HYPE has the same fee structure as Ethereum with EIP1559, meaning base fees (on HyperEVM) are burned. This creates an indirect cash flow for all HYPE holders in the form of continuous deflation.
HyperEVM blockspace purchasing stats
Buyback, burning, revenue, trading volume and TVL stats
HYPE staking stats
Inclusion in active set of HYPE validators
HYPE has the same fee structure as Ethereum with EIP1559, meaning base fees (on HyperEVM) are burned. This creates an indirect cash flow for all HYPE holders in the form of continuous deflation.
[21] = ƒ([1], base_fee_portion)
base_fee_portion
— base fee's portion in overall fee structure, taken as a mean over the same periodTo activate the majority of HYPE utility functions, HYPE lock-up or staking is required.
The lockup duration is variable (e.g., a validator's minimum self-stake is locked for a year). In any case, staking HYPE involves a seven-day unstaking queue, which places a lower bound on the lockup duration.
The risk varies as well. A validator's stake can be slashed. Note that automatic slashing has not yet been implemented. Currently, the only penalty is temporary exclusion from the active set, which is decided by validator voting.
[71] = ƒ(stake_amount, price_at_stake)
stake_amount
— number of tokens stakedprice_at_stake
— price of one token at staking timeValidators that successfully run at least two non-validator nodes with 95% uptime are eligible to apply for the Delegation Program. If their application is accepted, the Hyper Foundation delegates additional stake to them.
[42] = ƒ(validator_metrics)
validator_metrics
— performance metrics of the validatorRepresents validator's consensus participation
[81] = ƒ([4_1])
All validators in the active set receive rewards continuously. The reward rate is inversely proportional to the square root of the total amount of HYPE staked, and it is expressed as an expected APY.
[22] = ƒ([8_1], reward_rate)
reward_rate
— current global reward rateStaking HYPE tokens gives the staker a trading fee discount based on their staking tier, which is determined by the amount staked.
This discount can be transferred to a different account, called a "spot account" in the documentation, through the linking process.
This makes it possible to trade from an account that is distinct from the staking/validator account.
[25] = ƒ(staking_tier, [8_4])
staking_tier
— staker's tier determining the size of the discountIt represents that users must first trade to receive a trading fee discount.
[84] = ƒ(trading_volume)
trading_volume
— user's trading volume over the given periodAny user that has done at least $10,000 in volume can create a referral code that gives a 4% fee discount to the receiver (active for his first $25M in volume).
[82] = binary
When a user joins with a referral code, the creator of the code receives a portion of the referred user's fees for the first $1 billion in trading volume. The portion is presently fixed at 10%.
[23] = ƒ(fee_volume, user_volume)
fee_volume
— volume of fees paid by the referred useruser_volume
— referred user's cumulative trading volume so farAny user who has non-zero stake can delegate it to a validator in return for a share of rewards.
[83] = ƒ(target_validator_stake)
target_validator_stake
— present stake of the target validatorAny delegator receives a share of the rewards proportional to their stake contribution, minus the validator commission.
[24] = ƒ([8_3], validator_commission)
validator_commission
— commission level of the target validatorThe HyperEVM validator active set consists of the top 21 validators by total stake (which may increase in the future). This set is reconstituted every 100,000 rounds, or approximately 90 minutes. To be eligible, a validator must possess at least 10,000 self-staked HYPE.
[41] = ƒ(own_stake, others_stakes)
own_stake
— own stake levelothers_stakes
— stake levels of other validatorsHYPE is the native token of HyperEVM, used for purchasing network blockspace (paying for gas).
[1] = ƒ(tx_throughput, gas_per_tx, gas_price)
tx_throughput
— transactions executed in a given timespan, defining the rolling supply of blockspacegas_per_tx
— average gas expenditure per transactiongas_price
— average price of gas in HYPERepresents indirect cashflow, distributed to all HYPE holders due to HYPE buybacks.
[26] = ƒ([84], buyback_volume)
buyback_volume
— buyback volume over the same period