diff --git a/README.md b/README.md
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@@ -9,113 +9,9 @@
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-RxNetworkKit is a lightweight FRP networking framework. 
+RxNetworkKit is a generic reactive networking framework that leverages the stability and reliability of both Apple's [URLSession](https://developer.apple.com/documentation/foundation/urlsession) and [RxSwift](https://github.com/ReactiveX/RxSwift).
 
-Built on top of Apple's [URLSession](https://developer.apple.com/documentation/foundation/urlsession) and uses the well-known [RxSwift](https://github.com/ReactiveX/RxSwift) FRP library.
-
-## Why RxNetworkKit?
-
-RxNetworkKit fits nicely on your project if you use RxSwift and RxCocoa mainly in your project.
-
-It makes use of RxSwift's traits at request level to acheive a high level of specialization for observed request sequence and expected output from it.
-
-### Full of Goodies:
-
-- includes download and upload capabillity with progress tracking all within the same observable sequence. cool, right?
-- includes a request interceptor protocol that can be implemented for request adaptation and retry on failure.
-- comes with a reachability class that you can observe from anywhere for reachability status.
-
-## Practical Examples
-
-### Simple API Call:
-
-```
-// Create `Session` instance.
-let session = Session(configuration: .default)
-// Create 'RESTClient' instance.
-let restClient = RESTClient(session: session, requestInterceptor: self)
-// Create `HTTPRequestRouter` instance.
-let router = Router.default
-// Make request observable sequence using request router.
-let single: Single<Model> = restClient.request(router)
-// Subscrible to sequence and observe events.
-single
-    .observe(on: MainScheduler.instance)
-    .subscribe(onSuccess: {
-        print("Task Response: \($0)")
-        print("Task Completed!")
-    }, onFailure: {
-        print("Task Failure: \($0.localizedDescription)")
-    }, onDisposed: {
-        print("Subscription is disposed!")
-    })
-    // Dispose subscription by dispose bag.
-    .disposed(by: disposeBag)
-```
-
-### Download Request:
-
-```
-// Create `Session` instance.
-let session = Session(configuration: .default)
-// Create 'HTTPClient' instance.
-let httpClient = HTTPClient(session: session, requestInterceptor: self)
-// Create `HTTPDownloadRequestRouter` instance.
-let router = DownloadRouter.default
-// Make download request observable sequence using request router.
-let downloadObservable: Observable<HTTPDownloadRequestEvent> = httpClient.download(router)
-// Subscrible to sequence and observe events.
-downloadObservable
-    .observe(on: MainScheduler.instance)
-    .subscribe(onNext: {
-        switch $0 {
-            case .progress(let progress):
-                print("Download Task Progress: \(progress.fractionCompleted*100)%")
-            case .completedWithData(let data):
-                print("Download Task Completed with data: \(data).")
-            default: break
-         }
-    }, onError: {
-        print("Download Task Failure: \($0.localizedDescription)")
-    }, onCompleted: {
-        print("Download Task Completed!")
-    })
-    // Dispose subscription by dispose bag.
-    .disposed(by: disposeBag)
-```
-
-### Upload Request:
-
-```
-// Create `Session` instance.
-let session = Session(configuration: .default)
-// Create 'HTTPClient' instance.
-let httpClient = HTTPClient(session: session, requestInterceptor: self)
-// Create `HTTPUploadRequestRouter` instance.
-let router = UploadRouter.default
-// Make 'HTTPUploadRequestFile' instance.
-let fileData = Data()
-guard let file = UploadFile(forKey: UUID().uuidString, withName: "testFile.txt", withData: fileData) else { return }
-// Make upload request observable sequence using request router and upload file object.
-let uploadObservable: Observable<HTTPUploadRequestEvent<UploadModel>> = httpClient.upload(router, file)
-// Subscrible to sequence and observe events.
-uploadObservable
-    .observe(on: MainScheduler.instance)
-    .subscribe(onNext: {
-        switch $0 {
-            case .progress(let progress):
-                print("Upload Task Progress: \(progress.fractionCompleted*100)%")
-            case .completed(let model):
-                print("Upload Task Completed with Response: \(model)")
-        }
-    }, onError: {
-        print("Upload Task Failure: \($0.localizedDescription)")
-    }, onCompleted: {
-        print("Upload Task Completed!")
-    })
-    // Dispose subscription by dispose bag.
-    .disposed(by: disposeBag)
-```
+To get started with the framework, please refer to the [developer documentation](https://loay-ashraf.github.io/RxNetworkKit/).
 
 ## Requirements