SOLUTIONS / SOFTWARE

Model, train and deploy on ACROME systems

Partner software that takes you from a digital twin and explainable AI models to real-time control running on your ACROME experiment system.

TWINSIMULATEOPENMATHAIPAPAYA STUDIOBALL & BEAM1-DOF COPTERBALANCING TABLEPENDULUMACROMEEXPERIMENT SYSTEMS
SOFTWARE PARTNERS

One workflow, from model to motion

Build a digital twin, add data-driven intelligence and run real-time control on hardware. Each tool works with ACROME systems so your team can focus on control design, not integration.

01 · TWINSIMULATE BY VISTA1 LABS

TwinSimulate

Build digital twins of ACROME systems and take them from simulation to hardware.

TwinSimulate is a model-based digital twin platform with a drag-and-drop interface and parameterized block libraries. Design and simulate your plant and controller, then generate readable, traceable code and deploy it, covering the full path from Model-in-the-Loop to Hardware-in-the-Loop.

  • Drag-and-drop block diagrams with real-time or non-real-time simulation
  • Code generation for STM32, Arduino, Raspberry Pi and Zephyr RTOS
  • Custom blocks in C/C++, Python or Julia, with code-to-diagram traceability
  • Reduced Order Models and Edge AI deployment utilities
IDEAL FOR
Digital twinsMiL / SiL / HiLEmbedded control
TwinSimulate diagram editor with real-time signal plotsdigital_twin.diagramREFΣPIDPLANTGENERATE CODESTM32ARDUINORASPBERRY PIModel → Simulate → Generate code → Deploy
OpenMathAI model performance leaderboardexperiment_data.csvDISCOVERED MODELy = a·sin(bx) + cexplainable · auditableC CODEFMUONNXDLLData → Explainable model → One-click export
02 · OPENMATHAI BY VISTA1 LABS

OpenMathAI

Explainable, no-code AI for the data your experiments produce.

OpenMathAI lets engineers and students build, train and validate machine learning models through a fully visual workflow. Its symbolic discovery engine returns human-readable equations instead of black boxes, and models export in one click to run on embedded and real-time hardware.

  • 30+ methods incl. symbolic discovery, Physics-Informed Neural Networks and LSTM
  • One-click export to ANSI C, FMU, ONNX or Windows DLL
  • Runs 100% locally on your workstation; data never leaves the lab
  • Uncertainty quantification for reliable prediction intervals
IDEAL FOR
System identificationAI coursesSim2Real research
03 · PAPAYA STUDIO BY SHANON TECHNOLOGIES

Papaya Studio

Draw your controller, run it in real time on the Papaya VL DSP board.

Papaya Studio is the free companion software of the Papaya VL real-time DSP and control board. With its Drawing-Like Programming (DLP) interface, block diagrams are compiled into clean, open source code and executed natively on the STM32 Cortex-M4 based board, closing the gap between simulation and the real experiment.

  • Drag-and-drop block diagrams with real-time native execution
  • System identification, model builder and live monitoring panes
  • C or Python code inside block diagrams, with a full source debugger
  • Ready ACROME examples for Ball and Beam, Ball Balancing Table, 1-DoF Copter and Linear Pendulum
IDEAL FOR
Control labsDSP educationLive tuning
Papaya Studio model builder block diagramMODEL BUILDER (DLP)MONITORADCFILTERPIDPWMC / Python blocks · real-time native executionPAPAYA VLACROME KITPapaya Studio → Papaya VL → ACROME experiment kit

Not sure which software fits your lab?

Our engineers will help you combine the right software, controller and ACROME system for your course or research.

REQUEST A QUOTE

Get a quote for your software

Tell us which software you are interested in and a few details about your project. Our team will get back to you with licensing options and the right setup for your lab.

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