalf.

Layer 2: gas saving app

Q1 2027

• Gas Radar models fees on each network from recent history and EIP-1559 base fee changes, and forecasts low-fee periods for the next 24 hours.
• Batching uses EIP-7702 delegation so your existing address can run several calls in one transaction. The delegation points to a batch executor contract, which will be audited before launch, and can be revoked at any time.
• Limit send stores a signed transaction intent with an expiry. A relayer submits it when the network fee falls below the maximum you set. You can cancel it until then.
• Refuel quotes and delivers native gas on a target network from a balance you hold on another network.

Layer 3: blockspace markets

Planned

Validators who opt in sign commitments about the blocks they will propose: to include a given transaction, or to sell the whole block to a buyer. Commitments are backed by collateral, and buyers are compensated from that collateral if a commitment is broken. The integration runs as a Commit-Boost module next to the validator's existing setup, with no changes to the consensus client or relay configuration. A realtime builder uses these commitments to stream preconfirmed state between blocks. Details are in Blockspace & preconf markets and Realtime execution.

How the layers connect

The indexer provides the data for Gas Back now and will provide the data for the app's fee forecasts. Once markets are live, the app will buy blockspace: a Limit send order can be filled with an inclusion preconfirmation. Validators are paid for that blockspace. The role of $GGAS for validators and buyers is described in Foundation & governance.

Quick start

Blockspace & preconf markets

Blockspace is the limited room in each block that transactions compete for. It is currently sold one block at a time, seconds before the block is built. These markets will let buyers purchase it ahead of time at a known price.

Two products

Whole-block futures

A buyer purchases an entire future block from the validator scheduled to propose it, and decides which transactions go in and in what order, within protocol rules. This is intended for builders, market makers and apps that need a large amount of space at a known time, for example for a rebalance, a series of liquidations or a batch settlement.

Inclusion preconfirmations

A signed promise that one transaction will be included in a specific slot. The price is quoted per unit of gas and agreed before the slot. Traders, wallets and agents can use it when they need one transaction included and do not need a full block.

How a commitment works

1. Opt in. A validator joins through the Commit-Boost module and posts collateral that backs its commitments.
2. Lookahead. On Ethereum the proposer schedule is known about one epoch ahead (32 slots, 6.4 minutes). The market lists the upcoming slots of opted-in validators.
3. Trade. Buyers purchase whole blocks or inclusion for a given slot. The validator signs the commitment with its key.
4. Deliver. At the slot, the block is built to honour all commitments and proposed as usual.
5. Settle. The validator is paid. If a commitment was broken, the buyer is compensated from the validator's collateral.

Pricing and hedging

Prices are set by supply and demand for each slot. Buying early fixes the cost of inclusion before the slot. After launch we plan to add instruments that track the base fee, so protocols with high gas spending can hedge their costs for a future period.

Rollout

• Q2 2027: Ethereum testnet on Hoodi, validator onboarding, public API for market data.
• Q3 2027: Ethereum mainnet with whole-block futures and inclusion preconfirmations.
• Later: rollup sequencers that choose to sell inclusion through the same market.

Realtime execution

Ethereum produces a block every 12 seconds. Realtime execution aims to show apps confirmed transaction results in well under a second, with final settlement on the base chain.

Waiting between blocks

Until a transaction is in a block, an app cannot be sure of its result. A swap may execute at a worse price, a payment screen keeps loading, and a bot waits a full slot before its next step. Faster chains exist, but moving to them means leaving the liquidity and security of the base layer. Realtime execution aims to shorten the wait on the existing chain.

How it works

1. Validators opt in and delegate block construction for their slots to the realtime builder, backed by their collateral.
2. Transactions arrive through the realtime RPC. The builder executes each one when it arrives, without waiting for the end of the slot.
3. State updates are published every few hundred milliseconds. Each update lists the transactions processed so far and the resulting balances and contract state.
4. Each update is a commitment. The validator promises to propose a block consistent with it and loses collateral if it does not.
5. The block is proposed at the normal time and settles with full base-layer security.

What apps get

• A realtime RPC where sending a transaction returns a signed preconfirmation receipt.
• A subscription feed of state updates, so the interface can update as soon as a result is known.
• Standard JSON-RPC for all other methods, so existing wallets and libraries work without changes.

Security model

A preconfirmation is a guarantee backed by the validator's collateral. Final settlement still happens on the chain. If a commitment is broken, the affected user is compensated from that collateral. Each app decides how much to rely on preconfirmed state. For example, a payment screen can show success right away, while a large transfer waits for the block.

Use cases

• Payments: checkout confirmed in under a second.
• DeFi: several swaps within one slot, each using the result of the previous one.
• Games and social apps: user actions confirmed without waiting for the next block.
• Agents: act on the result of one transaction and send the next within the same slot.

x402 agentic payments

Software agents pay for data, compute and execution through APIs. The open x402 protocol uses the HTTP 402 Payment Required status, so a payment adds one round trip to a request. mygas.one plans to add preconfirmed inclusion to the same signature.

Payment flow

Example request

Simplified example. Field names follow the public x402 pattern and may change as the standard is updated.

GET /v1/gas/eth/forecast HTTP/1.1
Host: data.example.com

HTTP/1.1 402 Payment Required
{"accepts":[{"scheme":"exact","network":"base",
  "asset":"USDC","maxAmountRequired":"1000",
  "payTo":"0x...","resource":"/v1/gas/eth/forecast"}]}

GET /v1/gas/eth/forecast HTTP/1.1
X-PAYMENT: <signed payload>

HTTP/1.1 200 OK
X-PAYMENT-RESPONSE: <preconfirmed settlement receipt>

Preconfirmed settlement

If a server responds before the payment settles, it takes credit risk. If it waits for a block, each call takes several seconds longer. With preconfirmed settlement the server receives a collateral-backed promise during the same request and can respond without trusting the agent.

Planned components

• A facilitator service that verifies and settles x402 payments with preconfirmed inclusion.
• Client and server SDKs for TypeScript and Python.
• Gas Back points for gas paid by agents through the facilitator, credited to the wallet that signs.

Beta is planned for Q3 2027, after blockspace markets reach mainnet.

Institutional blockspace

Institutional blockspace is planned for banks, funds and payment companies that want to settle on public chains without anonymous parties handling their transactions. It will offer verified counterparties, private order flow with audit trails, and settlement on public networks.

Requirements of regulated firms

Regulated firms can hold tokens and run pilots on public chains. Before moving to production, their risk teams ask who handles an order before it is included, whether it can be front-run, what a transaction will cost next quarter, and how each step is recorded. Public mempools and sealed fee auctions do not answer these questions well.

Planned features

• Verified participants. Validators and builders serving institutional flow pass business verification and sign service terms.
• Private order flow. Orders go from the client to a verified builder without passing through the public mempool, and each step is logged for audit.
• Reserved capacity. Blockspace bought ahead of time through the markets, at a known price and with guaranteed inclusion.
• Public settlement. The final transaction settles on the public chain like any other transaction.
• Reporting. Per-transaction records of who built, who proposed, what was paid and when.

Who it is for

• Asset managers issuing or settling tokenized funds.
• Payment firms and stablecoin issuers moving large volumes.
• Exchanges and custodians that rebalance across chains.

Timeline

Institutional blockspace depends on the blockspace markets and is planned for Q4 2027. Firms that want to give input on requirements can contact the team through the support chat in the corner of this page.

Supported networks

Season 0 covers 50 networks: 18 EVM L1s and sidechains, 24 L2 and L3 networks, and 8 non-EVM networks. Fees from all of them are added into one total.

Network	Group	Slug	What we count
Ethereum	L1	eth	Gas used × effective gas price
BNB Chain	L1	bnb	Gas used × effective gas price
Polygon PoS	L1	pol	Gas used × effective gas price
Avalanche C-Chain	L1	avax	Gas used × effective gas price
Gnosis	L1	gno	Gas used × effective gas price
Sonic	L1	sonic	Gas used × effective gas price
Berachain	L1	bera	Gas used × effective gas price
Sei	L1	sei	Gas used × effective gas price
HyperEVM	L1	hype	Gas used × effective gas price
Monad	L1	monad	Gas used × effective gas price
Kaia	L1	kaia	Gas used × effective gas price
Cronos	L1	cro	Gas used × effective gas price
Moonbeam	L1	glmr	Gas used × effective gas price
Ronin	L1	ron	Gas used × effective gas price
Flow EVM	L1	flow	Gas used × effective gas price
Core	L1	core	Gas used × effective gas price
Rootstock	L1	rsk	Gas used × effective gas price
Plasma	L1	xpl	Gas used × effective gas price
Arbitrum One	L2	arb	L2 gas plus L1 data fee
OP Mainnet	L2	op	L2 gas plus L1 data fee
Base	L2	base	L2 gas plus L1 data fee
zkSync Era	L2	zks	L2 gas plus L1 data fee
Linea	L2	linea	L2 gas plus L1 data fee
Scroll	L2	scroll	L2 gas plus L1 data fee
Mantle	L2	mnt	L2 gas plus L1 data fee
Celo	L2	celo	L2 gas plus L1 data fee
Zora	L2	zora	L2 gas plus L1 data fee
Mode	L2	mode	L2 gas plus L1 data fee
Metis	L2	metis	L2 gas plus L1 data fee
Taiko	L2	taiko	L2 gas plus L1 data fee
Manta Pacific	L2	manta	L2 gas plus L1 data fee
Fraxtal	L2	frax	L2 gas plus L1 data fee
opBNB	L2	opbnb	L2 gas plus L1 data fee
Arbitrum Nova	L2	nova	L2 gas plus L1 data fee
Ink	L2	ink	L2 gas plus L1 data fee
Unichain	L2	uni	L2 gas plus L1 data fee
Soneium	L2	son	L2 gas plus L1 data fee
World Chain	L2	world	L2 gas plus L1 data fee
Lisk	L2	lisk	L2 gas plus L1 data fee
ApeChain	L3	ape	L2 gas plus L1 data fee
Katana	L2	katana	L2 gas plus L1 data fee
X Layer	L2	xlayer	L2 gas plus L1 data fee
Solana	Non-EVM	sol	Base fee per signature plus priority fee
Tron	Non-EVM	tron	TRX burned for energy and bandwidth
TON	Non-EVM	ton	Total transaction fees
Sui	Non-EVM	sui	Gas fee charged per transaction
Aptos	Non-EVM	apt	Gas used × gas unit price
Starknet	Non-EVM	stark	Actual fee charged per transaction
NEAR	Non-EVM	near	Tokens burnt as gas
Bitcoin	Non-EVM	btc	Miner fee (inputs minus outputs)

How networks are added

The list is fixed for a season and can change between seasons. A network qualifies when its mainnet is live, its transaction data is public and complete, and real users pay fees on it. Anyone can propose a network through the governance process described in Foundation & governance.

Excluded networks

Networks that have announced a shutdown or deprecation are excluded, because their data may stop being available. Testnets are not counted.

Where to send transactions

You do not need to change how you send transactions. Fees paid through any wallet and any RPC count toward Season 0 until the snapshot.

During Season 0

The checker reads public chain data only. You do not need to switch wallets, add a network or route transactions through mygas.one. All fees paid on the 50 covered networks before Dec 15, 2026, 00:00 UTC are included automatically.

After the app launches

From Q1 2027 you will be able to send through the mygas.one app or through wallets that integrate it. Gas paid this way earns 200 points per dollar in Season 1, and gas the app saves you earns 100 points per dollar.

Endpoints

Planned endpoints do not respond yet. When they go live they will be announced here and in the developer change log.

Safety

Only use endpoints listed on mygas.one. A fake RPC can show you false balances or drop your transactions. We will never ask for a seed phrase, and adding an RPC never requires one.

FAQs

Answers to common questions. For other questions, open the support chat in the corner of the page.

Gas Back

What counts as gas?

Any network fee your wallet paid: gas on EVM chains including the L1 data fee on rollups, fees on Solana, TON, Sui, Aptos, Starknet and NEAR, TRX burned for energy and bandwidth on Tron, and miner fees on Bitcoin.

Do failed transactions count?

Yes. A reverted transaction still used gas, and its fee was paid.

Do I need to connect a wallet?

No. The checker reads public data by address. You sign one message per wallet when you link wallets before the claim, and only on mygas.one.

Can I combine wallets from different ecosystems?

Yes. Add each address in the checker and the totals stack, including the network spread bonus.

When is the snapshot?

Dec 15, 2026, 00:00 UTC. Fees paid after that moment belong to later seasons.

Do testnets count?

No. Testnet gas has no real cost.

Realtime and markets

Is realtime execution a new chain?

No. Realtime execution runs on the existing network. Validators commit to the contents of their blocks early, and the block is proposed as usual.

What happens if a validator breaks a commitment?

The buyer is compensated from the collateral the validator posted when it opted in.

Does this change the security of the base chain?

No. Final settlement is unchanged. Preconfirmations add an earlier promise that is backed by collateral.

Can I use the markets today?

Not yet. Testnet is planned for Q2 2027 and mainnet for Q3 2027. See the roadmap.

Validators & node operators

Validators will be able to sell blockspace ahead of time and earn income agreed before the slot, in addition to staking rewards and MEV.

Validator income today

Validator income has two parts. Consensus rewards are steady and relatively small. Execution rewards depend on market activity: they are low in quiet weeks and high on volatile days, and the amount is known only when the block is built. Operators that run validators for clients can promise little beyond the consensus rate.

What validators can do

• Sell whole blocks ahead of time to buyers who want a full slot, at a price agreed before the slot.
• Sell inclusion preconfirmations for single transactions in slots you are already scheduled to propose.
• Set your own limits: which products you offer, how much you commit per slot and how much collateral backs it.
• Keep your current setup. The integration runs next to it through Commit-Boost, with no changes to your consensus client.
• Earn market incentives from the $GGAS market incentive pool during the launch phase.

How the module works

The mygas.one module reads your proposer duties, lists your upcoming slots on the market and signs commitments with your validator key when a sale is made. At proposal time it checks that the block honours all commitments. Proceeds are sent to the payout address you choose.

How to get started

Planned Onboarding opens with the Hoodi testnet in Q2 2027 and moves to mainnet in Q3 2027. The planned steps are listed in Validator integration. You can register interest through the support chat.

Traders & searchers

Traders and searchers will be able to buy guaranteed inclusion in a known slot at a price agreed in advance.

How inclusion works today

Time-sensitive strategies compete in priority fee auctions without seeing other bids. Traders either overpay to be safe or underpay and miss the block. Reverted attempts still cost gas. The base fee can double between the decision to trade and inclusion, and there is currently no way to lock that cost.

What traders can do

• Inclusion preconfirmations. Reserve a place for a transaction in a specific slot, confirmed before the slot starts.
• Whole-block futures. Buy an entire block for a large rebalance or a sequence of dependent trades.
• Hedge fees. Buying ahead fixes your execution cost. Instruments that track the base fee are planned after launch.
• Market data through REST and WebSocket APIs, with order books for upcoming slots.
• Earn Gas Back on the gas you pay through mygas.one in Season 1.

How to get started

Planned The API is published as a preview on the developer page, so you can design your integration now. Testnet trading is planned for Q2 2027 on Hoodi and mainnet for Q3 2027.

Wallets & order flow

Wallets will be able to offer their users preconfirmed sends, more stable fees and native gas top-ups on 50 networks.

Common support issues

Many wallet support tickets come from what happens after a user presses send: a transaction stays pending, the fee rises after the quote, or the user holds tokens but no native coin to pay the fee. The cause is usually the network, and the wallet handles the complaint.

What wallets can do

• Preconfirmed sends. Route sends through the realtime RPC and show a confirmed result within a second.
• Reserved capacity. Buy blockspace ahead of time for peak hours, so your users' transactions are included when the network is busy.
• Built-in Refuel. Top up native gas on any of the 50 networks from a balance the user already holds.
• Batching. Approve and swap in one transaction through EIP-7702, which removes a second 21,000 gas base cost.
• Gas Back for your users. Gas paid through your integration earns Season 1 points for the user.
• Partner incentives from the $GGAS ecosystem pool for integrations that bring real usage.

How to get started

Planned The wallet SDK is planned alongside the app in Q1 2027. Wallet teams that want early access can reach us through the support chat.

Check your gas fees

The check takes less than a minute and needs only a public address.

1. Open the checker on the mygas.one home page. Make sure the address bar says mygas.one.
2. Paste a public address. Supported formats: EVM addresses and ENS names, Solana, Tron, TON, Sui, Aptos, Starknet, NEAR and Bitcoin.
3. Read the results. The pump display shows gas paid in USD, transactions, networks and points. The receipt shows each step of the formula, and the bars show the networks where you paid the most.
4. Add your other wallets. Paste more addresses into the receipt. Their totals are added together, including addresses from other ecosystems.
5. Bookmark mygas.one and follow the official X account for the claim announcement.

Troubleshooting

My address is not recognised

Check for a missing character or an extra space. Exchange deposit addresses are accepted, but the exchange paid the fees for their transactions, so those fees do not count for you.

My total looks low

Fees on rollups and Solana are often fractions of a cent. Each transaction adds 5 points, so active wallets on low-fee networks still earn points.

A network I use is missing

See Supported networks. New networks can be added between seasons.

Validator integration

The planned integration steps for validators and node operators, published for review before release. All steps may change before testnet.

1. Register interest through the support chat with your operator name and approximate key count.
2. Run Commit-Boost next to your validator client and enable the mygas.one commit module.
3. Register keys. Sign a registration message with each validator key you want to enrol.
4. Post collateral. Collateral backs your commitments. You choose the amount, and it caps how much you can sell per slot.
5. Set a payout address where market proceeds are sent.
6. Set limits: which products to offer, the maximum share of a block to sell and a minimum price.
7. Test on Hoodi, then switch the same configuration to mainnet when it launches in Q3 2027.

Example configuration

For illustration only. The image name is a placeholder until the module is released.

[[modules]]
id = "GWEI_ONE"
type = "commit"
docker_image = "gwei-one/commit-module:planned"

[modules.gwei_one]
network = "hoodi"
payout_address = "0xYourPayoutAddress"
products = ["inclusion", "whole_block"]
max_block_share = 0.5
min_price_gwei = 0.2

Collateral and slashing

If you sign a commitment and the proposed block does not honour it, the buyer is compensated from your collateral. Missing a slot is treated the same way for all commitments sold on it. Collateral can be withdrawn after a waiting period once no open commitments remain.

Payouts

Proceeds from each slot are credited after the slot settles and sent to your payout address on a regular schedule.

Gas Back program

Gas Back converts the network fees you paid into $GGAS points, one season at a time. This page describes the full method.

Seasons

What counts

• Every network fee paid by the wallet, priced in USD on the day it was paid.
• Reverted transactions, because the fee was paid.
• The L1 data fee on rollups.

What is excluded

• Testnets.
• Self-transfer loops between the same wallets.
• Sybil clusters: groups of wallets funded and operated by the same source.
• Fees paid by someone else on your behalf, such as a relayer or a sponsoring app.

Points formula

points = (gas USD × 100 + transactions × 5) × network spread × wallet age

• Network spread: ×(1 + 0.03 × (networks − 1)), capped at ×2.00.
• Wallet age, by the date of the first fee: before 2020 ×1.30, 2020-2021 ×1.20, 2022-2023 ×1.10, later ×1.00.

Worked example

A wallet paid $1,240.18 in fees over 412 transactions on 14 networks, and its first fee dates from 2019.

Octane grades

Multiple wallets

Totals from all your wallets stack, across ecosystems. Before the claim you link each wallet with one signature on mygas.one. The network spread bonus is computed on the combined set of networks.

Season 1 rules

• Gas paid through mygas.one: 200 points per dollar.
• Gas the app saves you: 100 points per dollar.
• Each transaction through the app: +10 points.
• The bonus from your Season 0 grade applies to all Season 1 points.

Safety rules

Community & quests

Quests and community roles are planned for Season 1. They help users learn the product and add a small, capped boost to Season 1 points.

Planned activities

• Learning quests: read the safety guide, link your wallets, try each app tool once.
• Referrals, capped per person to limit farming.
• Community roles for people who answer questions, translate guides and report phishing sites.

Effect on points

Quests will add a small, capped boost to Season 1 points. Most points will still come from gas paid and saved.

Quest safety

A quest will never ask for a seed phrase, a private key, a payment or a token approval to an unknown contract. Any "quest" that does is a scam, and you can report it through the support chat.

Audit reports

No audit reports are published because no mygas.one contracts are deployed yet. This page lists what will be audited and how reports will be shared.

What will be audited

• The $GGAS token contract.
• The claim contract that distributes Season rewards.
• The EIP-7702 batch executor used for batching.
• Contracts behind Limit send and Refuel.
• Collateral and settlement contracts for blockspace markets.
• The Commit-Boost module that validators run.

Audit policy

• Each component gets at least one independent audit before it holds user funds on mainnet.
• Full reports are published on this page, including findings that were acknowledged and left unfixed, with the reason.
• A public bug bounty opens with the first mainnet contract.

Reporting a vulnerability

Until a dedicated security address is published, open the support chat and write "security". Please do not share details of an unpatched issue in public channels.

Safety rules for users

Nobody from mygas.one will ask for your seed phrase. The checker never asks you to connect a wallet or sign. Claiming an airdrop never requires a fee. Nobody from mygas.one will message you first. Claims happen only on mygas.one.

API docs

The full API reference, with REST and WebSocket endpoints, examples and a change log, is on the developer page.

Base URLs

The API is a preview. Endpoints and fields may change before v1, and every change is recorded in the change log.

Foundation & governance

How mygas.one will be governed, and how $GGAS is used by both sellers and buyers of blockspace.

Goal

The foundation will be community-owned. Its goal is to make blockspace on major networks easy to buy at a fair price, with $GGAS holders deciding the direction of the project.

Responsibilities

The mygas.one Foundation will manage $GGAS, run Gas Back seasons under public rules, keep the indexing method public, fund tools and integrations that lower fees for users, and develop the blockspace markets where validators sell guaranteed inclusion.

Gas market participants

The main participants are:

• Validators secure the network and sell the space in their blocks.
• Users and traders pay for that space with each transaction.
• Protocols need gas for their own operations, such as oracle updates, liquidations and rebalances.
• Developers build apps whose user experience depends on fees and confirmation times.
• Wallets connect users to the network and handle support when a transaction fails or fees rise.

Blockspace tiers

Validators want more and steadier income. Users want lower and more predictable fees. Blockspace will be sold in three tiers, so each buyer pays for the level of service they need:

Users who do not need guaranteed inclusion pay standard fees and can lower them with the app. Users who need it pay for a preconfirmation or a whole block. Validators keep their current income and add income from priority and wholesale sales agreed before the slot.

$GGAS utility

• Governance: holders set market fees, the network list, Gas Back season rules and treasury spending.
• Collateral: validators and market makers can stake $GGAS alongside their main collateral to access larger limits.
• Fee discounts in the markets for stakers.
• Season boosts for long-term participants.

Governance process

1. Discussion on the public forum.
2. Proposal as a mygas.one Improvement Proposal (GIP) with a fixed template: motivation, specification, cost and risks.
3. Vote: off-chain signature voting at first, on-chain voting from Q4 2027. Quorum and thresholds are set by the first GIP.
4. Execution by the foundation, with every executed GIP recorded publicly.

Genesis council

In the first year a genesis council reviews proposals before they go to a vote. It is made up of holders who reached the RP-1 grade in Season 0 and a small number of foundation seats. The council can advise on proposals and delay them. The token vote makes the final decision.

Status

The mygas.one Foundation is to be established. Its legal form and jurisdiction will be announced before the $GGAS claim. Everything on this page is a draft.

$GGAS tokenomics

A draft of the supply, allocation, vesting and utility of $GGAS. Final terms will be published before the Season 0 claim.

Supply

The total supply is fixed at 1,000,000,000 $GGAS. No further minting is planned.

Allocation

Converting points to tokens

Season 0 tokens are shared pro rata: each eligible point receives 80,000,000 divided by the total number of eligible points after the anti-sybil pass. Octane grade boosts apply to Season 1 points, so they do not change the Season 0 share.

Utility

• Governance over fees, the network list, season rules and the treasury.
• Staking as additional collateral for validators and market makers in blockspace markets.
• Fee discounts in the markets for stakers.
• Boosts in future Gas Back seasons.