Knowledge Center for yuuvis® Momentum

yuuvis® Momentum represents the peak development for OPTIMAL SYSTEMS, focusing almost 30 years of experience in information management into this one novel product. Check out our technical whitepaper, archive migration whitpaper and webcast videos.

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Cover: yuuvis® Momentum – Technical Whitepaper

Would you like to learn more about yuuvis® Momentum?

Our technical whitepaper offers insights about:

Design criteria
Architecture
Schema and multitenancy
Document management functions
Archiving and integrity
Authentication and authorization
and more

Download yuuvis® Momentum whitepaper

More whitepapers

Title page yuuvis® Momentum Archive Migration whitepaper

Replacing your archiving system?

Due to the enormous amount of data, the complexity and proprietary technology of legacy systems, this is not an easy decision to make. But modern archiving can help maintain compliance, compatibility, and future viability of your business – and even save costs.

Read more about reasons and opportunities, requirements and tips in our archive migration whitepaper.

Download archive migration whitepaper

Title page yuuvis® Ultimate Developer Overview

How does the Managed API of yuuvis® Momentum work?

The Managed API of yuuvis® Momentum helps you to build information and content management solutions or to add such functionality to your existing or new application.

Download Managed API whitepaper

Further Documents

Technical notes

Safety standards for yuuvis® Momentum (Version 4.0)

Download Safety standards

Whitepaper

Data Privacy By Design in yuuvis® Momentum

Download Data Privacy By Design

Videos and Webcasts

yuuvis® Momentum – highly scalable content services out of the box

yuuvis® Momentum is a high performance content services platform that can be used hybrid. It is Big Data enabled and based on open source standards, which means a general cost reduction. It is cloud-native and enables billions of objects to be managed as an almost infinitely scalable document archive. The layered microservice architecture provides extremely high resilience with almost no downtime.