BlobCity DB is an All-in-One Database. It offers support for natively storing 17 different formats of data, including JSON, XML, CSV, PDF, Word, Excel, Log, GIS, Image amongst others. It run two full feature storage engines. One that stores data in memory and the other that stores data on disk. In-memory storage offers sheer performance for real-time analytics, while the disk storage make BlobCity an excellent alternative for DataLakes.


BlobCity - A blazing fast ACID compliant NoSQL DataLake with support for storing 17 formats of data

InfoGrid is a Web Graph Database with a many additional software components that make the development of REST-ful web applications on a graph foundation easy. GraphDatabase is the heart of InfoGrid. Graph database could be replicated across servers. It provides an common interface to store data either in file system or relational or non-relational database.

Infogrid - Web Graph Database

Bio4j is a bioinformatics graph based DB including most data available in Uniprot KB (SwissProt + Trembl), Gene Ontology (GO), UniRef (50,90,100), RefSeq, NCBI Taxonomy, and Expasy Enzyme DB.
Bio4j provides a completely new and powerful framework for protein related information querying and management. Since it relies on a  high-performance graph engine, data is stored in a way that semantically represents its own structure. 

Bio4j - Bioinformatics Graph based DB

ToroDB helps to transform your NoSQL data from a MongoDB replica set into a relational database in PostgreSQL. There are other solutions that are able to store the JSON document in a relational table using PostgreSQL JSON support, but it doesn't solve the real problem of 'how to really use that data'. ToroDB Stampede replicates the document structure in different relational tables and stores the document data in different tuples using those tables.
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MongoDB is a great idea, but sooner or later some kind of business intelligence, or complex aggregated queries are required. At this point MongoDB is not so powerful and ToroDB Stampede borns to solve that problem.

ToroDB helps to transform your NoSQL data from a MongoDB replica set into a relational database in PostgreSQL. There are other solutions that are able to store the JSON document in a relational table using PostgreSQL JSON support, but it doesn't solve the real problem of 'how to really use that data'. ToroDB Stampede replicates the document structure in different relational tables and stores the document data in different tuples using those tables.


ToroDB Stampede - Provides better analytics on top of MongoDB and make it easier to migrate from MongoDB to SQL 

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BlobCity - A blazing fast ACID compliant NoSQL DataLake with support for storing 17 formats of data

Infogrid - Web Graph Database

Bio4j - Bioinformatics Graph based DB

ToroDB Stampede - Provides better analytics on top of MongoDB and make it easier to migrate from MongoDB to SQL

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Projects

BlobCity - A blazing fast ACID compliant NoSQL DataLake with support for storing 17 formats of data

Infogrid - Web Graph Database

Bio4j - Bioinformatics Graph based DB

ToroDB Stampede - Provides better analytics on top of MongoDB and make it easier to migrate from MongoDB to SQL

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