Graph infrastructure for every industry.

Represent cells, tissue neighbourhoods, and signalling as a multilayer graph to predict how a drug will behave in an individual patient biopsy. The spatial relationships that drive response are structure a flat table can't hold, and columnar traversal keeps whole-tissue queries interactive instead of overnight.

Build causal graphs linking drugs, targets, pathways, and outcomes to find synergistic combinations and separate responders from non-responders. Traversals that used to take hours return in milliseconds, so hypotheses are tested as fast as they're formed, and every analysis is versioned for reproducible science.

Reason across millions of interactions between genes, proteins, diseases, and compounds to rank targets on evidence-backed paths. Sub-millisecond multi-hop queries make automated, exhaustive prioritisation practical at a scale conventional systems can't reach.

Fuse entities, events, communications, and sensor reports into a single graph and traverse it in milliseconds to reveal the networks and patterns flat databases miss. Native versioning keeps every assessment auditable: you can show exactly what was known, and when it was known.

Model infrastructure, identities, and traffic as a graph to trace attack paths and lateral movement as they unfold. Millisecond multi-hop queries make true real-time monitoring of critical systems possible, and zero-lock reads never stall while new events stream in.

Link assets, terrain, routes, and infrastructure into a geospatial graph of the operating environment. Traverse it live to assess reach, dependencies, and lines of communication, and branch scenarios Git-style to war-game options without disturbing the live picture.

Fraud lives in relationships: shared devices, addresses, mule accounts, and circular flows. Real-time network analysis traverses transaction chains in milliseconds to expose rings and suspicious patterns while the payment is still in flight, not in tomorrow's batch job.

Assess counterparty and portfolio exposure across the full web of ownership, lending, and settlement relationships. Graph traversal reveals concentration and contagion paths that stay invisible in tables, and it's fast enough to re-run with every material market move.

Native, Git-style versioning records every change to the data: who changed what, and when. Reconstruct any point-in-time state instantly for auditors and regulators, with complete lineage built into the database instead of stitched together from logs.

Ground retrieval in a knowledge graph instead of loose text chunks: entities, relationships, and provenance the model can actually follow. Graph-native retrieval returns richer, more precise context and cuts hallucination, with sub-millisecond traversals keeping latency out of the response loop.

Turn scattered documents and databases into one queryable, versioned knowledge graph for your organisation. Zero-lock concurrency lets agents and people read while pipelines write, so the knowledge base stays live and current without ever blocking a query.

Give models a structured world to reason against instead of free text. Multi-hop traversals across millions of entities let an LLM verify claims, resolve entities, and follow chains of evidence in real time, and versioned graphs make every answer reproducible after the fact.

Map companies, subsidiaries, directors, and beneficial owners across jurisdictions as one connected graph. Multi-hop traversal untangles ownership chains and surfaces conflicts of interest in milliseconds, replacing days of manual cross-referencing.

Ask compliance questions of the full relationship graph and get answers instantly, not after a batch job. When rules or corporate structures change, versioned snapshots show exactly how your obligations shifted, ready well before the audit deadline.

Model contracts, clauses, parties, and obligations as a connected graph rather than isolated documents. Every modification is versioned, recording who changed what and when, so you get a defensible audit trail and instant answers about which agreements a change touches.