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Knowledgator Model Hub

Knowledgator provides a collection of high-performance models tailored for a wide range of information extraction tasks. Our models are built to support real-world applications in both zero-shot and few-shot settings, enabling efficient deployment even with minimal labeled data.


Model Categories

models

Multi-task

Models capable of handling multiple NLP tasks simultaneously — ideal for pipelines requiring shared representations across domains.

Text-to-JSON

Extracting structured JSON of any complexity from a text, given a user-provided template.

NER (Named Entity Recognition)

Extract domain-specific entities with high precision using models fine-tuned for biomedical, legal, and general-purpose use cases.

Text Classification

Classify text into topics, sentiments, or intents. Includes:

  • ComprehendIt – A general-purpose, zero-shot NLI-based classifier.
  • GLiClass – A lightweight, fast model for resource-constrained environments.

Entity Linking

Bi-encoder models for entity disambiguation that link extracted mentions to knowledge base entries. Includes:

  • GLiNER-Linker Base/Large -- DeBERTa-based linking models for entity disambiguation.
  • GLiNER-Linker Rerank -- Lightweight reranker for improved accuracy on large candidate sets.

Chemical Models

Specialized models for chemical domain tasks such as converting between SMILES and IUPAC names.


Features

  • Zero-shot ready: pretrained for strong performance without task-specific training
  • Few-shot efficient: achieves superior results with minimal labeled examples
  • Multi-task support: handles multiple information extraction tasks in a unified framework
  • Hugging Face compatible: works seamlessly with the Hugging Face Transformers ecosystem
  • Run locally: supports fully local inference for privacy, security, and offline use
  • Domain adaptable: effective across diverse domains, including general, biomedicine, legal, finance, and chemistry

Knowledgator – powering accurate and adaptable information extraction at scale.