Dynamic Invitation Quotas for Virtual Community Growth Control
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Solution Overview
Problem
Virtual communities face challenges in controlling membership growth and ensuring that invitations from members to non-members are effectively received and reviewed, with existing methods often resulting in uncontrolled expansion and misusage, as well as issues with spam classification in marketing campaigns.
Innovation Solution
A method and arrangement that allows members to extend a large or unlimited number of invitations within a limited time period, with personalized invitations from known members reducing the likelihood of being marked as spam, and an invitation server managing authorization and access keys to control growth and enhance participation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Stability of the object's composition
If members are granted a limited number of invitations to control community expansion, then uncontrolled membership growth is prevented, but members with large networks cannot significantly increase community value
Solution Approach 1:
The patent implements dynamic invitation limits that adjust based on member activity levels and community needs. Active members who contribute valuable content or engage frequently receive higher invitation quotas, while less active members have lower limits. This dynamic adjustment resolves the contradiction by allowing high-productivity members to expand the community significantly while maintaining control through activity-based thresholds.
Solution Approach 2:
The system changes the parameter of invitation limits based on multiple factors including member tenure, activity level, referral success rate, and community stage. New members receive lower initial limits that increase as they become more active and successful at referrals. This parameter transformation allows the system to adapt invitation capabilities to individual member contributions while maintaining overall growth control.
2Productivity
If automated invitation systems are used to expand communities quickly, then membership growth is accelerated, but invitations are likely to be classified as spam by recipients
Solution Approach 1:
The patent introduces personalized messages from existing members as intermediaries between the automated system and potential new members. Instead of sending generic automated invitations directly, the system routes invitations through member-generated personalized introductions that explain the community value proposition in human terms. This intermediary layer maintains the efficiency of automated distribution while eliminating the spammy feel of impersonal mass messaging.
Solution Approach 2:
The system performs preliminary actions by having members prepare personalized introduction templates and select target contacts before the actual invitation is sent. Members craft their messages in advance, selecting appropriate tone, content, and timing. This preliminary personalization ensures that even when invitations are distributed automatically, they arrive as customized, thoughtful messages rather than generic spam, significantly reducing spam classification.
3Device complexity
If uniform invitation limits are applied to all members, then system management is simplified, but individual member contributions and network sizes are not accounted for
Solution Approach 1:
The patent implements local quality by applying different invitation limits to different members based on their specific characteristics such as activity level, tenure, referral success, and network size. Rather than a uniform limit for all, each member receives a customized quota that reflects their individual contribution and potential. This local differentiation maintains manageable complexity through automated assessment while providing the adaptability needed to reward high-contributing members appropriately.
Data Source
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Figure 3
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AI summary
Method and arrangement for enabling communications between an entity operating a network including a first user, and a second user includes sending a message from the first user to the entity informing the entity of identification information of the second user interested in joining the network, sending from the entity to the first user a key to allow the second user to communicate with the entity,providing a message from the first user directly to the second user containing the key, sending a message from the second user to the entity using the key, determining whether the key sent by the second user corresponds to the keyprovided by the entity to the first user, and if so enabling communications between the second user and the entity.In at least some embodiments the ability ofthe first user to obtain a key to enable the second user to join the network can be time-limited.