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if thats your case i have good news: you don't need them anymore. you can use auth.googlesigninapi to authenticate your user (and your backend) without requesting access to her accounts or contacts.         compile com.google.android.gms:play-services-auth:8.3.0     }  mgoogleapiclient = new googleapiclient.builder(getactivity())                 .enableautomanage(getactivity(), this) private void signin() {     intent signinintent = auth.googlesigninapi.getsigninintent(mgoogleapiclient); at this point a native dialog will prompt to ask the user to select an account.         googlesigninresult result = auth.googlesigninapi.getsigninresultfromintent(data);         handlesigninresult(result); private void handlesigninresult(googlesigninresult result) {     if (result.issuccess()) { all your previous g+ auth flow code can be safely thrown to the bin. finding a good architecture for android applications is not easy. google seems to not care much about it, so there is no official recommendation on patterns beyond activities lifecycle management. but defining an architecture for your application is important. like it or not, every application is going to have an architecture. so youd i find clean architecture a little bit over-engineered for most of the android apps out there. typically mobile apps live shorter than web apps. mobile technology is evolving so fast that any app released today is going to be completely mobile apps usually do very little. a very high percent of use cases are just for data consuming. get data from api, show data to user. lot as a result its business logic is not complex. at least not as complex as backend apps. well you have to deal with platform issues: memory, storage, pause, resume, network, location, etc. but that is not your app business logic. you have all of that in every app. so it seems that most of the apps out there will not benefit from things like complex layer divisions or job priority execution queues.