Golang vs Python in Five Minutes


This is a tricky one because the languages are optimized to perform better or worse for different problems. For in-depth benchmarking numbers, this article does a great job: https://benchmarksgame-team.pages.debian.net/benchmarksgame/fastest/go-python3.html


  • Golang: compiled. One interesting feature is that compilation errors are returned when dead code (i.e. non-reachable) is present.
  • Python: interpreted. Errors surface late at runtime. This is one of the worst aspects of Python in my opinion because some fatal errors may only surface in production. I saw this happen way more often than I can remember. However, to be fair, there are some libraries that address this but didn’t use them extensively to comment on their usefulness.


  • Golang: a single binary is produced. This means that you can take your binary and run it anywhere and expect the same behavior.
  • Python: dependencies need to be downloaded. This makes the artifacts light in size but adds the overhead of ensuring dependencies are configured correctly.


  • Golang: built-in.
  • Python: add-on.

Memory Management:

  • Golang: built-in.
  • Python: add-on.


  • Golang: static.
  • Python: dynamic to the point that it is not that useful.

Third-Party Integrations:

  • Golang: integrations with popular cloud services are not widely available. Typically, you will need to write your own integrations.
  • Python: statistically speaking, almost every popular service in the cloud has a Python library.


  • Golang: first release was in 2009.
  • Python: first release was in 1991.


  • Golang: distributed systems.
  • Python: data intensive applications & data analysis. It is particularly good for prototyping especially when used in a notebook.

Programming Paradigm:

  • Golang: procedural. Mild support for functional programming (FP) and object-oriented programming (OOP) concepts. There is no concept of a `class` however.
  • Python: procedural with good support for FP and OOP concepts.


  • Golang: more verbose because it has fewer built-in functions. This is in fact the core philosophy of Go: simplicity with a few features and a few updates between versions. One good feature in Golang is its support for grouped imports which helps save some typing.
  • Python: it has a wealth of built-in functions and relies on indentation to define code blocks (i.e. no need for brackets and semicolons). This makes code significantly more concise.

Error Handling:

  • Golang: relies on return values. It has no support for exceptions.
  • Python: relies heavily on exceptions that propagate throughout the call stack.


  • Golang: relies on the programmer to build logic.
  • Python: relies on built-in and third-party libraries to build logic.



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