AI & Machine Learning

Predictive Modeling for Marketing Performance

Evaluate how likely prospects are to accept your offers using advanced AI and machine learning techniques. Build predictive models that optimize your marketing.

AI/ML
Powered
20+
Years Experience

Natural Language Processing (NLP)
Convolutional Neural Networks (CNN)
Random Forest & XGBoost
Neural Networks & SVM
SHAP Analysis & Interpretability

Evaluating Prospect Acceptance Probability

Often it is important to evaluate how likely it is for a prospect to accept an offer for a product or service given the prospect's own characteristics (demographic, socio-economic, etc.) and the offer's features. For this purpose, it is necessary to build predictive models that evaluate the probability of accepting an offer as the features of this offer (price, product features) are varied.

Wide Range of Applications

Applicable to Various Situations

These models are applicable to a wide variety of situations: from evaluating college applicants, to crafting successful loyalty programs, and selling subscription services.

College Applicant Evaluation
Loyalty Program Design
Subscription Services
Product Offer Optimization

AI-Driven Models

A variety of techniques can be used to build these models. We leverage cutting-edge AI technologies to deliver the most accurate predictions.

Natural Language Processing (NLP)

Analyze text data and customer sentiment

Convolutional Neural Networks (CNN)

Deep learning for pattern recognition

Machine Learning Models

We employ a comprehensive suite of machine learning techniques to build robust predictive models with interpretable results.

Random Forest (RF)

Ensemble learning for high accuracy

CART Models

Classification and Regression Trees

XGBoost

Gradient boosting for optimal performance

Neural Networks (NN)

Deep learning architectures

Support Vector Machines (SVM)

Powerful classification algorithms

SHAP Analysis

Model interpretability and explainability

Case Study

Random Forest Predictive Model for Education Enrollment

The Challenge

Using Random Forests with 500 binary classification trees, we built a predictive model for a company engaged in education. The model estimated the probability of an applicant for a particular program offered by the company to enroll in the program.

The Solution

The outcome of this analysis was a continuously running scoring model that calculated a probability score for each new lead as this lead was entered into the CDP used by the company.

The scoring model was used by the company to segment the leads into different tiers depending on the likelihood of enrolling in the program. It increased significantly the efficiency and the productivity of the enrollment officers.

Model Performance
Training & Testing
Split Dataset Approach
Predictive Power
85%+ AUC
We built a model on a training data set and used it to predict on a testing data set. The predictive power of the model was excellent with more than 85% Area Under the Curve (AUC).

Ready to Leverage Predictive Analytics?

Let's discuss how our AI and machine learning models can optimize your marketing performance.