Our Experience

We have extensive experience developing software for many different platforms. From embedded development, to powerful LabVIEW applications in Windows, Real Time, and FPGA, to web applications to process and present the data, we have done it.

Software Platforms

  • ​LabVIEW
  • LabVIEW Real time
  • LabVIEW FPGA
  • Python
  • C / C++ / C#
  • Windows, Linux
  • Web platforms (HTML5, JavaScript, Node.js, PHP, MySQL, Couchbase, Mongo)​

Hardware Platforms

  • NI Compact RIO
  • NI PXI
  • Embedded (Raspberry Pi, Arduino, AVR, etc.)
  • Wireless / IoT
  • Communication Buses: TCP, CAN, ARINC, I2C, SPI, Serial, Modbus, and more
  • Signal conditioning and interfacing: DAQ, Analog, Digital, Thermocouples, Strain, Pressure, Flow, High speed waveform capture and analysis

Our Process

Our process ensures the success and on-time completion of your project. This proven engineering approach delivers systems that are robust, solid, and stable.
Specify
​The Specify phase is critical to get everyone on the project pointed in exactly the same direction on the problem definition. The first step in solving a problem is accurately describing it.
  • Describe the problem
  • Define the users of the system
  • Define use-cases that the system will solve -- and the ones it will not
  • Specify system limitations: development time, budget, number of units
Design
The Design phase takes the requirements in the specification through the engineering process to make the working solution, at the hardware, software, and systems level. It is the roadmap that charts the course for how the next phase will implement the solution.
  • Choose the specific COTS hardware components that will be used
  • Design custom hardware components
  • Define the software architecture
  • Define communication protocols
Implement
This phase is where design comes off the page and into the real world. This phase includes schematic design, PCB board layout, coding the software, and integrating all the components into a working solution.
  • Execute the details defined by the design
  • Detailed hardware design -- schematics, circuit layout, BOM
  • Code the system software
Validate
This phase ensures the system works as designed and meets the customer's needs.
  • Verify that the system meets the specification
  • Verify that the system works error-free for all specified use cases
Deliver
The Delivery phase is the final step of handing off the ownership of the system, both in a physical sense, and an engineering information sense.
  • Physically deliver the system
  • Final on-site testing at client facility
  • Package up and hand off all documentation to the client
  • Transfer ownership of IP, development tools, source code
Check out some of our successful projects in our Case Studies.
Let's discuss your project and get your solution started.