Passwords are like a shared symmetric secret which the user know and the online service to whom the user needs to authenticate knows. And as a user subscribes to more and more online service, he reuses the secret to authenticate itself. Due to this, now it's not only two who knows the secret, anyone who intercepts the secret, can then reuse into all the online services the user has subscribed. Moreover passwords are easily phishable and can be easily exploited through malware exploits such as keyloggers. All these issues and many more, make passwords untenable credentialing system. The other and more robust option is biometrics. This paper proposes an a highly secure, scalable, pluggable and faster biometric system architecture, that can handle a billion of biometric events per second that are going to come from the devices, guaranteed delivery and processing of the biometric events, faster enrollment and verification process, fault tolerant & infinitely scalable database, and lastly removing insights from the biometric event. Additionally, this proposed architecture comes the combination of multimodal biometrics and cancellable biometric to add a layer of security over various attacks.