Adobe Data Distiller Guide
  • Adobe Data Distiller Guide
  • What is Data Distiller?
  • UNIT 1: GETTING STARTED
    • PREP 100: Why was Data Distiller Built?
    • PREP 200: Data Distiller Use Case & Capability Matrix Guide
    • PREP 300: Adobe Experience Platform & Data Distiller Primers
    • PREP 301: Leveraging Data Loops for Real-Time Personalization
    • PREP 302: Key Topics Overview: Architecture, MDM, Personas
    • PREP 303: What is Data Distiller Business Intelligence?
    • PREP 304: The Human Element in Customer Experience Management
    • PREP 305: Driving Transformation in Customer Experience: Leadership Lessons Inspired by Lee Iacocca
    • PREP 400: DBVisualizer SQL Editor Setup for Data Distiller
  • PREP 500: Ingesting CSV Data into Adobe Experience Platform
  • PREP 501: Ingesting JSON Test Data into Adobe Experience Platform
  • PREP 600: Rules vs. AI with Data Distiller: When to Apply, When to Rely, Let ROI Decide
  • Prep 601: Breaking Down B2B Data Silos: Transform Marketing, Sales & Customer Success into a Revenue
  • Unit 2: DATA DISTILLER DATA EXPLORATION
    • EXPLORE 100: Data Lake Overview
    • EXPLORE 101: Exploring Ingested Batches in a Dataset with Data Distiller
    • EXPLORE 200: Exploring Behavioral Data with Data Distiller - A Case Study with Adobe Analytics Data
    • EXPLORE 201: Exploring Web Analytics Data with Data Distiller
    • EXPLORE 202: Exploring Product Analytics with Data Distiller
    • EXPLORE 300: Exploring Adobe Journey Optimizer System Datasets with Data Distiller
    • EXPLORE 400: Exploring Offer Decisioning Datasets with Data Distiller
    • EXPLORE 500: Incremental Data Extraction with Data Distiller Cursors
  • UNIT 3: DATA DISTILLER ETL (EXTRACT, TRANSFORM, LOAD)
    • ETL 200: Chaining of Data Distiller Jobs
    • ETL 300: Incremental Processing Using Checkpoint Tables in Data Distiller
    • [DRAFT]ETL 400: Attribute-Level Change Detection in Profile Snapshot Data
  • UNIT 4: DATA DISTILLER DATA ENRICHMENT
    • ENRICH 100: Real-Time Customer Profile Overview
    • ENRICH 101: Behavior-Based Personalization with Data Distiller: A Movie Genre Case Study
    • ENRICH 200: Decile-Based Audiences with Data Distiller
    • ENRICH 300: Recency, Frequency, Monetary (RFM) Modeling for Personalization with Data Distiller
    • ENRICH 400: Net Promoter Scores (NPS) for Enhanced Customer Satisfaction with Data Distiller
  • Unit 5: DATA DISTILLER IDENTITY RESOLUTION
    • IDR 100: Identity Graph Overview
    • IDR 200: Extracting Identity Graph from Profile Attribute Snapshot Data with Data Distiller
    • IDR 300: Understanding and Mitigating Profile Collapse in Identity Resolution with Data Distiller
    • IDR 301: Using Levenshtein Distance for Fuzzy Matching in Identity Resolution with Data Distiller
    • IDR 302: Algorithmic Approaches to B2B Contacts - Unifying and Standardizing Across Sales Orgs
  • Unit 6: DATA DISTILLER AUDIENCES
    • DDA 100: Audiences Overview
    • DDA 200: Build Data Distiller Audiences on Data Lake Using SQL
    • DDA 300: Audience Overlaps with Data Distiller
  • Unit 7: DATA DISTILLER BUSINESS INTELLIGENCE
    • BI 100: Data Distiller Business Intelligence: A Complete Feature Overview
    • BI 200: Create Your First Data Model in the Data Distiller Warehouse for Dashboarding
    • BI 300: Dashboard Authoring with Data Distiller Query Pro Mode
    • BI 400: Subscription Analytics for Growth-Focused Products using Data Distiller
    • BI 500: Optimizing Omnichannel Marketing Spend Using Marginal Return Analysis
  • Unit 8: DATA DISTILLER STATISTICS & MACHINE LEARNING
    • STATSML 100: Python & JupyterLab Setup for Data Distiller
    • STATSML 101: Learn Basic Python Online
    • STATSML 200: Unlock Dataset Metadata Insights via Adobe Experience Platform APIs and Python
    • STATSML 201: Securing Data Distiller Access with Robust IP Whitelisting
    • STATSML 300: AI & Machine Learning: Basic Concepts for Data Distiller Users
    • STATSML 301: A Concept Course on Language Models
    • STATSML 302: A Concept Course on Feature Engineering Techniques for Machine Learning
    • STATSML 400: Data Distiller Basic Statistics Functions
    • STATSML 500: Generative SQL with Microsoft GitHub Copilot, Visual Studio Code and Data Distiller
    • STATSML 600: Data Distiller Advanced Statistics & Machine Learning Models
    • STATSML 601: Building a Period-to-Period Customer Retention Model Using Logistics Regression
    • STATSML 602: Techniques for Bot Detection in Data Distiller
    • STATSML 603: Predicting Customer Conversion Scores Using Random Forest in Data Distiller
    • STATSML 604: Car Loan Propensity Prediction using Logistic Regression
    • STATSML 700: Sentiment-Aware Product Review Search with Retrieval Augmented Generation (RAG)
    • STATSML 800: Turbocharging Insights with Data Distiller: A Hypercube Approach to Big Data Analytics
  • UNIT 9: DATA DISTILLER ACTIVATION & DATA EXPORT
    • ACT 100: Dataset Activation with Data Distiller
    • ACT 200: Dataset Activation: Anonymization, Masking & Differential Privacy Techniques
    • ACT 300: Functions and Techniques for Handling Sensitive Data with Data Distiller
    • ACT 400: AES Data Encryption & Decryption with Data Distiller
  • UNIT 9: DATA DISTILLER FUNCTIONS & EXTENSIONS
    • FUNC 300: Privacy Functions in Data Distiller
    • FUNC 400: Statistics Functions in Data Distiller
    • FUNC 500: Lambda Functions in Data Distiller: Exploring Similarity Joins
    • FUNC 600: Advanced Statistics & Machine Learning Functions
  • About the Authors
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On this page
  • The Heart of Personalization Data Architectures: Data Must Drive Action and Reflection
  • The Need for Speed: Fast Data Loops for Real-Time Personalization
  • The Power of Reflection: Slow Data Loops for Deep Insights
  • Bridging the Fast and Slow Data Loops: A Balanced Approach
  • It's About Data Loops, Not the Technology
  1. UNIT 1: GETTING STARTED

PREP 301: Leveraging Data Loops for Real-Time Personalization

Real-time personalization isn't just about having the best tools—it's about creating efficient data loops that allow you to respond instantly to customer needs and provide exceptional service.

Last updated 8 months ago

Yesterday, I was in a customer meeting where the data architects walked me through their real-time personalization data architecture. The presentation was impressive—a mosaic of ten different tools, each with its own color scheme and architecture. Some were legacy systems, others were roadmapped for future implementation, and there were even boxes planted for Adobe Experience Platform components (perhaps to please me). They were designing the ultimate data model, the perfect data dictionary where everything would work seamlessly end-to-end. Every actor in this elaborate play was poised to execute their role so perfectly that there was no doubt in their minds that this would be a hit with their audience—the marketing team. Governance, security, and privacy concerns? All addressed seamlessly in this utopian vision.

And then they asked me this question: "If we get the data foundation right, what could possibly go wrong even if the marketing team threw new use cases at us?"

I just did not know what to respond.

Here is the thing - Technology can be so blinding that we can easily miss the point. It's never about having the best technology because, honestly, you can shop around for that. The key to personalization is data. By now, that should be clear. But there's one extra thing—creating effective data loops. But even that does not cut it.

Consider your customer for a moment. Even if the marketing team hasn't presented specific use cases, take a moment to imagine how the data you have can be used to better serve your customers.

Let me paint a picture for you. Imagine a customer standing at your doorstep—what's the most relevant information you need to serve them effectively in that moment? Should you waste time calling customer service to ask about their recent return experience? Or do you quickly check your computer to see that she’s been buying gifts for her family every week before visiting home? Perhaps she needs luggage to carry all those items—should you ask her about that? Personalization isn’t about guessing; it’s about having a meaningful conversation focused on how you can best serve your customer, using the data you have right at your fingertips. The whole point of leveraging their data is to make this conversation as efficient and impactful as possible.

In today's rapidly evolving data landscape, "composable data architecture" has become a buzzword. It emphasizes the use of top technologies, modular components, and the ability to adapt to changing data needs. However, beyond the hype around new tools, the true value of data architecture lies in its ability to transform data into actionable insights that facilitate meaningful conversations and exceptional customer service. Regardless of whether your architecture is composable or which vendor you choose, your primary focus should be on effective personalization data loops.

The Heart of Personalization Data Architectures: Data Must Drive Action and Reflection

Data and Action are the Yin-Yang of Personalization.

Personalization data architectures aren't just about assembling the most advanced tools; they’re about enabling your organization to swiftly turn data into actionable insights. Whether you choose a centralized or decentralized approach, the end goal is the same: leveraging data to drive both real-time decisions and long-term strategic outcomes.

In real-time personalization, speed is key. Customers expect immediate responses and personalized experiences in every interaction. To achieve this, organizations need to establish a fast data loop—a system where data is quickly ingested, processed, and acted upon. This fast loop is crucial for turning raw data into personalized actions, delivering value right when it’s needed.

However, balancing speed and quality presents a challenge: quick decision-making often leaves little room for reflection on past experiences. The urgency of the situation requires immediate action, while quality decisions typically involve more thoughtful consideration of past data. This is where it's essential to design data loops that effectively support both fast and informed decision-making.

The Need for Speed: Fast Data Loops for Real-Time Personalization

Real-time personalization depends on the quick turnaround of data and insights. Picture a customer interacting with your platform—every click, scroll, and purchase generates valuable data that, if processed rapidly, can instantly enhance their experience. The faster you can bridge the gap between data collection and action, the more relevant and personalized the experience you can deliver.

In the Adobe Experience Platform architecture, we made a deliberate choice to enable this fast loop by incorporating technologies designed for low-latency processing. This includes leveraging in-memory databases, stream processing, and real-time edge technologies. To drive a data loop that closely aligns with personalization, we developed the Experience Data Hub, where events can be activated within minutes in Adobe Journey Optimizer. Additionally, Customer Journey Analytics allows us to analyze patterns within 15 minutes. Working alongside these is Data Distiller, equipped with powerful data processing engines that can compute new attributes for personalization within an hour. Together, these components ensure that data flows seamlessly from source to action, allowing you to reach your customers with the right message at the right time.

Now, consider this: we could have bypassed many of these elements and focused solely on building a single product, like an exceptional email sender. But personalization requires more than just the best technology for one task. As a solutions provider, I must think beyond that and build a comprehensive system where all these elements work together. This is what's needed to drive the personalization revolution that’s still missing from our experiences as customers.

The Power of Reflection: Slow Data Loops for Deep Insights

While fast loops are essential for real-time actions, not all insights need to be immediate. Some of the most valuable insights come from deep, sophisticated analysis and reflection that takes time to develop. These slower loops involve aggregating large datasets, building complex models, and uncovering trends that inform long-term strategies.

In personalization data architectures, slow loops often require moving or accessing data across different systems. You might need to aggregate data from multiple sources, apply machine learning models, or run advanced analytics to generate insights. This process is not about speed but about depth and accuracy. The insights generated in these slow loops help you understand customer behavior, optimize business processes, and make informed decisions that drive future growth.

Bridging the Fast and Slow Data Loops: A Balanced Approach

The beauty of personalization data architectures lies in their ability to support both fast and slow loops effectively. By modularizing your data architecture, you can optimize for both real-time and deep insights without compromising on either. This balanced approach ensures that you're not just reacting to data but also learning from it, evolving your strategies, and continuously delivering value to your customers.

It's About Data Loops, Not the Technology

In the end, the success of a personalization data architecture isn't measured by the technologies you use or the complexity of your systems. It's measured by how well you can turn data into action—how quickly you can respond to customer needs in real-time, and how deeply you can understand and anticipate those needs over time.

As you build and refine your data architecture, remember that the real goal is to create a system that enables both fast and slow loops of insight, each serving its unique purpose. Whether you are activating real-time personalization or developing sophisticated data models, what matters most is that you're consistently turning data into meaningful, actionable insights for your customers.

Fast data loops are like reflexes, quickly responding to stimuli.
Slow data loops are similar to reflection that involves deliberate and thoughtful consideration.
Inner personalization data loops run faster because they either are reacting to fresh behavioral data or have precomputed historical behaviors encapsulated in attributes.
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