
Discover how algorithms predict who will click, buy, lie, or die in "Predictive Analytics" - the Freakonomics of big data. Used by 30+ universities and translated into 9 languages, it reveals why vegetarians miss fewer flights and how companies like Netflix see your future.
Eric Siegel, Ph.D., is the bestselling author of Predictive Analytics: The Power to Predict Who Will Click, Buy, Lie, or Die and a leading authority in machine learning deployment. A former Columbia University professor and founder of the Machine Learning Week conference series, Siegel bridges the gap between technical innovation and business strategy in this data-driven guide to predictive modeling. His work explores how organizations leverage behavioral patterns to optimize decisions in marketing, healthcare, and risk management.
Siegel’s expertise stems from decades as a consultant and educator. He earned Columbia’s Distinguished Faculty Award for his graduate courses on AI and later taught at UVA Darden School of Business. He hosts the Generative AI World summit, leads the online course “Machine Learning Leadership and Practice,” and has been featured in The New York Times, Harvard Business Review, and on NPR’s Marketplace. His follow-up book, The AI Playbook: Mastering the Rare Art of Machine Learning Deployment, expands on frameworks for implementing AI initiatives.
Used in coursework at hundreds of universities, Predictive Analytics has become essential reading for professionals seeking to harness data science at scale.
Predictive Analytics by Eric Siegel explores how organizations use historical data to forecast future behavior, transforming risk into strategic advantage. It covers core concepts like predictive modeling, the Prediction Effect (minor accuracy improvements leading to major results), and ethical considerations like privacy and bias. Real-world examples span marketing, healthcare, and finance, illustrating how companies like Netflix and Target leverage data for decision-making.
This book is ideal for business leaders, data scientists, and general readers interested in data-driven decision-making. Eric Siegel’s accessible writing style makes complex concepts understandable for non-technical audiences, while technical professionals gain insights into real-world applications like customer retention and fraud detection. It’s also valuable for students exploring careers in analytics.
Yes—readers praise its balance of depth and accessibility, with over 147 case studies demonstrating practical applications. The revised edition includes updated examples, like how Obama’s 2012 campaign used predictive modeling, and addresses modern challenges like AI ethics. It’s a foundational resource for understanding how industries harness data.
Predictive modeling uses historical data and variables (e.g., purchase history) to generate scores forecasting individual behavior, such as credit risk or customer churn. The book emphasizes the Ensemble Effect: combining multiple models (e.g., Netflix’s recommendation system) to improve accuracy and reduce errors.
The book highlights privacy concerns, algorithmic bias, and the responsibility of using predictions fairly. Siegel’s quote, “With great power comes great responsibility,” underscores the need for transparency, particularly in sensitive areas like healthcare and law enforcement.
Examples include:
The Prediction Effect shows that even slight improvements in predictive accuracy (e.g., identifying at-risk students) enable organizations to allocate resources more effectively, boosting ROI and operational efficiency. For example, universities use PA to target tutoring for students likely to drop out.
The Ensemble Effect combines multiple models (e.g., Netflix’s collaborative filtering) to offset individual flaws, enhancing overall accuracy. Siegel compares this to Who Wants to Be a Millionaire?’s “Ask the Audience” feature, where aggregated predictions outperform single guesses.
Siegel examines overreliance on flawed models, privacy violations (e.g., NSA surveillance), and biases in training data that perpetuate inequality. He argues for ethical frameworks to mitigate risks while acknowledging PA’s transformative potential.
Unlike technical manuals, Siegel’s book focuses on real-world applications and ethical implications, making it accessible to non-experts. It complements deeper technical reads by illustrating how models drive decisions in marketing, healthcare, and policy.
The revised edition adds case studies (e.g., IBM Watson’s Jeopardy! victory) and covers advances like deep learning. It also addresses post-2013 industry growth, including predictive analytics in government and workforce management.
Siente el libro a través de la voz del autor
Convierte el conocimiento en ideas atractivas y llenas de ejemplos
Captura ideas clave en un instante para un aprendizaje rápido
Disfruta el libro de una manera divertida y atractiva
Predictive analytics is technology that learns from experience (data) to predict the future behavior of individuals in order to drive better decisions.
Perfect accuracy isn't necessary; just being somewhat better than guessing delivers substantial benefits.
With predictive power comes significant ethical responsibility.
Ultimately, it's not what organizations come to know through prediction, but what they do with that knowledge that matters.
Desglosa las ideas clave de Predictive Analytics en puntos fáciles de entender para comprender cómo los equipos innovadores crean, colaboran y crecen.
Destila Predictive Analytics en pistas de memoria rápidas que resaltan los principios clave de franqueza, trabajo en equipo y resiliencia creativa.

Experimenta Predictive Analytics a través de narraciones vívidas que convierten las lecciones de innovación en momentos que recordarás y aplicarás.
Pregunta lo que quieras, elige la voz y co-crea ideas que realmente resuenen contigo.

Creado por exalumnos de la Universidad de Columbia en San Francisco
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Creado por exalumnos de la Universidad de Columbia en San Francisco

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Imagine a father storming into a Target store, furious that the retailer was sending his teenage daughter baby-related coupons. Days later, he called back with a sheepish apology: his daughter was indeed pregnant - due in August. Target's algorithms had detected subtle changes in her purchasing patterns before she'd told her family. Welcome to the world of predictive analytics, where algorithms peer "through the previously impenetrable barrier between today and tomorrow." This technology transforms our digital footprints into forecasts of remarkable accuracy - predicting what we'll buy, whether we'll quit our jobs, default on loans, or even develop diseases. These aren't vague, generalized predictions like weather forecasts, but individualized insights applied across millions of people simultaneously. The power comes not from perfect accuracy, but from being consistently better than random guessing - what Eric Siegel calls "The Prediction Effect." When organizations can make slightly better decisions at massive scale, the cumulative impact transforms industries. Consider a direct marketing campaign: without predictive analytics, you'd randomly select recipients and expect a 1% response rate. But what if you could identify a segment three times more likely to respond? You'd triple your results with the same budget. This illustrates how even modest improvements in prediction accuracy create tremendous value. Credit card companies improving fraud detection by just 2% save millions annually. Healthcare providers predicting patient readmissions with 15% better accuracy significantly reduce costs while improving care. What makes this approach transformative is that predictions directly drive decisions: doctors reviewing high-risk patients, agents contacting customers likely to cancel, marketers targeting specific prospects. Amazon's recommendation engine drives 35% of their sales. Netflix saves $1 billion annually through predictive customer retention.