D10Z-MIZAN-ISO: Continuous Attestation Architecture for International Standards Integration

International standards for energy management (ISO 50001), environmental management (ISO 14001), asset management (ISO 55000), and greenhouse gas inventories (ISO 14064) operate in snapshot mode: periodic audits produce point-in-time compliance photographs. The gap between audit frequency (annual or triennial) and operational reality (continuous) creates a structural vulnerability: organizations are certified based on sampled states, not observed trajectories. This work maps ISO clause requirements to D10Z-MIZAN attestation bundle architecture, defining a protocol for continuous compliance verification using oracle-attested measurements, cryptographic audit chains, and threshold-triggered actions. The integration preserves ISO governance authority while replacing self-reported data with independently verifiable attestations. Section 2 decomposes ISO clause requirements into measurable states, verification methods, and failure conditions mapped to MIZAN attestation bundles. Table 1 provides the complete ISO clause-to-MIZAN mapping across ISO 50001, ISO 14001, ISO 55000, and ISO 14064. Section 3 defines the temporal architecture transformation from annual audit sampling to 15-minute oracle attestation, producing 35,000x more data points per year with cryptographic rather than documentary proof. Section 4 extends ISO/CASCO (ISO/IEC 17025) accreditation framework to oracle sources with four properties: measurement uncertainty with hash verification, independence (non-manipulable by attested party), cryptographic temporal integrity, and continuous availability (>= 99.5% uptime SLA). Section 5 applies the architecture to petroleum (ISO 50001 + ISO 14064 + MIZAN-HC) with EU CBAM quarterly auto-aggregation, and to critical raw materials (ISO 14001 + MIZAN-MRE) with dual-source assay concordance (RSD