Some of the key benefits provided are the following: - Models can be easily uploaded to the application after adding simple annotations to the model code. - Models can be accessed via various available interfaces, including a REST API, a web graphical user interface, and client libraries in popular programming languages such as Python and Julia. - Models can be run with different inputs by workers running locally or distributed over the network. - Intermediate and end results can be extracted, browsed, and analyzed.
This is all available without the need for (the typically required) custom ad-hoc code.
Show HN: MOS, an application to help you deploy mathematical optimization models
fuinn.github.io