Reinventing Electronics Engineering

With the help of intelligent software and deep learning, we simplify and accelerate your
electronics development and production processes.

Some of our customers

Infineon logo
Linde logo
Audi Logo
VW logo

Use Cases

Our technological approaches address a variety of aspects of electronics development

Requirements Engineering

Requirements Engineering

Simplify the definition and validation of product requirements
Design Assistant

Design Assistant

Automate the creation and reuse of schematics and layouts
Design for Excellence

Design for Excellence

Check the compliance and feasibility of your designs early on
Components Management

Components Management

Accelerate the integration and processing of components

What You Can Expect

With our various solutions, we support you in the development of electronics.

Requirements Engineering

  • Inter-departmental coordination of product requirements
  • Transparent decision and change management
  • Automatic verification of regulatory and production requirements
inter-departmental coordination of product requirements
Person analysing data on a computer

Design Assistant

  • Cross-department modularisation of internal layouts for reuse
  • Automatic proposal of suitable modules and components
  • Component placement and routing support
Person analysing data on a computer

Design for Excellence

  • Design-accompanying EMC inspection
  • Automatic pre-quote generation and preparation of the BOM
  • Simultaneous verification for production-ready design
Design for Excellence
automatic extraction of relevant information from data sheets icon

Components Management

  • Automatic extraction of relevant information from data sheets
  • Extensive maintenance of component information, footprints, and more
  • Information about deliverability and experienced end-of-life
Person analysing data on a computer

Case Study of Infineon

Infineon logo

Infineon designs and produces chips. Chip verification requires lengthy testing to reach functional coverage. We built
an unsupervised novelty detection algorithm that reduced redundancy in simulations. Thereby, we saved Infineon Technologies 2,400,000 hours of computational time, saved a double-digit million amount per chip design, and decreased time-to-market by 3 months.

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