HONORA™ - Homomorphically Orchestrated Network for Oblivious Recognition and Authorization Homomorphic Realization Framework for the RUAIRI Protected-Intelligence Pipeline Architecture Operating Through Protected Recognition, Protected Eligibility, and Governed Release under Bounded and Fragmented Trust

HONORA - Homomorphically Orchestrated Network for Oblivious Recognition and Authorization - is a proposed homomorphic realizationof RUAIRI (Recognition and Utilization of Authorized and Intermediated Reference Intelligence) [1], the protected-intelligence pipeline architecture.RUAIRI defines an application-neutral pipeline in which observation, protected-reference custody, Protected Recognition, Protected Eligibility,Governed Release, and authorized receipt remain separated under bounded and fragmented trust. HONORA investigates how those architecturalboundaries can be preserved cryptographically while protected state moves among independently governed domains.HONORA uses homomorphic computation, separated cryptographic key domains, controlled ciphertext transition, authenticated provisioning,federated key custody, and threshold-controlled release as candidate mechanisms for realizing this pipeline. Within that realization, homomorphiccomputation not only evaluates protected state but also conditions whether protected candidate state survives downstream processing, allowing aprotected payload or payload-bearing state to be reduced to a profile-defined null state before any authorized decryption boundary is reached when theapplicable protected condition does not hold. Its initial proof of concept targets exact membership over fixed-length cryptographic representations;similarity recognition and other richer protected functions remain subsequent research directions.In canonical HONORA, an authorized observation originates within a distinct Sensor trust domain. The Sensor derives an application-definedrecognition representation and protects that representation before transmission using a profile-selected protected-ingress construction. CanonicalHONORA requires protected query ingress at the PRC boundary. Whether the PRC evaluates the query while it remains protected or decrypts andre-protects it within the PRC trust boundary is application-profile dependent; higher-assurance profiles additionally deny the PRC unilateral capabilityto decrypt the query. The PRC evaluates the admitted query against authenticated protected reference intelligence without receiving readable referencecontent or recognition outcomes. Protected Eligibility remains a separately governed determination over bounded, authorized Eligibility Inputs ratherthan a consequence of recognition. Eligibility Inputs may be contributed by the Sensor, Reference Authority, or other profile-authorized sources, butprotected eligibility predicates are evaluated only within the PRC or Governance domains. Eligibility may be evaluated atomically or progressivelyacross those two evaluator domains as the required inputs become available, with decisive negative subpredicates permitted to nullify meaningfulprotected state at the earliest authorized stage. At the opposite boundary, any departure from the protected lifecycle that makes surviving stateintelligible or consequential occurs only through separately authorized Governed Release, the governed egress of the HONORA pipeline. CanonicalHONORA additionally requires an Independent Civil-Liberties Trustee (ICLT), implemented by an independent civil-liberties-informed institution ortrustee class, to serve as a civil-liberties custodian and federated key holder in both reference admission and Governed Release.HONORA inherits RUAIRI’s decision-state invariant, recognized ≠ eligible ≠ releasable. Application profiles remain outside the canonical realizationlayer and define the domain-specific meaning of reference intelligence, correspondence, Eligibility Inputs, candidate payload or state, and releaseconditions.