Autonomous military systems deployed by the United States, Australia, Japan, and India are rapidly integrating across Indo-Pacific coalitions, yet these partners lack a unified doctrine on who authorizes lethal force. This critical authority gap creates severe sovereignty and legal challenges that existing technical data standards cannot resolve, threatening coalition cohesion during high-speed crises.
National regulatory frameworks diverge significantly, ranging from permissive American directives to restrictive Japanese constitutional limits and strict Indian demands for human control. To resolve this, a proposed Coalition Authority Interoperability Protocol introduces a computable framework operating above existing network layers. This additive protocol utilizes machine-readable national profiles to establish a conservative coalition floor, ensuring no partner is bound by another's more permissive posture. Cryptographic multi-signature rules enforce these thresholds across sovereign boundaries at operational speeds, while a secure hash-bridge ledger maintains accountability without exposing classified data, allowing fluid regional security architectures to safely coordinate joint unmanned operations.
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