Like all databases, graph databases store facts, but they also keep track of how those facts are connected.
AnzoGraph DB’s flexible data model and analytical capabilities not only let you load diverse data sets but can perform data warehouse-style analytics, graph algorithms, inferencing and more. It’s all about a broad set of analytics on a wide range of data, delivered at unparalleled speed and scale.
Use industry-standard language with labeled property graphs to build graph models. The models handle structured and unstructured data from diverse data sources with less worry about tables, JOINs and data lifecycle.
Take on analytical challenges that were difficult or impossible with a traditional RDBMS. Friend-of-a-friend features and graph algorithms get you there faster. Feature engineering algorithms and an SDK let you open the door to machine learning.
Utilize unique OLAP architecture with ultra-fast data loading and super-fast analytical queries, and where performance and data volume capacity handling linearly scale as you add servers. ACID compliance lets you handle the transaction, too.
AnzoGraph DB is a massively parallel processing (MPP) native graph database built for diverse data harmonization and analytics at scale (trillions of triples & more), speed and deep link insights. Use it for embedded analytics that require graph algorithms, graph views, named queries, aggregates, built-in data science functions, data warehouse-style BI and reporting functions.
Use the language and standards you know to get the results you need. Supports RDF, RDF*, SPARQL*, Cypher, and OWL standards to name a few.
Zip through graph algorithms like Page Rank, Triangle Enumeration, Shortest Path, and more on your way to machine analytical insights.
AnzoGraph DB includes an RDFS+ inference engine that can create new relationships based on patterns in known relationships. Follows W3C standards.
Use labeled properties under the new proposed W3C standards, blurring the distinction between RDF and LPG. OpenCypher in beta preview.
Extend your analytics with external data science algorithms like correlation, profiling, distributions, and entropy analysis with more coming in every release.
Powerful geospatial capabilities based on OGC and GeoSPARQL standards let you represent and analyze complex location relationships without expensive JOINs (in Preview).
Cambridge Semantics' AnzoGraph DB completed a load and query of one trillion (1012) triples 100 times faster than any previous solution at the same data scale.Learn More
See the differences between graph transactional and analytical databases by comparing analytical style queries on a popular OLTP database vs AnzoGraph DB.Learn More
Angus Addlesee, an engineer at Wallscope, compares Linked Data Triplestores including AnzoGraph DB, Virtuoso, GraphDB, Blazegraph, Stardog and more head-to-head.Learn More
Organizations are using graph databases to build Knowledge Graphs to provide common business understanding to the data harmonized from diverse sources. Knowledge Graphs stores entities and relationships in data and allows users to search, analyze and use this connected data to accelerate vital new discoveries.
Combined with Natural Language Processing (NLP), graph database offers a free-form repository to store the output of NLP, which is often formatted in RDF triples and use of such data for data discovery and analytics.
Analyze all customer data to find key opinion leaders. Gain new insight into each customer’s likes and dislikes in relation to other customers with similar location, similar demographics, etc. Discover new correlations between customers with inferencing, for more personalized and engaging customer experiences.
Recommendation engines are perfect in a graph database when you want to make use of algorithms and data to recommend the most relevant items to a particular user.
Use Graph to help detect fraudulent trading patterns and transactions in real-time. Semantically identify and understand the intricate relationships between entities and transactions, including the many individuals and organizations involved with those transactions.
Analyzing how things (objects) connect and interact with each other can be very powerful. When combined with geospatial capabilities, graph databases take the hassle out of understanding the location of things and events.
One of the original use cases for graph databases is for keeping track of social networks and understanding influence.
We think that the emerging world of AI and machine learning offer workloads that are well-suited for graph databases. Many of the machine-based algorithms are graph algorithms such as community detection algorithms, pathfinding algorithms, similarity or centrality algorithms.
Download this paper to learn about the new functionality in AnzoGraph DB Geospatial, then download the Free Preview to try it out.
Learn more about AnzoGraph, a native, Massively Parallel Processing (MPP) distributed Graph OLAP (GOLAP) database, providing hyperfast advanced analytics at big data scale.
This report compares 16 graph database vendors, including Amazon Neptune, Microsoft Cosmos DB, Neo4j and our own AnzoGraph in terms of analytics, ease of use, features, performance, scalability and more.
Learn how AnzoGraph DB, a highly scalable and fast graph analytics database, can empower boundless applications in the graph, AI, and ML revolution.
Watch this on-demand webinar as they demonstrate how AnzoGraph DB can be used to do difficult-to-perform analytics on large data sets and to explore and uncover new opportunities using the Graphileon user interface.
Read this informative case study to learn why Parabole chose AnzoGraph DB to power its cognitive analytics platform for financial services investments insights.