We Make Real-Time Testing Easy
With Control Design Prototyping (RCP), you can accelerate controller development by testing and refining your designs on real-time hardware early in the process. Instead of hand-coding or waiting until late stages, you validate and improve concepts within minutes.
Using Speedgoat real-time target machines with Simulink® Real-Time™, control algorithms are automatically deployed from MATLAB® Simulink® to hardware. You connect flexible I/O to your system, monitor behavior in real time, and iterate parameters on the fly.
Your advantages
- Faster cycles – move from design to test in minutes.
- Early validation – catch issues before they become costly.
- Seamless workflow – same toolchain from simulation to hardware.
- Adaptable hardware – scalable, rugged, and reconfigurable I/O
Capabilities
- High-performance and FPGA-based I/O.
- Reconfigurable interfaces for evolving setups.
- Real-time monitoring, data logging, and analysis.
- Standalone execution and multicore support.
Your advantages
- Faster cycles – move from design to test in minutes.
- Early validation – catch issues before they become costly.
- Seamless workflow – same toolchain from simulation to hardware.
- Adaptable hardware – scalable, rugged, and reconfigurable I/O
Capabilities
- High-performance and FPGA-based I/O.
- Reconfigurable interfaces for evolving setups.
- Real-time monitoring, data logging, and analysis.
- Standalone execution and multicore support.
Control Design Prototyping bridges simulation and real-world testing, helping teams innovate faster while reducing risk and cost.
Continuous (CI/CD/CT) V-Cycle
Key Capabilities of Speedgoat Test Systems
Modular Hardware Platform
Scalable HIL simulators that unite test systems with power supplies, signal conditioning, and breakout panels.
Unified Simulink Ecosystem
Seamlessly deploy plant models from desktop simulation to HIL testing entirely within Simulink®.
I/O and Protocol Portfolio
Choose from 200+ analog, digital and configurable I/O modules and a vast selection of communication protocols.
Scalable & Configurable I/O
We strive to maintain a healthy working environment where we can develop and grow
MHz Sampling Rates
Run algorithms and I/O at MHz sample rates using Simulink® programmable FPGAs.
High Processing Capacity
Handle thousands of communication and sensor signals at desired low/high power levels.
Connected HIL Systems
Synchronize several HIL test systems, transfer data in deterministic real-time, and use shared memory.
Concurrent Execution
Sample high-fidelity digital twins in real-time at multiple rates of up to 100kHz on powerful multicore CPUs.
Modular Hardware Platform
Scalable HIL simulators that unite test systems with power supplies, signal conditioning, and breakout panels.
Unified Simulink Ecosystem
Seamlessly deploy plant models from desktop simulation to HIL testing entirely within Simulink®.
I/O and Protocol Portfolio
Choose from 200+ analog, digital and configurable I/O modules and a vast selection of communication protocols.
Scalable & Configurable I/O
We strive to maintain a healthy working environment where we can develop and grow
MHz Sampling Rates
Run algorithms and I/O at MHz sample rates using Simulink® programmable FPGAs.
High Processing Capacity
Handle thousands of communication and sensor signals at desired low/high power levels.
Connected HIL Systems
Synchronize several HIL test systems, transfer data in deterministic real-time, and use shared memory.
Concurrent Execution
Sample high-fidelity digital twins in real-time at multiple rates of up to 100kHz on powerful multicore CPUs.
Speedgoat and MathWorks Services
Speedgoat and MathWorks® support you at all stages: from configuring the test systems and on-site commissioning to ensuring that the test systems remain operational throughout their lifecycle. Our HIL experts are on hand to assemble modular HIL racks that meet your specific testing needs: Your HIL racks can be equipped with signal conditioning, power sources and loads, and fault insertion units as well as the required I/O connectivity and cabling — a complete plug-and-test solution for your immediate use. Upon request, we can also accompany you during site- and factory-acceptance testing (FAT/SAT) to verify signals and connectivity.
One Seamless Workflow
Speedgoat delivers a unified workflow—from control design prototyping and HIL testing to certification—streamlining the entire path from model to deployment with consistency and confidence.
De-Risk Innovation. Debug Earlier
Speedgoat enables rigorous, step-by-step validation with zero-defect assurance and early error detection—reducing uncertainty, accelerating funding readiness, and maintaining trust across stakeholders
Multi-Domain Support
Speedgoat leverages Simscape-based models to enable electrical, mechanical, hydraulic, thermal, structural, and environmental simulations —empowering cross-domain teams to collaborate seamlessly within one integrated workflow.
Continuous Integration & 24/7 Automated testing
With the model as the single source of truth for control design and multi-domain plant simulation, Speedgoat enables automated, 24/7 integration and testing—accelerating development, reducing rework, and catching errors early.
Expert-backed services. Deployment made simple
Speedgoat offers engineering services, jumpstart workshops, and ongoing support to streamline real-time testing—from system setup to deployment—ensuring fast, reliable integration with Simulink© workflows.
Virtual + Real-Time Integration
Virtual simulation and real-time execution stem from the same model-based design process—ensuring consistency across design and testing, reducing errors, and simplifying documentation and certification.
One Seamless Workflow
Speedgoat delivers a unified workflow—from control design prototyping and HIL testing to certification—streamlining the entire path from model to deployment with consistency and confidence.
De-Risk Innovation. Debug Earlier
Speedgoat enables rigorous, step-by-step validation with zero-defect assurance and early error detection—reducing uncertainty, accelerating funding readiness, and maintaining trust across stakeholders
Multi-Domain Support
Speedgoat leverages Simscape-based models to enable electrical, mechanical, hydraulic, thermal, structural, and environmental simulations —empowering cross-domain teams to collaborate seamlessly within one integrated workflow.
Continuous Integration & 24/7 Automated testing
With the model as the single source of truth for control design and multi-domain plant simulation, Speedgoat enables automated, 24/7 integration and testing—accelerating development, reducing rework, and catching errors early.
Expert-backed services. Deployment made simple
Speedgoat offers engineering services, jumpstart workshops, and ongoing support to streamline real-time testing—from system setup to deployment—ensuring fast, reliable integration with Simulink© workflows.
Virtual + Real-Time Integration
Virtual simulation and real-time execution stem from the same model-based design process—ensuring consistency across design and testing, reducing errors, and simplifying documentation and certification.