Remote Attestation for Computing Environment Integrity

The system performs preliminary attestation measurements of the computing environment's memory and operational state before allowing network access or executing critical operations. By measuring and verifying the environment's integrity in advance against a known good baseline, the system prevents malware-compromised systems from accessing network resources or performing safety-critical functions, thus addressing the vulnerability to malware compromise while maintaining access control.

The patent introduces an intermediary attestation mechanism that mediates between the computing system and the network. The system measures its own environmental state (including memory contents and operational parameters) and compares these measurements against a known good baseline before allowing network communication. This intermediary verification layer enables network connectivity while blocking unauthorized access and malware by preventing compromised systems from establishing network sessions.

The computing system performs self-attestation by automatically measuring its own environmental state (memory contents, operational parameters) and comparing these measurements against a stored known good baseline. The system generates an indication of its own integrity status without requiring external verification infrastructure, thus improving system integrity detection while minimizing the added complexity by using the system's own resources for verification.

The system performs selective attestation measurements focusing on critical integrity indicators such as memory contents and operational state parameters that are most likely to indicate malware compromise. Rather than exhaustively analyzing every system component, the patent measures specific key parameters and compares them against the known good baseline, achieving adequate malware detection accuracy while minimizing processing time and performance impact through targeted rather than comprehensive verification.