Integrate with databases

Connecteur pour Teradata

Databases integration

Simplify the access to databases

Stambia provides the access to all types of database, in a standard way, and provides high levels of performance concerning the transformation of the data.


The ELT approach for the best performances

Stambia implements the ELT principles in order to provide the best level of performance on databases.

The E-LT Stambia Approach consists in doing the transformations on the underlying systems without adding a proprietary engine.

The transformations are made by the databases or other technologies (OLAP, Operating Systems, etc.) according to their transformation capabilities. Stambia will use all the native components of the underlying technologies (such as the database loaders) to maximize the performance.

For more information, take a look at the article concerning this topic.


Connection and transformation through JDBC standard

Stambia uses JDBC as the standard way to connect to databases.

JDBC allows native access to all the databases without the need to install any connector or any database client API.

Stambia can be connected to any system, even those not planned by the Research and Development team.


Flexible and adaptable solution

Stambia, in the form and manner of using a technology, is not static ("hard-coded").

The user, alone or in conjunction with the support team or partner, can adapt the description of the technologies to take advantage of all the features of his database

For more information, take a look at the article concerning this topic


The template approach

The concept of templates (graphics process models) enables Stambia to adapt to each database, producing a specific and readable code.

Templates are editable and reusable components.

This allows technical teams to easily optimize data flows which, by their complexity or processed volume, need special attention.

For more information, take a look at the article concerning this topic


Non-exhaustive list of supported technologies


  • Actian Ingres
  • IBM DB2 UDB V8.x, V9.x, V10.x
  • IBM DB2/400, DB2/MVS
  • Informix
  • Oracle, Oracle Hexadata, 8i, 9i, 10g, 11g, 12c
  • Oracle RDB
  • Microsoft SQL Server, 2005, 2008, 2012, 2014
  • MySQL, V5.0 to 5.7 and followings
  • Postgre SQL, V8.x, V9.x
  • SAP Sybase ASE

Other databases:

  • DBase
  • H2
  • Hyperfile
  • Hypersonic SQL
  • Lotus Notes
  • Microsoft Access
  • Microsoft Excel
  • Paradox

MPP databases:

  • EMC Greenplum
  • IBM Netezza (Pure Data)
  • Oracle Hexadata
  • Teradata V13, V14, V15
  • Vertica

Vectorial or In-Memory databases:

  • Actian Vectorwise
  • HP Vertica
  • Monet DB
  • SAP Sybase IQ
  • SAP Hana

Cloud databases:

  • Amazon Redshift
  • Amazon RDS (Oracle, MySQL...)
  • Google Spreadsheet

Hadoop / No SQL:

  • Hive
  • Cassandra
  • Elastic Search
  • Parstream
  • Snowflake


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