Complexity Explorer Services

Use computational models and advanced analytics to model complex, adaptive systems.

What Is It About?

Enterprises and markets are subject to many unknowns, both internally and externally: Volatile markets and consumer preferences, government regulations, technological challenges, resistance to change … in such an environment, it is important to deal with risk and uncertainty right from the beginning.

We use visual models, computational models and advanced analytics to help our customers to explore, redesign and transform the complex, adaptive socio-economic systems they are part of: enterprises and their ecosystems, the markets they participate in, their business models, organisation and IT-systems.

Who We Work For

Modern technology has provided us with great advances in living standards and health. But it has also created immense complexity: everything has become connected at the political, economical and personal level – small, seemingly insignificant changes that start locally propagate almost instantaneously and quickly affect all of us.

Our clients are:

Executives wanting to use computational models and advanced analytics to explore complex, adaptive systems.
Internal business modeling and enterprise analytics departments.
Executives wanting to establish an internal modeling practice.

We help our clients to master complexity use visual models, computational models and advanced analytics.

How Do We Do It?

We use state-of-the-art technology to build computational models and analytical apps that help our clients to explore, re-design and transform their business.

What Are The Next Steps?

Please get in touch – we would love to find out whether our model-driven, analytical approach could be useful for the challenges you are facing.

Our Customers

Our Service Offering

Your Challenge

Explore the potential of new technologies

Keep sight of the big picture without getting lost in details

Test new business ideas and designs in a risk-free environment

Simulate business models and market strategies

Perform "What If" Analysis

Our Expertise

Blueprints and patterns for adaptive enterprises

Building interactive simulation games

Creating and presenting feasability studies

Machine learning approaches

Scenario planning

Simulating business models and market strategies

Computational modeling and simulation (System Dynamics, agent-based modeling)

Our Services

Consulting

Conduct a feasibility study

Development of Enterprise Digital Twins

Setting up an internal computational modeling practice

Engineering

Computational Modeling and Simulation (System Dynamics, Agent-based modeling)

Development of online business simulation games

Extended Workbench

Management Scientist

Data Scientists

Our "business prototyping" approach is agile, scalable and collaborative

Our approach ensures that all stakeholders are involved right from the beginning – we start small, iterate fast and deliver results quickly.

Business prototyping is about experimenting with new ideas and strategies in a risk free environment: to do this, we first build a "prototype" or "enterprise" digital twin" of your enterprise and its ecosystem.

We then use that prototype to explore the consequences of new business ideas, strategies and designs before realising them in practice.

Because all assumptions are encoded in the model and relevant data can be ingested in near real-time, our prototypes can be used to explore alternative scenarios on the fly and make automated decisions in real-time.

Check Out Our Work

Exciting projects that illustrate our work.

Future Scenarios for an Innovative Product

Simulation of a Customer Loyalty Program

Our Partners

We have long standing partnerships with makers of tools for enterprise architecture, transformation management and enterprise analytics.

Let's Explore Complex Systems Together!

Please get in touch – we would love to find out whether our model-driven, analytical approach could be useful for the challenges you are facing.

Join our next meetup on "AI for Enterprise Decision Making"

Join our next meetup event

Our workshop on computational modeling will provide a great start to your complexity exploration journey.

Book a Computational Modeling Workshop

Kick-start your computational modeling effort: an intensive sprints leads you from initial ideas to an initial computational model of your enterprise.

Book a Complexity Exploration Lab

Tailor a computational modeling team to suit your needs: Data Scientists & Management Scientists.

Hire a Computational Modeling Team

Get In Touch

Oliver Grasl

Managing Director

Please get in touch with Oliver to discuss ideas of how we can help you explore your complex business ecosystem.

oliver.grasl@transentis.com

+4930800937050

Featured Blog Posts

Read our featured blog posts and stay up to date with new technologies and best practices.

A Simple Python Library For System Dynamics

We love building computational models and our favorite tools for this kind of explorative, analytical work are Jupyter and Python.

COVID-19 and the SIR Model

This post investigates the potential effect of social distancing measures on containing the COVID-19 epidemic.

Training Artificial Intelligence To Play The Beer Game

This post first provides a brief introduction to agent-based modeling and reinforcement learning. It then applies these ideas to training artificial intelligence to play the Beer Game.

Further Resources

Exciting case studies, interesting tutorials and useful toolkits.

Business Prototyping Toolkit

The Business Prototyping Toolkit for Python (BPTK-Py) provides you with a framework to build and run simulation models using System Dynamics and/or agent-based modeling.

Introduction to System Dynamics

Systems are pervasive – we humans live and work within social systems, and we are constantly creating new technical systems. Systems thinking provides a holistic perspective on reality that sharpens awareness of wholes and of how the parts within those wholes interrelate, System Dynamics provides a concrete set of tools for studying systems.