The Corporate Database Search Engine

Unlimited multi-dimensional analysis

Multidimensional access is the second imperative function that completes a truly effective search engine. OMNIDEX inverted list indexing enables users to create efficient iterative searches and “drill-down” into progressively refined queries. Users can instantly perform unique searches using their own innovative criteria. The end result is timely, customized data subsets that empower informed action.

OMNIDEX indexes easily support “anything by anything” queries that involve multiple selection criteria against one or more columns. These columns can reside in multiple tables (and in some case different databases), allowing OMNIDEX to deliver instant Cross Table Joins. In fact, an unlimited number of columns can be indexed, with any combination of selection criteria - without slowing the query performance. No database records are actually accessed until the user decides they want to view the data. In a multiple criteria query, the index values are joined such that the computation takes place at the index level (without actual retrieval). This enables your system to execute the computations in seconds.

The powerful joining capabilities of OMNIDEX enable grouping to take place. Grouping affords users optimal access speed by indexing several columns of data as if they were one. Instant data retrieval on multiple fields (i.e. city, state, or address) requires just one simple prompt.

OMNIDEX brings multidimensional accessibility to information stored within databases as well as HTML, Word, or ASCII documents. It provides a complete set of complimentary search tools:

Combining OMNIDEX multidimensional access with keyword capabilities provides unequaled database access to the critical information that drives the quality and speed of all your business decisions. Call your DISC Industry Expert to see how easily you can get started – (303) 444-4000…

Keyword Access Multi-dimensional Access Advanced Text Searches
Instant Counts XML - Flat File Access Efficient Index Maintenance
Aggregation Indexes Supported Platforms & Databases