We Know Where
Testing is Heading.

We're already there.

Let's Talk Solutions

Bold, Fresh and Built for the Future

90% Faster to Market
with advanced
automated test tools

Reduces
Lifecycle Costs
and risk with
long-term thinking

Turnkey Systems
that integrate
seamlessly between
R&D and production

Mission Driven

Innovation
supporting warfighters, pilots, farmers, and patients

We build with tomorrow in mind. That means fewer test cycles, better diagnostics, and smarter maintenance tools—all built by a team that’s relentless about results.

Ground Vehicle

Enabling software test automation to drive quality and timeliness goals

Robotic Platform Vehicle

Providing system integration lab bench testing with fully validated simulations

Defense Safety System

Reducing test time of a single run from about a week to a matter of hours

Aerospace Comms System

Reduced test development by 75% and debug time by 83%, saving 4,000+ hours

Defense Camera Sensors

Digital model system analysis prior to implementation and 95% savings on system

We are bold enough to approach your project, with the most challenging problems, differently. 100% customer retention is evidence of our fresh approach.

Our team-centered approach means clients get full access to our engineers—not just one contact. It probably seems obvious but together we are more brilliant than any one individual. We solve together, learn together, and never give up. That’s why 100% of our customers stay with us. They trust us to think ahead, act fast, and engineer with purpose.

Predictive, End-to -End Test Automation Services

  • FPGA-driven hardware, automated test software, and test scripts provide complete test automation
  • Custom data acquisition test bench hardware
  • Automated testing with results, logs, & analysis
  • Software tools & scripts
  • Automated Hardware-software integration testing
  • Model-based testing
    Electronic product testing
  • CAN, DDS, MIL-STD 1553 communication protocols
  • Image Recognition
  • AI assisted automated testing
  • RAS-G IOP
  • Custom analog & digital circuit design using FPGAs, processors, & SoCs
  • Verilog & VHDL development
  • FPGA IP core design
  • FPGA code testing
  • Motor control firmware
  • PCB design, layout, & routing
  • Small-scale PCB prototyping
  • MATLAB/Simulink modeling
  • Hardware, software, & firmware integration
  • Embedded hardware development
  • MOSA & FACE
  • IMX Sensors
  • Space Hardware
  • Embedded software design, development, & testing
  • Model-based development tools such as SCADE, MATLAB, and Simulink
  • Model-based systems engineering (MBSE)
  • Verification & validation
  • System level requirements
  • High- & low-level requirements
  • Hardware-software integration testing
  • Automated unit testing
  • Full software lifecycle design
  • DO-178B software testing
  • HIL
  • SIL
  • MOSA
  • FACE
  • TSN
  • AI assisted software development
  • Web application & program development
  • Cloud test environments for electronic devices
  • Application programmable interfaces (APIs) for web-based networks
  • Customized Raspberry Pi compute modules
  • Customized Arduino microcontroller boards
  • Modbus data concentrator design & implementation

Future-Ready and Quickly Deployable Test-Automation Products

Automated Test Controller (ATC)

The ATC is a highly versatile analog/digital data acquisition module that supports automated testing and verification for electronic systems, devices, and hardware. OGur ATC system uses custom hardware and tailored embedded software to simulate real world hardware components for system testing, troubleshooting, and certification purposes. 

System Architecture

Based around the Xilinx Ultrascale System-on-Chip (SoC), which contains a fully integrated multi-core ARM & FPGA architecture.

FPGA utilizes custom IP cores to operate the digital & analog peripherals.

SoC based architecture allows the user complete customization of the data acquisition features.

Design Features

1U 19 inch standard enclosure rack

Xilinx Ultrascale SoC
FreeRTOS for real-time processing of events and logging on RPU

Petalinux for custom application development on APU

High Power Resistor

​USB controlled variable resistor load module

Fully adjustable from 0 to 2048k Ohms

1 Ohm resolution

400 VDC Max input voltage

400 Watt Max Power Rating

Future-Ready Firmware - FPGA Intellectual Property Cores

The ATC is a highly versatile analog/digital data acquisition module that supports automated testing and verification for electronic systems, devices, and hardware. Our ATC system uses custom hardware and tailored embedded software to simulate real world hardware components for system testing, troubleshooting, and certification purposes.  

We love to talk solutions!

Let's Chat
  • FPGA-driven hardware, automated test software, and test scripts provide complete test automation
  • Custom data acquisition test bench hardware
  • Automated testing with results, logs, & analysis
  • Software tools & scripts
  • Automated Hardware-software integration testing
  • Model-based testing
    Electronic product testing
  • CAN, DDS, MIL-STD 1553 communication protocols
  • Image Recognition
  • AI assisted automated testing
  • RAS-G IOP
  • Custom analog & digital circuit design using FPGAs, processors, & SoCs
  • Verilog & VHDL development
  • FPGA IP core design
  • FPGA code testing
  • Motor control firmware
  • PCB design, layout, & routing
  • Small-scale PCB prototyping
  • MATLAB/Simulink modeling
  • Hardware, software, & firmware integration
  • Embedded hardware development
  • MOSA & FACE
  • IMX Sensors
  • Space Hardware
  • Embedded software design, development, & testing
  • Model-based development tools such as SCADE, MATLAB, and Simulink
  • Model-based systems engineering (MBSE)
  • Verification & validation
  • System level requirements
  • High- & low-level requirements
  • Hardware-software integration testing
  • Automated unit testing
  • Full software lifecycle design
  • DO-178B software testing
  • HIL
  • SIL
  • MOSA
  • FACE
  • TSN
  • AI assisted software development
  • Web application & program development
  • Cloud test environments for electronic devices
  • Application programmable interfaces (APIs) for web-based networks
  • Customized Raspberry Pi compute modules
  • Customized Arduino microcontroller boards
  • Modbus data concentrator design & implementation
Automated Hardware-Software Test Engineering
  • FPGA-driven hardware, automated test software, and test scripts provide complete test automation
  • Custom data acquisition test bench hardware
  • Automated testing with results, logs, & analysis
  • Software tools & scripts
  • Automated Hardware-software integration testing
  • Model-based testing
    Electronic product testing
  • CAN, DDS, MIL-STD 1553 communication protocols
  • Image Recognition
  • AI assisted automated testing
  • RAS-G IOP
Firmware & Hardware Design for Systems Integration
  • Custom analog & digital circuit design using FPGAs, processors, & SoCs
  • Verilog & VHDL development
  • FPGA IP core design
  • FPGA code testing
  • Motor control firmware
  • PCB design, layout, & routing
  • Small-scale PCB prototyping
  • MATLAB/Simulink modeling
  • Hardware, software, & firmware integration
  • Embedded hardware development
  • MOSA & FACE
  • IMX Sensors
  • Space Hardware
Automated Hardware-Software Test Engineering
  • Embedded software design, development, & testing
  • Model-based development tools such as SCADE, MATLAB, and Simulink
  • Model-based systems engineering (MBSE)
  • Verification & validation
  • System level requirements
  • High- & low-level requirements
  • Hardware-software integration testing
  • Automated unit testing
  • Full software lifecycle design
  • DO-178B software testing
  • HIL
  • SIL
  • MOSA
  • FACE
Firmware & Hardware Design for Systems Integration
  • AI assisted software development
  • Web application & program development
  • Cloud test environments for electronic devices
  • Application programmable interfaces (APIs) for web-based networks
  • Customized Raspberry Pi compute modules
  • Customized Arduino microcontroller boards
  • Modbus data concentrator design & implementation
  • FPGA-driven hardware, automated test software, and test scripts provide complete test automation
  • Custom data acquisition test bench hardware
  • Automated testing with results, logs, & analysis
  • Software tools & scripts
  • Automated Hardware-software integration testing
  • Model-based testing
    Electronic product testing
  • CAN, DDS, MIL-STD 1553 communication protocols
  • Image Recognition
  • AI assisted automated testing
  • RAS-G IOP
  • Custom analog & digital circuit design using FPGAs, processors, & SoCs
  • Verilog & VHDL development
  • FPGA IP core design
  • FPGA code testing
  • Motor control firmware
  • PCB design, layout, & routing
  • Small-scale PCB prototyping
  • MATLAB/Simulink modeling
  • Hardware, software, & firmware integration
  • Embedded hardware development
  • MOSA & FACE
  • IMX Sensors
  • Space Hardware
  • Embedded software design, development, & testing
  • Model-based development tools such as SCADE, MATLAB, and Simulink
  • Model-based systems engineering (MBSE)
  • Verification & validation
  • System level requirements
  • High- & low-level requirements
  • Hardware-software integration testing
  • Automated unit testing
  • Full software lifecycle design
  • DO-178B software testing
  • HIL
  • SIL
  • MOSA
  • FACE
  • TSN
  • AI assisted software development
  • Web application & program development
  • Cloud test environments for electronic devices
  • Application programmable interfaces (APIs) for web-based networks
  • Customized Raspberry Pi compute modules
  • Customized Arduino microcontroller boards
  • Modbus data concentrator design & implementation