PIM Systems

Akeneo PIM System: Video Review, Data Model & API Examples

Detailed technical review of Akeneo PIM system including data model, attribute types, API capabilities, and real-world implementation insights.

Published January 15, 2025
18 min read
Sivert Kjøller Bertelsen
Akeneo
Open Source
PIM
Technical Review
API

Platform Overview

Akeneo is a French-founded PIM platform that offers both open-source and enterprise solutions. Founded in 2013 and headquartered in Nantes, France, Akeneo has built a strong developer community around its GPL-v3 licensed Community Edition.

The platform centers its data model around Products and their hierarchy while remaining flexible through Families (templates of attribute sets) and Variants. This approach provides a good balance between structure and flexibility for most product catalogs.

Key Facts

  • Founded: 2013
  • Headquarters: Nantes, France
  • Employees: 200+
  • License: GPL-v3 (Community Edition)
  • API: REST-based with OAuth2 authentication
Akeneo PIM login page interface

Akeneo Login Interface

The Akeneo login interface showcases the clean, modern design that extends throughout the platform.

Akeneo Data Model

Core entities in Akeneo's data model with their relationships and key attributes

EntityVendor NameDescriptionKey AttributesRelationships
Product
ProductSellable SKU; can be simple (no variants) or variant (child of a product-model)
identifier
family
categories
values
belongs to Family
categorized in Categories
child of Product Model
Product Model
Product ModelRepresents a style/parent in the variant tree; can be two-level (model > sub-model > product)
code
family_variant
categories
values
has Family Variant
parent of Products
Family
FamilyTemplate that groups mandatory and optional attributes for a product
code
attributes
attribute_requirements
contains Attributes
used by Products
Attribute
AttributeDefines a single piece of data (text, number, boolean, media file, reference data, etc.)
code
type
localizable
scopable
grouped in Attribute Groups
used in Families
Category
CategoryClassifies products in hierarchies used by channels
code
parent
labels
hierarchical structure
used by Channels
Channel
ChannelA combination of locale(s), currency(ies) and category tree representing a commerce destination
code
locales
currencies
category_tree
uses Category tree
defines scope for attributes

New to PIM systems?

Before diving into Akeneo specifics, you might want to read our detailed guide to PIM systems to understand the fundamentals and key concepts.

Read PIM Systems Guide

Platform Demo & Interface

Watch this comprehensive demo showcasing Akeneo PIM covering the basic user activities: finding products, enriching products, merchandising products, and publishing products. Recorded on Akeneo CE 6.0 in May 2022.

"I find the UI of Akeneo very user-friendly. The interface centers around the product list, making it easy to understand the inheritance to variants with this view. The product list and inheritance work seamlessly together, and if you can align this with your data model, it performs remarkably well."
SB
Sivert Kjøller Bertelsen
PIM Implementation Expert

API Implementation Details

Authentication & Security

Akeneo uses OAuth2 authentication with both password grant and client credentials flows. Access tokens expire after 3600 seconds (1 hour), requiring refresh for long-running integrations. The API supports both username/password authentication for user-specific access and client credentials for system-to-system integration.

PHP-Centric Integration Ecosystem

Akeneo's integration patterns are heavily oriented toward PHP development environments. While comprehensive REST endpoints are available, the platform's tooling, examples, and official SDK primarily target PHP-based implementations. This can present challenges for teams working in other technology stacks, as generating robust API clients may require additional development effort compared to platforms with extensive Swagger/OpenAPI specifications.

Search & Filtering

Search capabilities are implemented through JSON-based filter criteria sent in request bodies. The system supports advanced operators per data type (=, !=, IN, NOT IN, LIKE, STARTS WITH, <, <=, >, >=, BETWEEN, EMPTY, NOT EMPTY) and uses search-after pagination for efficient handling of large result sets. All searches can be scoped by channel and locale.

Rate Limiting & Performance

SaaS deployments enforce rate limiting with X-Rate-Limit-Limit and X-Rate-Limit-Remaining headers for monitoring. To avoid hitting rate limits, implement a caching middle layer and avoid hammering the API with rapid successive requests. Self-hosted installations have no built-in rate limiting. Bulk operations support multiple items per PATCH request, with asynchronous job APIs available for larger imports and exports.

Webhooks & Event Handling

Akeneo does not provide native webhook support. Integration patterns rely on polling the API or using the Event Platform (Enterprise Edition) which streams product change events for real-time synchronization with external systems.

Documentation Quality

The API documentation at api.akeneo.com is comprehensive and developer-friendly, featuring interactive examples, code samples in multiple programming languages, detailed endpoint descriptions, and clear error response documentation. An official PHP SDK is maintained, with community SDKs available for other languages.

Akeneo API documentation interface showing REST endpoints and examples

Akeneo API Documentation

Akeneo's API documentation is comprehensive and well-organized, providing clear examples and endpoint descriptions with interactive testing capabilities.

API Usage Example

Example showing how to search for and update a product using the Akeneo REST API

bash
# Find a product by SKU and update attribute using Akeneo API
TOKEN="<client_token>"
BASE="https://demo.akeneo.com/api/rest/v1"

# search product
curl -s -H "Authorization: Bearer $TOKEN" "$BASE/products?search={\"identifier\":[{\"operator\":\"=\",\"value\":\"SKU-12345\"}]}" > product.json

# update name
PRODUCT_CODE=$(jq -r '._embedded.items[0].identifier' product.json)
cat > patch.json <<EOF
{"name": {"en_US": "New product name 2025"}}
EOF
curl -X PATCH -H "Authorization: Bearer $TOKEN" -H "Content-Type: application/json" \
     -d @patch.json "$BASE/products/$PRODUCT_CODE"
"Having migrated to and from Akeneo several times, I find the API intuitive, though product structures and attribute IDs can be complex. I typically save field mappings as descriptions of attribute types since no concept of attribute settings exists in the standard interface."
SB
Sivert Kjøller Bertelsen
PIM Implementation Expert

Technical Specifications

Custom Entity Support

Akeneo supports custom entities through Reference Entities (Enterprise Edition), but these are second-class citizens with limited capabilities compared to Products. Reference Entities lack workflow, completeness scoring, and advanced validation features available to Products.

Search Capabilities

The REST API supports comprehensive search with operators including =, !=, IN, NOT IN, LIKE, NOT LIKE, STARTS WITH, <, <=, >, >=, BETWEEN, EMPTY, and NOT EMPTY. Search after pagination is supported for large result sets.

Bulk Operations

PATCH list endpoints allow upsert of up to 100 resources per call. Asynchronous exports/imports are triggered via /api/rest/v1/jobs endpoints for larger operations.

Data Storage

Akeneo stores attribute values as JSON blobs keyed by attribute code, scope (channel), and locale. Indexing is handled automatically behind the scenes, with the main consideration being which attributes should be configured as identifier types.

Limitations & Implementation Considerations

Community Edition Constraints

The Community Edition lacks critical enterprise features including read-only fields, events functionality, and advanced workflow capabilities. Image configuration can be challenging and often requires a separate MySQL instance, making it suitable only for businesses with significant technical resources.

Reference Entities as Second-Class Citizens

Reference Entities (Enterprise Edition) have limited capabilities compared to Products, lacking workflow, completeness scoring, and advanced validation features. This creates inconsistencies in data management approaches across entity types.

Asset Management Limitations

Built-in asset management is basic compared to dedicated DAM solutions. Organizations with extensive digital asset requirements typically need external DAM integration, adding complexity and cost to the overall solution.

Article List Modeling Challenges

For companies working with article lists, Akeneo's Family-based model presents challenges since attributes are determined by Family hierarchy. When article lists span multiple families, they don't map directly to flat structures like Excel tables.

API Rate Limiting

SaaS deployments enforce rate limiting that can impact high-volume integrations. Self-hosted installations require careful performance tuning and infrastructure management to handle large catalogs effectively.

Deployment Complexity

Self-hosted installations require PHP expertise and ongoing maintenance. For commercial considerations and deployment strategies, refer to our comprehensive SaaS negotiation guide.

Key Benefits & Strengths

Strong Inheritance Model with Simple UI

Akeneo's Family and Family Variant system provides powerful inheritance capabilities while maintaining an intuitive user interface. Product Models can inherit attributes down to variant products, reducing data entry and ensuring consistency across product lines.

Open Source Foundation with Limitations

The GPL-v3 licensed Community Edition provides core PIM functionality without licensing costs, including the complete data model, REST API, and basic features. However, the Community Edition lacks advanced features such as read-only attributes and events, making it accessible for businesses with technical resources but with some functional constraints.

Flexible Data Architecture

The attribute-based data model with Families allows for highly flexible product structures. Products can have different attribute sets while maintaining consistency within product families, supporting diverse catalog requirements.

Article List Modeling Challenges

For companies working with article lists, Akeneo's model can present challenges since attributes on an article are determined by the Family hierarchy. When a list of articles for a quote spans several families, it doesn't map directly to flat structures like Excel tables, requiring careful data modeling consideration.

Developer-Friendly API

The REST API is comprehensive and well-documented, with support for complex search operations, bulk updates, and detailed error handling. The API-first approach enables seamless integrations with external systems.

Localization & Channel Support

Built-in support for multiple locales and channels allows global businesses to manage product information across different markets and sales channels from a single platform.

Active Community & Documentation

Strong developer community with extensive documentation, GitHub repository with active development, and comprehensive API reference materials support implementation and customization efforts.

Sivert Kjøller Bertelsen

Sivert Kjøller Bertelsen

PIM Implementation Consultant • Multiple Akeneo implementations

"Akeneo strikes an excellent balance between functionality and usability. The product-centric UI design makes it intuitive for business users, while the robust API supports complex integration scenarios. The open-source foundation provides tremendous value, though enterprise features are requied for read-only fields and web hooks. For organizations with technical resources, Akeneo offers a compelling PIM solution."

Verified implementation experienceJanuary 2025

Sources (3)

[1]
Akeneo Official Website
Akeneo(2025)Website
[2]
Akeneo PIM Documentation
Akeneo(2025)Documentation
[3]
Akeneo REST API Reference
Akeneo(2025)API Documentation

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About This Article

Category: PIM Systems

Review Status: Published

Related PIM Systems: akeneo

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Sivert Kjøller Bertelsen

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