Transformation of end user's expectations toward technical requirements is a delicate process that will define success or failure of your project. You can rely on EPhyScience to provide the right guidance.
Architecture
What is well conceived is clearly developed and the code to write will flow at ease. EPhyScience will provide you expertise to build the architecture of your software.
Design / Development
EPhyScience is your partner to bring life to your hardware. Whether you want to develop your software in C, C++, Rust, Verilog, VHDL or Assembly and test it with Python or Perl, we are here to support you.
Debugging
Because building code is an art that does requires a lot of back and forth, it is important to get a very good and structured approach when it comes to debugging. It will guaranty a good overview of the whole code. Having EPhyScience at your side will make your code reliable, sustainable, and maintainable.
Programmation is an art that depending of the language will reach different ends. Whatever your purpose, working with EPhyScience will provide you the assurance of having a clean, sustainable and maintenable code.
Python
C++
C
The King of embedded languages is obviously C given its efficiency in terms of resources. It does require a better understanding of the hardware itself compared to C++.
C++
Thanks to its extensive sets of libraries and when resources are more available, C++ is the perfect language to handle complex tasks within a robust and maintainable code.
Rust
For new projects that does not rely on legacy code, Rust is THE solution to provide code as efficient and low level as C, as versatile as C++, while being safer.
Python
Whether you want to makes test automation, scripting or data analysis, Python is a formidable language that gets its strength from its simplicity and its extensive community.
Verilog / VHDL
While programming FPGA, a hardware description language such as VHDL or Verilog is required. This language is one of the most complex and its expertise is consequently rare.
Assembly
When resources are very low or when a there exist a resource bottleneck in the code, an optimization through reprogramming in Assembly is a laborious but functional solution.
