With years of professional experience in traffic simulation, we deliver high-precision simulations that provide a deep understanding of urban traffic dynamics, its future evolution, and its impact on cities. Our expertise allows us to implement simulations at microscopic, mesoscopic, and macroscopic scales.
We specialize in delivering tailored software solutions that power complex systems, applications, and simulations. Our team excels in using the latest programming languages and frameworks (Rust, Python, C++, PHP, Laravel, Vue.js).
We integrate artificial intelligence into traffic management and decision-making processes. We have extensive experience in developing Machine Learning (ML) and Reinforcement Learning (RL) based traffic control algorithms capable of dynamically adapting to changing traffic conditions.
We enhance traffic simulation with V2X communication, modeling data transmission with packet-level accuracy. We are capable of detailed simulation of various standards (ETSI ITS-G5, C-V2X) and message types (CAM, DENM, CPM), enabling the analysis of network load, latency, and packet loss effects on cooperative driving.
Going beyond simulation, we implement real-world V2I (Vehicle-to-Infrastructure) scenarios. Our expertise covers communication with physical hardware, RSU (Roadside Unit) integration, and setting up Hardware-in-the-Loop (HiL) testing environments for smart cities.
We apply high-accuracy emission models to assess environmental impacts. Based on microscopic traffic data, we calculate CO2, NOx, and PM emissions at the vehicle level, supporting the work of transport planners and decision-makers in the spirit of sustainable urban mobility.
We leverage modern game engines (Unity 3D, Unreal Engine) for the visualization and physics-based modeling of traffic simulations. This approach enables the creation of Digital Twins and provides users with an immersive visual experience.
We are expanding our co-simulation systems with mixed reality, which enables the detailed and cost-effective testing of various engineering solutions.
TrafficSim’s INTERSECTION APP is a groundbreaking online decision-support software for transportation planners and urban policymakers that enables the analysis of any intersection using microscopic traffic simulation: Various traffic control configurations (traffic light control, mandatory right-of-way, right-of-way rule) can be automatically tested under any traffic load.


The system compares variations based on objective criteria such as average speed, traffic volume, or environmental impact, helping to select the infrastructure that is optimal and most beneficial from a societal perspective. This professional road traffic analysis tool radically accelerates the planning process while supporting decision-making for road construction and transportation development projects with accurate data.