VirtualDSGELab Release - v. Thales 1.0.1: Interactive DSGE Simulation Suite Live
Releases
Platform
Dynare
Announcements
Announcing the official launch of VirtualDSGELab v. Thales 1.0.1, featuring Octave- & Dynare-powered browser based DSGE simulations, interactive RBC and 3-Equation NK models, and real-time IRF visualization.
Welcome to VirtualDSGELab - Version Thales 1.0.1!!
We are excited to officially launch VirtualDSGELab v. Thales 1.0.1—an open-access interactive platform designed to make the workhorse machinery of macro-econometric modelling transparent, accessible, and deployable. As the suite of available models expands, particular emphasis will be placed on policy components—in line with the original view of DSGE as a laboratory for assessing and forecasting the impact of policy interventions.
Key Highlights in this Version
- This 🚀 Pilot Version 🚀 introduces the project, concepts, and core architecture.
1. Illustration via Interactive RBC & 3-Equation NK Models
- Real Business Cycle (RBC) model with fiscal policy module: Adjust structural and fiscal policy parameters to assess the impact of public financing regimes on macro-dynamics and expenditure shock transmission.
- Canonical 3-Equation New Keynesian (NK) Model: Adjust discount factors (\(\beta\)), price stickiness (\(\theta\)), and monetary policy responsiveness (\(\phi_{\pi}, \phi_{y}\)) under Taylor rules to examine monetary transmission.
2. On-Demand Dynare & Octave Integration
- Each user-requested simulation spins up an isolated backend workspace running GNU Octave and Dynare.
- Computes rational expectations steady states, linear approximations, and 36-period Impulse Response Functions (IRFs) on demand.
- More toggles and user-defined features can be integrated in revisions based on user feedback.
3. Call for Collaborations
- Are you interested in collaborating on further developing Virtual DSGE Lab? Get in Touch!
Get Started
Try out the live interactive models right now:
Thank you for visiting VirtualDSGELab! Stay tuned for our first monthly analysis issue coming soon.
Reuse
Citation
BibTeX citation:
@software{virtual_dsge_lab2026,
author = {{Virtual DSGE Lab}},
title = {Thales 1.0: {Web-Based} {Interactive} {DSGE} {Simulation}
{Engine}},
date = {2026-08-13},
url = {https://virtual-dsge-lab.duckdns.org},
langid = {en}
}
For attribution, please cite this work as:
Virtual DSGE Lab. 2026. “Thales 1.0: Web-Based Interactive DSGE
Simulation Engine.” https://virtual-dsge-lab.duckdns.org.