Challenge

When complex systems become confusing

Transparency and clear structures are crucial for successful product and process development – but often the right tools and methods are lacking.

  • Lack of overall overview: Without a central system architecture, there is no consistent view of requirements, functions, and possible failures.
  • Loss of time: Manually recording, linking, and evaluating system elements is often cumbersome and time-consuming.
  • Analysis and visualization not consistently linked: Function networks and failure relationships are only partially mapped.
  • Difficult compliance with standards: Compliance with standards such as ISO 26262 or AIAG/VDA requires a high level of manual documentation.
  • Delayed failure detection: Effects and dependencies within complex systems are detected too late.
  • Media breaks: Requirements, documents, and analyses are stored in different systems and are not centrally accessible.

Without integrated system and functional analysis software, you risk unnecessary failure costs, long development cycles, and problems during audits. 


Solution

Clear structures for reliable decisions

Our system and function analysis software creates a central basis for product and process development. It combines analysis with visualization, ensures consistent documentation, and supports standard-compliant implementation - including the integration of function analyses into FMEA processes.

  • Central system architecture: You will find all requirements, functions, and failure networks in one platform - always up to date and traceable.
  • Flexible analysis approach: Work in matrices or visualized networks as you prefer and switch between the two representations as needed.
  • Connection between analysis and implementation: Requirements, components, and processes are automatically linked, and dependencies are immediately visible.
  • Standard-compliant documentation: Support for system analysis according to ISO 26262 and functional analysis according to AIAG/VDA.
  • Efficient failure identification: Causes, effects, and dependencies are clearly displayed so that function networks are clearly visualized and problems can be resolved at an early stage.
  • Uniform working environment: Projects, documents, and tasks are centrally linked to avoid information gaps.

This allows you to reduce development times, increase transparency, and create a reliable basis for informed decisions.

Screenshot System and Function Analysis

Benefits

Key features at a glance

Matrix and network processing

Work either in a structured assignment matrix or in interactive networks – with seamless switching between the two views.

Hierarchical structure

System elements, functions, and failures are displayed in a clear tree structure – also suitable for large amounts of data.

Automated links

You can create relationships between requirements, functions, and processes with just a few clicks and link them in a traceable manner.

Integrated netbuilder

Netbuilder visualizes function and failure networks, highlights dependencies, and integrates function analyses directly into FMEA processes.

Filter and focus functionality

Targeted filtering for relevant elements, causes, or consequences allows you to maintain an overview even in complex systems.

Consistent documentation

Keep all analyses, requirements, and links in one place - including support for QFD and functional safety.

Our Brands

Quality at the highest level

The PeakAvenue platform combines the strengths of leading expert systems from APIS IT, PLATO, iqs Software, Isograph, and OSSENO Software into an integrated solution for end-to-end engineering and quality management.

Our current software solutions will remain available and will be supported in the long term, while future innovations will be incorporated into the PeakAvenue platform—ensuring a secure, step-by-step transition to a modern, networked software world.

Centrally control system and functional analysis

We would be happy to show you how our system and function analysis software can help you structure complex systems more quickly, visualize them, and document them reliably.

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