DEMAGH™ – Pharma Analytics
DEMAGH™ Work Flow
Implementing DEMAGH™
Predictive analytics involves leveraging advanced statistical methods, machine learning algorithms, and big data technologies to process and analyze vast amounts of data. Additionally, it DEMAGHTM integrates various data sources, such as sales data, historical records, market trends, and external factors, into a unified system for analysis.
DEMAGH™ – Pharma Analytics
However, it's important to note that while DEMAGHTM predictive analytics can provide valuable insights, it's not foolproof. External factors, unexpected events, and market uncertainties can influence outcomes. Regular validation and adjustment of models are necessary to ensure accuracy and relevance.
Pharma Analytics
Sales Forecasting
Predict future sales for different products and regions to test the capability of Al Intisar and view how precise prediction can be for future sales.
Product Performance
Analyze the performance of different products in the market by looking at future trends.
Promotion Effectiveness
Evaluate the effectiveness of marketing and promotional activities.
Data Collection
- Pharma Company provided historical sales data, including product sales, customer information, and market trends for past three years to Al Intisar.
Data Cleaning and Integration
- Data was cleaned and preprocessed to ensure accuracy and consistency.
- Data was integrated from various sources to create a unified dataset for analysis.
Feature engineering
Feature engineering was carried out, Feature Engineering refers to manipulation — addition, deletion, combination, mutation — of data set to improve machine learning model training, leading to better performance and greater accuracy
Model Development
- Multiple predictive models were tested for sales forecasting, such as linear regression, time series analysis, decision trees, neural networks.
- Machine learning algorithms were utilized to develop predictive models for sales forecasting.
- Implemented customer segmentation models based on factors like purchasing history, demographics, and geographical location.
- Analyzed product performance and identify features that correlate with success.
Validation and Testing
- Al Intisar team validated the predictive models using historical data to ensure accuracy and reliability.
- Models were tested on a subset of data to assess their performance and necessary adjustments were made.
Implementation and Integration
- Integrated the predictive analytics models into the existing sales
Sales Forecasting
Predictive Analytics by Al Intisar showed 98.7% percentage precision in prediction after comparing with actual data. Benefits a Pharma Company take from this exercise
Targeted Marketing
By understanding customer segments and their behaviors, the company can tailor marketing strategies to specific groups, resulting in higher engagement and conversion rates.
Optimized Product Portfolio
Identifying underperforming and high-potential products allows ABC Pharmaceuticals to adjust its product portfolio for better market responsiveness.
Enhanced Promotion ROI
Analyzing the effectiveness of promotions enables the company to allocate resources strategically, maximizing the impact of marketing campaigns.
Conclusion
Implementing sales predictive analytics can prove to be a strategic move for ABC Pharma, providing actionable insights to drive revenue growth, optimize marketing efforts, and enhance overall sales efficiency.
This case study demonstrates the practical application of sales predictive analytics and capabilities of Al Intisar in the pharmaceutical industry, showcasing its potential to transform business outcomes through data-driven decision-making.
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