fiveD Radar Simulation Suite

Leveraging decades of radar expertise, we bring radar into a new dimension.

From raw data to next‑level radar AI, we shape the future of radar with hyper‑realistic radar simulation.

YOUR 4 STEPS TO
HYPER-REALISTIC RADAR DATA

1

SCENARIO CREATION

Scenes including complex dynamic environments are created using tools like Blender or other platforms. Define and label complex, dynamic environments including human motion and radar-specific materials from our continuously growing material database. We support you in tailoring radar-ready scenarios.

2

RADAR DEFINITION

Define the full digital twin of your radar and optimize all characteristics – from signal model to antenna radiation pattern, MIMO layout, and hardware imperfections. If desired, we support with validation measurement campaigns.

3

SIMULATION

Run simulations using our advanced physics-based ray tracing core and generate raw radar data. Adapt the simulation to your needs by generating fully labeled datasets or fine-tuning the scenario with automatable scripts.

4

SIGNAL PROCESSING

Output data can be fully processed and labeled using our flexible node-graph workflow. Connect existing building blocks, insert your own processing pipeline, automatically visualize the results or export data chain as HDF5 containers with full metadata.

UNLEASH THE POTENTIAL OF RADAR ACROSS INDUSTRIES

Transportation

Design antenna arrays, radar parameters, and end-to-end radar signal processing to specify the best sensor for your application. Build virtual scenarios to evaluate edge cases and failures digitally, minimizing real-world testing, and optimizing time to market.

Automotive

Test the advantages of radar networks and optimize strategies for cooperative data processing and edge computing – without driving a single meter. Analyze and reduce the influence of second surfaces on the radar performance across the complete process chain.

Security Screening

Quickly adapt to evolving security requirements in a dynamic world,
all while minimizing false alarm rates.

(Image: Rohde&Schwarz)

Medical

Use perfectly labeled and diverse datasets of realistically moving humans, including micro-Doppler signatures from the most accurate and realistic simulations. Enhance automatic AI training and enable unprecedented functionalities across the field of medical sensors.

Industry

Enhance platform and sensor system design with our solutions, optimizing prototyping and boosting sustainability. Accelerate time to market by optimizing sensor integration, reducing development time, and improving efficiency across industrial applications.

PARTNERS

Institute of Microwaves and Photonics (LHFT)
Friedrich-Alexander-Universität Erlangen-Nürnberg
Infineon AG
EmpkinS
Automotive Solution Center for Simulation
Sykno
esa-bic
KI Park
Institute of Microwaves and Photonics (LHFT)
Infineon
esa-bic