A high degree of flexibility. Faster implementation of trends.

Increasingly complex technologies

systems engineering for a common understanding of the product

Smart, networked, autonomous products

interdisciplinary engineering across application boundaries


increased responsiveness
and resilience

Cross-divisional and cross-system collaboration throughout the entire product lifecycle

Every day, employees need information from sectors outside their own specialties and systems that they cannot access directly. This information forms the basis they need to complete their tasks in full or to make informed decisions. Email and Excel are often the tools of choice here.

Enterprise-wide access to data:

XSPHERE provides enterprise-wide access to data with dynamically generated links. The links are not static hyperlinks, but are managed on a version-related basis. This has several benefits, including:

  • The links are updated when the version of a dataset is changed. This prevents working with outdated data. Previous versions are retained
  • Easy monitoring of all linked data
  • Graphical representation of all linked data on request, adjustments possible at any time
  • Transparent and traceable processes
  • Links remain, and can be used like bookmarks from the table

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More flexible and productive – always one step ahead of the competition

For an interdisciplinary product development, the historically-grown IT landscapes are a nightmare of data silos and fragmented data. They mean frequent system changes and manual data exchange via email, Excel, etc.

The associated high effort must be significantly reduced in order to accelerate the market launch, reduce innovation costs and provide decision-makers with essential information exactly when they need it.

XSPHERE does just that and offers several advantages.

Ensuring your competitive advantage

Better Collaboration

Integration of collaboration tools in XSPHERE for new dimensions when accessing various systems

Faster Decisions

Make the right decision faster during product development and re-design

Less project delays

Shorter development cycles with better quality of product and business processes

Cost reduction and efficiency

Systems engineering for a common understanding of products through transparent relationships

Using Data Properly - How companies are realizing their potential

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Customer Driven Development

Support Engineer manages support issues with CRM

Product Manager manages product requirements with ALM

Electronic Engineer uses ECAD EDM to manage board design projects and components

Customer Driven Development

Engineering Collaboration

MCAD Engineer manages CAD data with PLM

Analysis Engineer uses Simulation EDM to manage work requests for analysis​

Electronic Engineer uses ECAD EDM to manage board design project & components​

Engineering Collaboration

System Engineering

Systems Engineer uses MBSE environment to define an R-F-L-P system model.

Product Manager uses RQM to authorize system requirements

MCAD Engineer manages CAD Data with PLM

System Engineering

Software Development

Release Manager manages resources and tasks with ALM

Software Engineer uses SVN & Build Server to manage sources and builds

Support Engineer uses ITS to manage customer issues

Software Development

Procurement und Manufacturing

Purchase Engineer uses ERP to manage the purchase order

Manufacturing Engineer uses ​

MES to manage manufacturing routing plans and work centers

Electronic Engineer uses ECAD EDM to manage board design project & components​

Procurement und Manufacturing

Cost Management

Product Manager uses RQM to define procuct requirements

Manufacturing Engineer uses ​

ERP to manage manufacturing routing plans and work centers

Pricing Manager uses Planing System to plan and control the budgets

Cost Management

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