Compared to interpreted languages, compiled languages also present some advantages at the time of the development of the software like performance and the efficiency of the machine. The code written in any programming language is converted into machine language before any execution can be made on it. This means that the code does not need converting in runtime that is the case when the codes run from top to bottom in byte codes in interpreted languages.
Another significant advantage is optimization. Carrying the whole code base is helpful to compilers since invaluable optimizations can be successfully made in the entire body of the code. These include those specific to use with the systems as well as for better memory utilization also for eliminating unnecessary instructions. That is why Compiled languages, such as C++ or Rust, create rather fast and efficient applications that outperform the interpreted ones in terms of speed and consumption of resources.
They are also more rigid on the method of handling errors. Since it carries out the complete code and analysis before it comes to the execution process, it can detect so many logical errors at the compilation time as opposed to a runtime. It is useful in that, hitches are dealt with at early stages of application construction and does not come across unexpected hitches when the application is being run.
Both compiled languages are also equally good in terms of security. This is because, it is first translated into machine language and hence is not readable to any one who wants to get a hold of the software and reverse engineer it. Because of this, compiled applications are usually a more secure entity than interpreted languages since the source code is far more accessible.
Finally, the compiled languages tend to be more suitable for the big applications or the system programming. Due to their efficiency and speed and most importantly their mechanisms that make them secure to use and needed for performance critical environments such as, game engines, OS and real time systems that is why they are in wide use. Interpreted languages are rather liberal and quite effortless; however, they are less in frames, as it can be said, compared to compiled languages, providing only the power for those who need it for their sophisticated software product.
Conclusion
In conclusion, one will be able to easily prove that Compiled languages offer tremendous benefits in terms of performance, optimization, error finding, security and scalability. For the purposes of high-performance application and system level development, they are ideal. As much as interpreted languages are more flexible and relatively quicker to write and deploy, compiled languages are still relevant to the cause of a developer who wants faster, secure code and strong security.