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how to rank on amazon

How To Rank on Amazon: A9 Masterclass

Are you ready to unlock the secrets of Amazon’s A9 algorithm and skyrocket your product rankings? 

In this condensed class, we’ve carefully crafted four power-packed videos that will take you on a journey towards mastering the art of ranking on Amazon. 

Whether you’re an experienced seller looking to enhance your ranking strategies or a newbie eager to crack the code, this series will provide you with the knowledge and techniques you need to excel. 

Join us as we delve into the world of Amazon’s search algorithm, uncovering the key factors that influence rankings, exploring effective optimization strategies, and revealing the best practices to maximize visibility and sales. 

Don’t miss out on this exclusive opportunity to level up your Amazon business. 

Part 1: How Ranking Is calculated & Honeymoon Period (Myths)

In this video, we dive into the intricate workings of Amazon’s A9 algorithm to unravel the factors that determine product rankings and dispel common myths surrounding them. This comprehensive guide serves as a condensed adaptation of A9 team presentations and scientific literature, tailored to cater to non-programmers like you and me.

Our primary objective is to equip every seller with a scientific understanding of how A9 works, allowing you to optimize your strategies and maximize visibility on Amazon. Throughout the video, we will explore the three main components of the product search: the query category score, hunger score, and in-category relevance score.

The query category score measures the importance of a search query within a product category, considering the number of clicks and purchases for products in that category. We’ll illustrate this concept with real-life examples, highlighting the significance of individual words, word combinations, and trigrams in determining query category scores.

Next, we delve into the hunger score, which gauges a product category’s eagerness to be selected based on search query frequency. By understanding this score, we can comprehend how Amazon prioritizes categories that have been frequently or infrequently selected, thus ensuring more relevant and user-friendly search results.

Furthermore, we explore the in-category relevance score, which evaluates how well a product aligns with a specific product category based on features, attributes, and other relevant information. Real-world scenarios demonstrate how this score facilitates the identification of the most useful and relevant products within a category.

To bring all these components together, we present an example of a user searching for “Red Sneakers.” By considering individual word clicks, hunger score, and in-category relevance score, A9 algorithm crafts search results that prioritize products aligning with the user’s query and exhibiting eagerness to be selected.

We also shed light on the “honeymoon period” myth, clarifying that the initial visibility of a new product in search results is not guaranteed. Amazon employs a process called the “cold start,” wherein a product’s search ranking gradually improves over time as more users search for and purchase it. While manual adjustments by the A9 team may occur, it is important to focus on extreme relevance of keywords and categories to enhance product visibility.

It is essential to note that although Amazon strives for fairness, it is impossible for them to manually adjust rankings for every product due to scalability limitations. Therefore, understanding the A9 algorithm and optimizing your listings become crucial for success.

Join us on this journey to demystify Amazon’s A9 algorithm and unlock the key factors that influence product rankings. By embracing a scientific approach and dispelling prevalent myths, we aim to empower every seller with the knowledge necessary to thrive in the competitive Amazon marketplace. Let’s dive in and unravel the secrets of A9!

Part 2: The Challenge With Ranking Models.

In this insightful video, we will explore the backbone of an efficient product search experience on Amazon – ranking models. Discover how customer actions such as purchases, add-to-carts, and clicks serve as the building blocks for training these models. We will also unravel the significance of positive and negative labels, and how they tie into conversion milestones.

Join us as we demystify the process of collecting training sets and generating unique keywords for different marketplaces, categories, and user features. We will shed light on the intricate process of matching feature vectors with customer queries, ensuring accurate and relevant search results.

One of the major hurdles in ranking models is presenting search results from multiple categories in a meaningful way. We will explore how Amazon tackles this challenge by using behavioral search patterns and language models to predict user intent. Uncover the fascinating concept of the power law distribution of queries and its impact on ranking algorithms, which prioritize results for the most common search terms.

Moreover, we will delve into the uniqueness of Amazon product searches, where a large percentage of queries are seen only once or twice. This presents a statistical challenge in measuring their effectiveness. We will analyze how this uniqueness, coupled with the power law distribution, influences the ranking algorithms and shapes the search experience for customers.

As we conclude this video, we will touch upon the implications of these ranking models for sellers in markets outside the United States. Discover how search term volume and market nuances can significantly impact your selling strategy in different regions.

Part 3: What is Rank Juice and how does it work?

In this episode, we will be discussing the query ranking module and its rank values, or what some people refer to as “rank juice.”

Throughout this series, we aim to provide valuable insights for seven-figure brand owners like yourself, as well as other contributors to the Amazon FBI community. So, without further ado, let’s dive right into it.

The query ranking module plays a crucial role in the Amazon search process. When a user enters a product query, the query understanding model breaks it down into individual components, enabling the algorithm to better comprehend the user’s intent. By structuring the query and identifying its key elements, such as brand, product type, price constraint, gender constraint, and delivery constraint, the algorithm can improve the ranking process and match the query with the most relevant products on Amazon.

Whether you’re an established 7-figure brand or an aspiring entrepreneur on Amazon, this masterclass will provide valuable insights into the inner workings of ranking models and equip you with the knowledge to optimize your product listings effectively. Join us on this enlightening journey through the complexities of ranking on Amazon.

Once the query has been understood, the ranking model takes over. It utilizes the information from the query understanding model to determine the relevance of different products to the user’s search query. Each product is assigned a ranking value, representing how well it aligns with the user’s search query. These ranking values are then used to order the search results, ensuring that the most relevant products are displayed first.

Determining the relevance of products is a complex task that involves considering various factors such as the product title, bullet points, price, reviews, and other attributes. The ranking model weighs these factors appropriately to arrive at a ranking value that accurately reflects the product’s relevance to the user’s search query.

While the search query on Amazon is usually unstructured text, the algorithm strives to understand and tag different parts of the query. By categorizing the query’s elements, such as brand, color, size, material, style, availability, and even specific product features, the search algorithm can match the query with relevant products and provide users with the most fitting search results.

Autocomplete also plays a significant role in the search experience on Amazon. The autocomplete algorithm dynamically updates its suggestions based on user search behavior, tracking popular search terms and products. Factors such as relevance, popularity, and user history influence the autocomplete suggestions, ultimately assisting shoppers in finding the products they’re looking for.

Structured data, particularly the category ladder, is vital in helping the ranking model understand the relationship between different products and categories. By utilizing structured data and category hierarchy, Amazon can present the right set of products to users, ensuring proper ordering and ranking based on relevance to the user’s search query.

Ranking on Amazon goes beyond merely focusing on keywords and indexed fields. It begins with structured data, which forms the foundation of A9. Optimizing product listings and understanding the importance of rank values are crucial for improving the visibility, credibility, and quality of the products shown to users.

We acknowledge that optimizing product listings is a widely discussed topic, with numerous resources available online. However, our series aims to go beyond the basics and share the knowledge that the other 99% of sellers may not be aware of. By providing insights based on scientific literature, we hope to empower you to conduct better tests, make informed observations, and ultimately make more effective decisions for ranking on Amazon.

Part 4: The A10 Myth

In the last video of this series, we will draw upon scientific literature and real-world experiences to illuminate various facets of A9. We will debunk the myths surrounding A10, the speculated successor, and instead focus on the continuous refinement and improvement of A9. By grounding ourselves in sound principles and fundamental knowledge, we can elevate our observations, testing, and ultimately, our results.

Replacing A9 with a new algorithm would come with significant risks and challenges. A9 is a complex system tightly integrated with other processes in Amazon’s infrastructure. Testing and validating new algorithms would be time-consuming and resource-intensive. There’s also the risk that a new algorithm may not perform as well as expected, which could impact user experience and revenue. Amazon’s business strategy is based on long-term planning and careful decision-making, so sudden and rash changes are unlikely.

There have been speculations about the possibility of Amazon replacing A9 with a new algorithm. However, it’s important to understand that algorithms are not static and can be updated and refined over time based on user behavior and changes in the market. Amazon has made incremental changes to A9 in the past, such as updates to product reviews and the introduction of advertising options.

Thank you for joining us on this transformative journey through the “Ranking on Amazon: A9 Masterclass Series.” We hope that the knowledge and insights you have gained will empower you to achieve remarkable success in your Amazon endeavors. Remember, unlocking the secrets of Amazon’s A9 algorithm is just the beginning. Continue to explore, innovate, and implement what you’ve learned to propel your business to new heights.

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