In a current integral
ecosystem, most of the integral ecosystems do not provide identification for integral lottery drawing activity risks, more depends on past experience of operators, static winning probability is set according to core attributes of users to guarantee fairness and effectiveness of the activities, and once the winning probability is not set properly, the static winning probability is not set properly to guarantee fairness and effectiveness of the activities. In the prior art, when the credits participate in the credits, the
activity participation experience of normal users can be affected, and the subsidy cost loss can be caused, so that the original intention of integral service operation cannot be achieved, and the reputation of
telecom operators is damaged. Through the implementation of the patent, dynamic adjustment of the winning probability of the operation risk participating in the activity can be realized, the effectiveness of the normal user participating in the integral lottery drawing activity is ensured, and after the
risk identification model is mature enough, the
risk identification efficiency is improved by adjusting the model factor, the factor risk weight, the
risk level and the like. The model is applied to other scenes in the point field, such as sign-in point sending, card
punching point sending and the like, the
risk identification model can identify and intervene in the first time, the stability and reliability of a point platform can be better guaranteed, and ecological and healthy development of point business is promoted.