Gamgee builds hypergraph-based context infrastructure that models complex relationships across your data, so AI can reason over structure instead of just retrieving documents.
AI is only as good as the context it receives. Most context is flat.
Tables, documents, and embeddings capture facts but lose the relationships between them. Your AI can retrieve, but it can't reason.
When AI hallucinates, it's filling gaps where structural context is missing. Without a map of how things connect, it guesses.
Retrieval-augmented generation gets you most of the way. The last mile, where multi-way relationships matter, needs a different architecture.
From raw data to structured knowledge, delivered to your AI.
Define the entities and relationships that matter to your domain. Gamgee uses hypergraphs to model complex, multi-way relationships that traditional graphs can't represent.
Connect your data sources. Gamgee maps raw data into your ontology automatically, building a knowledge graph with full provenance tracking.
Your AI applications query the knowledge graph for structured context. Better context means fewer hallucinations, more accurate reasoning, and auditable answers.
Built by people who know what production looks like.
Our team built data systems at JP Morgan, Slice, and Auquan. We know what enterprise compliance, scale, and reliability require.
SOC 2 TYPE II compliant and ISO 27001 certified. Your data governance requirements are met from day one.
We've shipped analytics systems that run every day, not just in demos. Error recovery, sandboxed execution, and observability are all built in.
Hypabase, our hypergraph engine, is open source. Our core technology is auditable and our roadmap is public.
Open-source hypergraph modeling in Python.
The engine behind Gamgee's knowledge infrastructure. Model relationships between any number of entities in a single edge, with provenance tracking built in. Built for knowledge graphs, ontologies, and AI systems that need to understand how things connect.
from hypabase import Hypabasehb = Hypabase("procurement.db")# One edge connecting four entitieshb.edge( ["acme_corp", "globex", "widget_x", "contract_2024"], type="procurement", source="erp_system", confidence=0.95, properties={"value": 1_500_000, "terms": "NET30"})# Query and traversehb.edges(containing=["acme_corp"], type="procurement")hb.paths("acme_corp", "widget_x")Enterprise-hardened. Production-tested. Years building data and AI systems at JP Morgan, Slice, and Auquan.