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Geneo
AI Visibility Report
01/14/2026
Live Analysis:
ChatGPT_

AI Visibility Report for
contentrecommendationengineopensource

Are you in the answers when your customers ask AI?

Enter your prompt and find out which brands dominate AI search results.

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Brand Performance Across AI Platforms
All 17 brands referenced across AI platforms for this prompt
Gorse
7
3
Sentiment:
Score:95
TensorFlow Recommenders
3
2
Sentiment:
Score:76
RecBole
3
0
Sentiment:
Score:67
4LightFM
3
0
Sentiment:
Score:67
5LibRec
3
0
Sentiment:
Score:67
Referenced Domains Analysis
All 14 domains referenced across AI platforms for this prompt
ChatGPT
Perplexity
Google AIO
#1github.com favicongithub.com
ChatGPT:
2
Perplexity:
1
Google AIO:
2
5
#2gorse.io favicongorse.io
ChatGPT:
1
Perplexity:
1
Google AIO:
1
3
#3arxiv.org faviconarxiv.org
ChatGPT:
2
Perplexity:
0
Google AIO:
0
2
#4tensorflow.org favicontensorflow.org
ChatGPT:
0
Perplexity:
1
Google AIO:
1
2
#5dev.to favicondev.to
ChatGPT:
0
Perplexity:
1
Google AIO:
0
1

AI Search Engine Responses

Compare how different AI search engines respond to this query

ChatGPT

2457 Characters

BRAND (17)

Gorse
RecBole
DeepRec
Apache Mahout
Surprise
LightFM
Implicit
Seldon
PredictionIO
TensorFlow Recommenders
Open Recommender
Microsoft Recommenders
Mr. DLib
LibRec
OpenRec
The Universal Recommender
TensorFlow Recommenders Addons

SUMMARY

ChatGPT provides a structured overview of open-source recommendation engines, highlighting Gorse as a Go-based universal recommender system with AutoML capabilities and distributed scaling. It also mentions LibRec as a Java library with over 70 algorithms for rating prediction and item ranking. The response focuses on technical features like RESTful APIs, GUI dashboards, and collaborative filtering methods.

Perplexity

1957 Characters

BRAND (17)

Gorse
RecBole
DeepRec
Apache Mahout
Surprise
LightFM
Implicit
Seldon
PredictionIO
TensorFlow Recommenders
Open Recommender
Microsoft Recommenders
Mr. DLib
LibRec
OpenRec
The Universal Recommender
TensorFlow Recommenders Addons

SUMMARY

Perplexity offers a well-organized breakdown of popular open-source recommendation systems, categorizing them by type. It emphasizes Gorse's automatic model training capabilities, LightFM's hybrid approach combining collaborative and content-based filtering, and mentions TensorFlow Recommenders. The response highlights scalability, speed, and support for different feedback types as key differentiators.

Google AIO

3055 Characters

BRAND (17)

Gorse
RecBole
DeepRec
Apache Mahout
Surprise
LightFM
Implicit
Seldon
PredictionIO
TensorFlow Recommenders
Open Recommender
Microsoft Recommenders
Mr. DLib
LibRec
OpenRec
The Universal Recommender
TensorFlow Recommenders Addons

SUMMARY

Google AIO takes a consultative approach, first acknowledging that the best choice depends on specific requirements like programming language, data scale, and model complexity. It categorizes solutions into full-fledged systems and mentions Gorse and The Universal Recommender, emphasizing practical considerations for implementation and commercial support options.

Strategic Insights & Recommendations

Dominant Brand

Gorse emerges as the most consistently recommended solution across all platforms, praised for its universal design and ease of integration.

Platform Gap

ChatGPT focuses more on technical specifications, while Google AIO emphasizes decision-making criteria and Perplexity provides the most structured categorization.

Link Opportunity

All platforms provide external links to official documentation and resources, with Google AIO offering the most comprehensive link collection.

Key Takeaways for This Prompt

Gorse is universally recognized as a leading open-source recommendation engine with strong automation features.

Different platforms emphasize different aspects: technical features, categorization, or decision criteria.

The choice of recommendation engine depends heavily on programming language preferences and scale requirements.

Most platforms highlight the importance of supporting both collaborative and content-based filtering approaches.

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