intellixx

Our active contribution to the value creation of our customers is not restricted to our consulting services and problem ownership.

Moreover intellixx assures a fast, flexible, and competent IT implementation to add value in a highly dynamic environment.

Our active contribution to the value creation of our customers is not restricted to our consulting services and problem ownership.

Moreover intellixx assures a fast, flexible, and competent IT implementation to add value in a highly dynamic environment.

IT Services & Solutions

  1. Application Management Services System development, maintenance, and optimisation
  2. Functional IT integration and consolidation of IT systems
  3. IT consulting for an optimal infrastructure

Based on experienced and highly qualified consultants intellixx offers services in all questions of IT infrastructure. We cover a broad range of subject like IT strategy consulting, business process analysis, and project management tasks in complex IT projects. Our consulting services are a significant part of a close and confidential cooperation with our customers:

  • IT architecture recommendations for infrastructure components (SOW, evaluation, and implementation)
  • Analysis and optimisation of current IT processes
  • Set-up and implementation of service concepts (SLA and specifications)
  • Organisation of customer and process-oriented processes
  • Assistance with evaluation, selection and implementation of appropriate IT-systems.

Service support means an efficient operation of IT services. The most powerful support is given by the combining the following processes:

  • Incident Management
  • Issue¬†Management
  • Configuration Management
  • Change Management
  • Release Management

Performance Computing

The high complexity of the systems and the strict requirements with respect to response times and stability in a multi user environment there has increased the demand of high-performance computing (HPC). Parallel computing has become the dominant paradigm in computer architecture.

High-performance computing uses Computer Clusters , which may be distributed (Grid Computing). Also other computer systems with very large and efficiently organized storage capabilities can be used for high-performance computing. In order to profit from this computer architecture the applications must be designed using parallel programming models.

This may be achieved on a macro level (parallel processing) or on a micro level (Multi Core Programming).