Edit default readme page

sdk/docs/README.md

@@ -1,38 +1,29 @@
 # Introduction
-Turing SDK is a Python tool for interacting with Turing API, and complements the existing Turing UI available for 
-managing 
-router creation, deployment, versioning, etc. 
+The Turing SDK is a Python tool for interacting with the Turing API, and complements the existing Turing UI available 
+for managing router creation, deployment, versioning, etc.
 
-It aims to assist users in communicating with the API without having 
-to manually build their own router configuration (which would normally be written in JSON), and also helps load JSON 
-responses by the API into easily manageable Python objects.
-
-By doing so, Turing SDK not only allows you to build your routers in an incremental and configurable manner, it also 
-gives you the opportunity to write imperative scripts to automate various router modification and deployment 
+It not only allows you to build your routers in an incremental and configurable manner, it 
+also gives you the opportunity to write imperative scripts to automate various router modification and deployment 
 processes, hence simplifying your workflow when interacting with Turing API.
 
-## What is Turing SDK?
-Turing SDK is entirely written in Python and acts as a wrapper, around the classes automatically generated (by 
-[OpenAPI Generator](https://github.com/OpenAPITools/openapi-generator)) from the OpenAPI specs written for Turing API. 
-These generated classes in turn act as an intermediary between raw JSON objects that are passed in HTTP 
-requests/responses made to/received from Turing API.
+## What is the Turing SDK?
+The Turing SDK is entirely written in Python and acts as a wrapper, around the classes automatically generated (by 
+[OpenAPI Generator](https://github.com/OpenAPITools/openapi-generator)) from the OpenAPI specs written for the Turing 
+API. These generated classes in turn act as an intermediary between raw JSON objects that are passed in HTTP 
+requests/responses made to/received from the Turing API.
 
 ![Turing SDK Classes](./assets/turing-sdk-classes.png)
 
-While these auto-generated classes may appear sufficient for users to manipulate with, they expose unnecessary 
-complexity to our users, especially the technical details of the underlying implementation of 
-router configuration used by Turing API.
-
-Hence, if you're someone who has used Turing/Turing UI and would like more control and power over router management, 
-Turing SDK fits perfectly for your needs.
+If you're someone who has used Turing/the Turing UI and would like more control and power over router 
+management, the Turing SDK fits perfectly for your needs.
 
-Note that using Turing SDK assumes that you have basic knowledge of what Turing does and how Turing routers operate. 
-If you are unsure of these, refer to the Turing UI [docs](https://github.com/gojek/turing/tree/main/docs/how-to) and 
+Note that using the Turing SDK assumes that you have basic knowledge of what Turing does and how Turing routers 
+operate. If you are unsure of these, refer to the Turing UI [docs](https://github.com/gojek/turing/tree/main/docs/how-to) and 
 familiarise yourself with them first. A list of useful and important concepts used in Turing can also be found 
 [here](https://github.com/gojek/turing/blob/main/docs/concepts.md). 
 
-Note that some functionalities available with the UI are not available with Turing SDK, e.g. creating new projects.
+Note that some functionalities available with the UI are not available with the Turing SDK, e.g. creating new projects.
 
 ## Samples
-Samples of how Turing SDK can be used to manage routers can be found 
+Samples of how the Turing SDK can be used to manage routers can be found 
 [here](https://github.com/gojek/turing/tree/main/sdk/samples).