πͺINVITATION REWARD SYSTEM
OVERVIEW
Raise Pet operates an Invitation Reward System to expand user engagement and encourage continuous activity. This system is designed so that when a user invites another user, a portion of the invited userβs daily activity points is distributed step-by-step to upper-level users.
This system operates based on an invitation network, and each user is connected to one upper-level user through an Invitation Code. The server records the upper-level relationship based on the parent_id field at the time of sign-up, and this structure is tracked up to a maximum of 10 levels.
Reward Structure by Level
Invitation rewards are applied differently depending on the depth of the invitation relationship. The highest reward rate is applied to users invited directly, and the rate is gradually adjusted as it goes down to lower levels.
LV.1
Directly invited user
30%
LV.2
User invited by LV.1
10%
LV.3
User invited by LV.2
5%
LV.4
User invited by LV.3
3%
LV.5
User invited by LV.4
2%
LV.6
User invited by LV.5
1%
LV.7 - 10
Fixed at 1%
MAX Total
Total
51%
When a lower-level user earns a daily reward (check-in points), a certain percentage of those points is automatically distributed to upper-level users. The distribution is calculated sequentially from Lv.1 to Lv.10 according to the predefined rate table, and the server limits the total cumulative rate so that it does not exceed a maximum of 51%.
Settlement Criteria
Settlement is calculated based on the total daily points earned by lower-level users during the period from 00:00 to 23:59 each day. The reference time follows the server timezone. (Example: Asia/Seoul)
The calculated rewards are distributed to upper-level users through batch processing after midnight.
System Significance
The Invitation Reward System is a structure designed to expand platform participation based on connections between users and to increase the continuity of daily activity. In particular, by reflecting not only direct invitation relationships but also the network connection structure, it creates a reward flow in which activity across the entire user network is also linked to upper-level users. In addition, by setting an upper limit on the total distribution rate, it is designed to clearly maintain the standards of the reward system.
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