Upgrade rewards expiration algorithm

Simple Summary: This proposal is aimed to change rewards expiration algorithm. With current Ethereum Mainnet high gas fees, some users are not ready to claim low amounts of HFT tokens, as a result, some NFT rewards may expire. With this solution, the new minimal thresholds will be set: 1000+ HFT for 60-days expiration period (after reaching the amount, expiration algorithm will be triggered) and 365-days period for less than 1000 tokens. Also Unvested rewards will be excluded from the algorithm.

Abstract: The are 3 points in this proposal:

Change expiration algorithm

The minimum threshold of “1000 unclaimed HFT” will be set at which “60-days” expiration algorithm is triggered. For rewards that are less than 1000 HFT (<1000), timelines will be changed. Instead of using 60 days I suppose to use 365-days period, so users with low amounts will have an opportunity to claim within a year. Create additional alert As soon as the algorithm is triggered (user earns >= 1000.00 HFT), user will see new alert in UI with message “n days left before m tokens expire”.

Eliminate unvested rewards from the algorithm Since these rewards are unvested, I believe that they should not fall under the criteria of the expiration algorithm. However this solution will not apply to the vested (unlocked) ones, they still can be expired.

Motivation By implementing this proposal we’ll improve the expiration algorithm, so more users will be able to accumulate unclaimed rewards without the need to claim low amounts of tokens every 60 days. Also NFT rewards holders won’t need to worry about their unvested token.

Specification & Rationale: This proposal would require Hashflow team to upgrade the algorithm and create a new alert.

Benefits (Pros): more users will have the opportunity to claim rewards users will get notified about exact number of days they have to claim their rewards unvested rewards cannot expire Downside (Cons): n/a Voting yes for the algorithm to be changed no to keep current logic of algorithm