Komo AI
Private, ad-free generative search for deep research and real-time discovery.
Automated neural citation recommendation and literature discovery for academic rigor.
Citeomatic is a specialized neural citation recommendation engine originally developed by the Allen Institute for AI (AI2). Technically, it utilizes a sophisticated bi-encoder architecture that maps both the context of a research manuscript's text and the metadata of millions of academic papers into a shared vector space. By 2026, Citeomatic has positioned itself as a critical component in the verifiable AI ecosystem, serving as a grounding layer for Large Language Models (LLMs) to prevent hallucination in academic writing. Unlike traditional keyword-based search, Citeomatic analyzes the semantic intent of a paragraph to suggest the most relevant, high-impact citations from the Semantic Scholar database. Its architecture is designed for high-throughput discovery, allowing researchers to perform real-time literature mapping as they draft. As the 2026 market shifts toward 'RAG-for-Research,' Citeomatic’s open-source codebase provides the benchmark for automated bibliographic synthesis, ensuring that academic outputs are supported by peer-reviewed evidence rather than probabilistic token generation.
Uses dual-transformer architecture to embed query text and candidate papers separately for efficient similarity computation.
Private, ad-free generative search for deep research and real-time discovery.
Ultra-Long Context Intelligence for Deep Synthesis and Research.
The research-first writing assistant that cites academic sources in real-time.
The zero-effort knowledge base that captures organizational wisdom from your daily communications.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Algorithms designed to recommend very recent papers with zero citations by analyzing semantic content.
Identifies relevant research outside the immediate field by detecting analogous methodologies in the vector space.
Converts ranked suggestions directly into structured bibliographic data formats.
Analyzes surrounding sentences to determine the exact type of citation needed (background vs. methodology).
Native support for indexing millions of documents for sub-second retrieval.
Strictly restricts outputs to existing DOIs within the Semantic Scholar index.
Researchers often miss relevant papers because of specific terminology differences across fields.
Registry Updated:2/7/2026
Ensuring that a specific claim in a paper is actually supported by existing research.
Reducing the overhead of finding correct sources for introductory essays.