Why Uniswap Hooks Need Proven History, And Where Space and Time Fits
Every reward program I have joined asked me to trust its own spreadsheet and its own cutoff when deciding who qualified for what.
Checking it myself was never an option.
That is why the Uniswap hooks angle from @SpaceandTime caught my attention.
Smart contracts can apply protocol rules using proven results from historical activity, such as verifying reward eligibility or setting a loyalty discount from a user's past transactions.
The proof is the point.
I read through the official Uniswap hooks materials, which describe templates that use historical-data queries to inform swap-fee discounts in a hook.
A fee that can show its work.
$SXT pays for network workloads and is staked to secure validators.
Templates are not adoption.
The materials describe templates, and I do not have a clean answer yet on how many live pools run them or how much a proven history query costs per swap.
Loyalty is only fair if the receipt is checkable.
$SXT
#SXT
@SpaceandTime
Every reward program I have joined asked me to trust its own spreadsheet and its own cutoff when deciding who qualified for what.
Checking it myself was never an option.
That is why the Uniswap hooks angle from @SpaceandTime caught my attention.
Smart contracts can apply protocol rules using proven results from historical activity, such as verifying reward eligibility or setting a loyalty discount from a user's past transactions.
The proof is the point.
I read through the official Uniswap hooks materials, which describe templates that use historical-data queries to inform swap-fee discounts in a hook.
A fee that can show its work.
$SXT pays for network workloads and is staked to secure validators.
Templates are not adoption.
The materials describe templates, and I do not have a clean answer yet on how many live pools run them or how much a proven history query costs per swap.
Loyalty is only fair if the receipt is checkable.
$SXT
#SXT
@SpaceandTime
