AI powered knowledge graphs for semantically accurate insights. From personal research to semantic search in your apps.
Pixlie AI helps you create knowledge graphs that stores semantic information about your data. It uses a combination of AI/ML models like GLiNER or Anthropic's Claude to extract semantics at a low cost. The extracted semantics are stored in the graph, retaining the rich real world context of your data. You can then get insights from the graph, either visually or programmatically.
Here is how it works:
- Setup Pixlie AI on your computer (on on the cloud)
- Start with a problem or question that you want to deep dive into
- Share your data with Pixlie AI or crawl the web
- Pixlie AI uses LLMs (Anthropic's Claude) classify your data (your API keys)
- Pixlie AI uses GLiNER (running locally or on the cloud) to extract semantics from your data
- Pixlie AI can crawl data from the web if youw want
- A knowledge graph is created that holds semantic information about your data
- Query the graph visually or programmatically
Pixlie AI is open source and is under active development. Our work is done in public, please star this repository, it means a lot to us. If you want to be notified when Pixlie AI is ready for use, please subscribe to our insights newsletter.
Yes, Pixlie AI is an alternative to using vector databases. Vector databases are good for storing and querying semantic data, but is they do not model the underlying data accurately. In Pxlie AI, we use LLMs to classify individual pieces of semantically meaningful data. Each individual entity, like a person, place, date, event, item of interest is stored separately in the graph. Their relationships to other entitiies and also stored in the graph. This makes our graph based approach better where accuracy is important.
- Pixlie AI is licensed under the GNU General Public License version 3.0
- See the LICENSE file for details