Attestation with trusted configuration machine

Remote attestation of system integrity is an important part of trusted computing for building and improving trustworthiness in networked environments. Many attestation techniques have been introduced in order to vouch for the accuracy of the information and to protect the privacy of the host platform. Here, we propose an enhanced integrity measurement approach based on white list foundation which can generate integrity proof for remote parties. Since existing implementations of remote attestation do not focus on Endorsement Key certificates, we propose a mechanism to handle the generation and verification of this certificate. This approach employs a trusted environment framework hence enabling high confidence in client-server system integrity.