About FlowFRAM

A cutting-edge research platform for Functional Resonance Analysis Method (FRAM) modeling, developed as part of advanced PhD research in complex systems analysis.

Research Project

FlowFRAM is the result of extensive PhD research focused on advancing the Functional Resonance Analysis Method (FRAM) through innovative digital tools and collaborative methodologies.

This research addresses the growing need for sophisticated tools to model, analyze, and understand complex socio-technical systems in various domains including healthcare, aviation, nuclear power, and industrial processes.

Research Objectives

Develop intuitive tools for FRAM model creation and visualization
Enable collaborative modeling across distributed teams
Integrate AI-powered analysis and insights
Advance the theoretical foundations of FRAM methodology

Platform Capabilities

FlowFRAM provides a comprehensive suite of tools designed specifically for FRAM modeling and complex systems analysis.

Intuitive FRAM Modeling

Create complex FRAM models using our hexagonal node-based interface. Define functions, aspects, and couplings with drag-and-drop simplicity.

Real-time Collaboration

Work together with team members in real-time. See live cursors, synchronized changes, and collaborative annotations.

AI-Powered Analysis

Leverage advanced AI to analyze your FRAM models, identify patterns, and receive intelligent insights about system behavior.

Dynamic Simulation

Run FMI cycles and computable simulations to understand how your system behaves under different conditions and scenarios.

Advanced Connectivity

Model complex relationships between functions with support for all FRAM aspects: Input, Output, Control, Resources, Time, and Preconditions.

Comprehensive Analytics

Access detailed analytics, debug information, and visualization tools to understand model behavior and performance characteristics.

Technical Innovation

Built with cutting-edge technologies to provide a robust, scalable, and user-friendly platform for FRAM modeling.

Modern Architecture

Next.js and React for responsive, fast user interfaces
React Flow for advanced node-based modeling
WebSocket-based real-time collaboration
Yjs for conflict-free collaborative editing

Advanced Features

Multi-provider AI integration (Ollama, Gemini, OpenAI)
XFMV file format import and export
Comprehensive annotation system
Mathematical expression evaluation with Math.js

Research Participation

FlowFRAM is currently available to researchers, academics, and professionals working in complex systems analysis. Access is managed to ensure quality research outcomes and maintain the integrity of ongoing studies.

Who can participate?

Academic researchers and PhD students
Safety and risk management professionals

Systems engineers and analysts
Industry professionals in complex domains

By requesting access, you agree to participate in our research study. Please review our policies before proceeding: