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From 2 months to 2 minutes: Optimized processes through proper master data management

Well-maintained master data ensures high quality and consistency of company information and forms the basis for optimized processes, effective risk management and data-driven innovation.

Two real success stories now prove this thesis once again. Thanks to Paradine's professional service, a company from the semiconductor industry was able to shorten the approval process for its data sheets from two months to just a few minutes through targeted data preparation and improved master data management. This led to a significant increase in customer satisfaction and strengthened the company's competitive position.

With Paradine's expert guidance, a mechanical engineering company was able to increase bundling in purchasing and thus reduce capital commitment by 20%. This was achieved by adapting workflows, eliminating duplicates and increasing transparency in the material master. These examples illustrate that high master data quality creates sustainable corporate value.

Paradine has been supporting well-known companies around the world for over 20 years to achieve high and sustainable data quality for their material master data. With a specialized consulting offering, professional data services and the leading material master data solution eptos™, more than 100 specialists are ready to turn master data into "valuable company assets".

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Continue reading Paradine at the BME eSolution Days 2024 in Dusseldorf, Germany

Paradine at the BME eSolution Days 2024 in Dusseldorf, Germany

On 14 and 15 May 2024, Paradine will once again be present at the BME eSolution Days in Dusseldorf.

Continue reading Call for experts: IDTA and ECLASS form working groups for "Computing Platform Resources" and "Fiberoptic cables and microducts"

Call for experts: IDTA and ECLASS form working groups for "Computing Platform Resources" and "Fiberoptic cables and microducts"

The results of the InterOpera projects „Computing Platform Resources“ and „Fiberoptic cables and microducts“ are being continued in two newly founded Joint Working Groups. The aim is to standardize the AAS submodels in combination with the standardization of the semantic structural elements in ECLASS. With the support of experts from industry, direct synergies will be created in order to establish standards for industrial practice.

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