Products

AI Applications

Give Product Data the Power of Thought.

Lazuli's AI automatically analyzes and converts text, images, and unstructured data into data that can be immediately used in PIM, DAM, and external operations.

Products

AI Applications

Give Product Data the Power of Thought.

Lazuli's AI automatically analyzes and converts text, images, and unstructured data into data that can be immediately used in PIM, DAM, and external operations.

Products

AI Applications

Give Product Data the Power of Thought.

Lazuli's AI automatically analyzes and converts text, images, and unstructured data into data that can be immediately used in PIM, DAM, and external operations.

AI Tools That Turn PIM and DAM into Strategic Assets

AI applications go beyond simple storage systems—they give data meaning and purpose. Lazuli’s AI interprets product information stored in PIM or DAM, transforming it into actionable knowledge through tagging, classification, and content generation. From marketing and analytics to product development and sales enablement, every business process moves faster with Lazuli AI.

Data Generation

Reconstruct the Way it's Communicated,into Product Information that Maximizes value.

AI automatically collects product information published on the internet from multiple sources. Data in different formats such as Excel, PDF, and HTML is normalized to a common schema and converted into centrally managed structured data. This automates competitive research and information gathering tasks that previously required manual effort and time.

Data Generation

Reconstruct the Way it's Communicated,into Product Information that Maximizes value.

AI automatically collects product information published on the internet from multiple sources. Data in different formats such as Excel, PDF, and HTML is normalized to a common schema and converted into centrally managed structured data. This automates competitive research and information gathering tasks that previously required manual effort and time.

Data Generation

Reconstruct the Way it's Communicated,into Product Information that Maximizes value.

AI automatically collects product information published on the internet from multiple sources. Data in different formats such as Excel, PDF, and HTML is normalized to a common schema and converted into centrally managed structured data. This automates competitive research and information gathering tasks that previously required manual effort and time.

Product Information Feature Tags

Automatically generates tags such as "Usage" and "Features" to enhance searchability and appeal.

Product Information Feature Tags

Automatically generates tags such as "Usage" and "Features" to enhance searchability and appeal.

Image Text Tags

Reads characters on packages and labels using OCR and converts them into structured data, such as brand, material, and capacity.

Image Text Tags

Reads characters on packages and labels using OCR and converts them into structured data, such as brand, material, and capacity.

Image Feature Tags

Automatically assigns tags that extract product characteristics from photos and can be used for search and recommendations.

Image Feature Tags

Automatically assigns tags that extract product characteristics from photos and can be used for search and recommendations.

Product Description Generation

Generates natural sentences aligned with the brand and automatically checks for AI-specific exaggerated expressions.

Product Description Generation

Generates natural sentences aligned with the brand and automatically checks for AI-specific exaggerated expressions.

Data Enrichment

Incomplete Information,Turned into "Usable Data".

AI automatically collects product information published on the internet from various sources in the market. In addition to data in different formats such as Excel, PDF, and HTML, it can also ingest information from standard specifications like GS1 and complex external services. AI normalizes it to a common schema and further assigns attributes from Lazuli DB, converting it into centrally managed structured data. This automates competitive research and information gathering, which previously required a vast amount of manual work, and allows immediate utilization of valuable product data.

Data Enrichment

Incomplete Information,Turned into "Usable Data".

AI automatically collects product information published on the internet from various sources in the market. In addition to data in different formats such as Excel, PDF, and HTML, it can also ingest information from standard specifications like GS1 and complex external services. AI normalizes it to a common schema and further assigns attributes from Lazuli DB, converting it into centrally managed structured data. This automates competitive research and information gathering, which previously required a vast amount of manual work, and allows immediate utilization of valuable product data.

Data Enrichment

Incomplete Information,Turned into "Usable Data".

AI automatically collects product information published on the internet from various sources in the market. In addition to data in different formats such as Excel, PDF, and HTML, it can also ingest information from standard specifications like GS1 and complex external services. AI normalizes it to a common schema and further assigns attributes from Lazuli DB, converting it into centrally managed structured data. This automates competitive research and information gathering, which previously required a vast amount of manual work, and allows immediate utilization of valuable product data.

Automatic completion of missing information (product name, category, etc.)

AI automatically complements blanks and unclear elements within product information. It eliminates the need for manual processing due to variations in notation or omissions, ensuring consistent master data.

Automatic completion of missing information (product name, category, etc.)

AI automatically complements blanks and unclear elements within product information. It eliminates the need for manual processing due to variations in notation or omissions, ensuring consistent master data.

Automatic expansion from JAN to GS1 and collected data

Based on the JAN code, it matches and retrieves product data collected by GS1 and Lazuli, automatically expanding the master data.

Automatic expansion from JAN to GS1 and collected data

Based on the JAN code, it matches and retrieves product data collected by GS1 and Lazuli, automatically expanding the master data.

Feature Labeling

Based on product information, it can also automatically determine if it meets predefined criteria or conditions and assign it as a new attribute column.

Feature Labeling

Based on product information, it can also automatically determine if it meets predefined criteria or conditions and assign it as a new attribute column.

Data Estimation

Derive Clear "Classifications" From Ambiguous Expressions.

AI automatically estimates and structures information embedded in product images and descriptions (such as category, color, material). It also complements variations in product names and missing tags, redefining them as structured data. This builds a foundation that can be utilized for more advanced data applications like segment analysis and recommendations.

Data Estimation

Derive Clear "Classifications" From Ambiguous Expressions.

AI automatically estimates and structures information embedded in product images and descriptions (such as category, color, material). It also complements variations in product names and missing tags, redefining them as structured data. This builds a foundation that can be utilized for more advanced data applications like segment analysis and recommendations.

Data Estimation

Derive Clear "Classifications" From Ambiguous Expressions.

AI automatically estimates and structures information embedded in product images and descriptions (such as category, color, material). It also complements variations in product names and missing tags, redefining them as structured data. This builds a foundation that can be utilized for more advanced data applications like segment analysis and recommendations.

Automatic Estimation of Product Category

AI automatically identifies the category to which a product belongs based on its name, description, image, etc.

Automatic Estimation of Product Category

AI automatically identifies the category to which a product belongs based on its name, description, image, etc.

Estimation of Attributes such as Product Color and Material

Based on image analysis and descriptive information, AI automatically classifies and extracts attributes such as color, material, and size. It also learns subjective expressions, enabling classification closer to the user's perspective.

Estimation of Attributes such as Product Color and Material

Based on image analysis and descriptive information, AI automatically classifies and extracts attributes such as color, material, and size. It also learns subjective expressions, enabling classification closer to the user's perspective.

Feature Estimation

Based on the features included in the product information, AI automatically estimates whether it matches predefined conditions such as "Food for Specified Health Uses" or "Gluten-Free" and assigns labels.

Feature Estimation

Based on the features included in the product information, AI automatically estimates whether it matches predefined conditions such as "Food for Specified Health Uses" or "Gluten-Free" and assigns labels.

Please Feel Free to Ask Any Questions or Consult with Us.

Have challenges managing your product data? We’re here to help you unlock its full potential.

Please Feel Free to Ask Any Questions or Consult with Us.

Have challenges managing your product data? We’re here to help you unlock its full potential.

Please Feel Free to Ask Any Questions or Consult with Us.

Have challenges managing your product data? We’re here to help you unlock its full potential.

FAQ

What is Lazuli's AI application?

The Lazuli AI application automates the processing of product data through unique AI technologies for "generation, estimation, expansion, and collection". It analyzes data accumulated in PIM and DAM, performs tasks such as tagging, generating descriptions, and estimating trends, transforming it into data assets that can be directly utilized in business operations.

What is Lazuli's AI application?

The Lazuli AI application automates the processing of product data through unique AI technologies for "generation, estimation, expansion, and collection". It analyzes data accumulated in PIM and DAM, performs tasks such as tagging, generating descriptions, and estimating trends, transforming it into data assets that can be directly utilized in business operations.

What is Lazuli's AI application?

The Lazuli AI application automates the processing of product data through unique AI technologies for "generation, estimation, expansion, and collection". It analyzes data accumulated in PIM and DAM, performs tasks such as tagging, generating descriptions, and estimating trends, transforming it into data assets that can be directly utilized in business operations.

Is the automatic generation of product descriptions and tags accurate?

Content generated by AI is provided at an immediately usable level, but we have implemented a mechanism that incorporates human approval and verification processes. This minimizes the risk of misinformation unique to AI (hallucinations) and ensures accurate and reliable data.

Is the automatic generation of product descriptions and tags accurate?

Content generated by AI is provided at an immediately usable level, but we have implemented a mechanism that incorporates human approval and verification processes. This minimizes the risk of misinformation unique to AI (hallucinations) and ensures accurate and reliable data.

Is the automatic generation of product descriptions and tags accurate?

Content generated by AI is provided at an immediately usable level, but we have implemented a mechanism that incorporates human approval and verification processes. This minimizes the risk of misinformation unique to AI (hallucinations) and ensures accurate and reliable data.

How do you prevent hallucinations?

At Lazuli, we prevent erroneous generation through the following mechanisms: ・Consistency checks by cross-referencing with existing product data and the Lazuli DB ・Attribute completion by referencing standard specification data (e.g., GS1) ・Incorporating a final human review into the workflow to prevent the dissemination of incorrect information.

How do you prevent hallucinations?

At Lazuli, we prevent erroneous generation through the following mechanisms: ・Consistency checks by cross-referencing with existing product data and the Lazuli DB ・Attribute completion by referencing standard specification data (e.g., GS1) ・Incorporating a final human review into the workflow to prevent the dissemination of incorrect information.

How do you prevent hallucinations?

At Lazuli, we prevent erroneous generation through the following mechanisms: ・Consistency checks by cross-referencing with existing product data and the Lazuli DB ・Attribute completion by referencing standard specification data (e.g., GS1) ・Incorporating a final human review into the workflow to prevent the dissemination of incorrect information.

What kind of business operations can AI applications be utilized for?

We will streamline the data preparation tasks that have been performed manually, not only for product data generation and tagging but also for competitive research, review analysis, ID-POS analysis, automated creation of sales support materials, and a wide range of operations including marketing, product development, sales, and analysis.

What kind of business operations can AI applications be utilized for?

We will streamline the data preparation tasks that have been performed manually, not only for product data generation and tagging but also for competitive research, review analysis, ID-POS analysis, automated creation of sales support materials, and a wide range of operations including marketing, product development, sales, and analysis.

What kind of business operations can AI applications be utilized for?

We will streamline the data preparation tasks that have been performed manually, not only for product data generation and tagging but also for competitive research, review analysis, ID-POS analysis, automated creation of sales support materials, and a wide range of operations including marketing, product development, sales, and analysis.

What kind of results can be expected after implementation?

The manual collection, organization, and generation of product information, which required a tremendous amount of time, has been automated, allowing for a reduction of up to 70% in labor costs. Additionally, improvements in data accuracy lead to enhanced customer experiences and maximized sales opportunities.

What kind of results can be expected after implementation?

The manual collection, organization, and generation of product information, which required a tremendous amount of time, has been automated, allowing for a reduction of up to 70% in labor costs. Additionally, improvements in data accuracy lead to enhanced customer experiences and maximized sales opportunities.

What kind of results can be expected after implementation?

The manual collection, organization, and generation of product information, which required a tremendous amount of time, has been automated, allowing for a reduction of up to 70% in labor costs. Additionally, improvements in data accuracy lead to enhanced customer experiences and maximized sales opportunities.

The True Value of Lazuli PDP is Unlocked When Combined

The True Value of Lazuli PDP is Unlocked When Combined

By integrating each feature, we achieve a level of data utilization that cannot be reached through standalone use.