GT.M™ Schema-less Database Engine with Extreme Scalability and Robustness

GT.M is a schema-less database engine with scalability proven in the largest real-time core processing systems in production at financial institutions worldwide, as well as in large, well known health care institutions, but with a small footprint that scales down to use in small clinics, virtual machines and software appliances. The GT.M data model is a hierarchical associative memory (i.e., multi-dimensional array) that imposes no restrictions on the data types of the indexes and the content - any schema, dictionary or data organization is entirely that implemented by the application logic. GT.M's compiler for the standard M (also known as MUMPS) scripting language implements full support for ACID (Atomic, Consistent, Isolated, Durable) transactions, using optimistic concurrency control and software transactional memory (STM) that blurs the distinction between databases and programming languages. Its unique ability to create and deploy logical multi-site configurations of applications provides unrivaled continuity of business in the face of not just unplanned events, but also planned events, including planned events that include changes to application logic and schema.

Worldwide, GT.M is used in multiple industries, including finance, health care, transportation, manufacturing and others. GT.M supplies the processing power to the FIS Profile™ enterprise banking application.

GT.M for selected platforms, including GNU/Linux on the popular x86 architecture, can be downloaded under the terms of the Affero GNU General Public License (AGPL) version 3, from Source Forge.

Sample Users
	Clinica Adelante, Inc., a private, nonprofit Federally Qualified Community Health Center provides high quality primary and preventive family healthcare services in rural and suburban Maricopa County, Arizona.  It relies on a complete free / open source stack of VistA on GT.M on Linux to implement electronic health records that help its dedicated doctors, nurses and technicians provide the high quality of patient care that its community needs and expects. Visit: http://clinicaadelante.com
	The goal of the Foundation for Blood Research is to find more effective ways to identify, manage, and prevent human disease through clinical and laboratory investigation, epidemiology, outreach science education, computer-based analysis, public health program design, and clinical testing. FBR's laboratory system, which is critical to its success, is built on GT.M. Visit: http://www.fbr.org
	Providing high quality health care to approximately half the population of Mexico, Instituto Mexicano del Seguro Social (IMSS) is the largest health care delivery network in the country. As of November 2006, IMSS has implemented VistA on GT.M on Linux as the hospital information system at approximately 50 hospitals. By the end of 2007, it will be implemented at approximately 130 of the largest secondary and tertiary care institutions within IMSS. Visit: http://www.imss.gob.mx/imss
	Based in the Virginia suburbs of Washington, Northwest Federal Credit Union was originally the credit union for employees of the Central Intelligence Agency. It is now a rapidly growing institution whose membership has broadened to those associated with several Federal agencies as well as hundreds of companies in the area. NWFCU provides services to its members around the world, and relies on the security, robustness and performance of its processing system which is built on GT.M. Visit: http://www.nwfcu.org/
	TriVIN is the leading provider of automated motor vehicle registration services, and electronic lien, title, and collateral management for automobile dealerships, lease and rental companies, and financial institutions in the United States.  With a transaction-based revenue model, TriVIN relies on a GT.M-based back end to be highly available. Visit: http://www.trivininc.com/
	The Veterinary Medicine Teaching Hospital at the University of California Davis is one of the largest in the world, and one of the best managed, in large measure due to the extensive use of computerization in both the instructional and operational aspects of the hospital. With the exception of specialized viewing stations for high resolution images, the entire clinical user interface is browser-based and mostly paperless, implemented by integrating GT.M with the popular Apache Web server. Visit: http://vmth.ucdavis.edu/

» Display the "Powered by GT.M" logo on your GT.M powered site