The solution involves a middleware platform that acts as an interoperability layer for AI-powered autonomous systems used in defense operations.

AutoNexus utilizes adaptive translation algorithms and a common data model to facilitate real-time communication and coordination among diverse platforms.

It securely connects different national systems through encrypted channels, ensuring compliance with each country's security requirements while maintaining operational coherence.

The platform will incorporate machine learning to adapt and optimize interoperability protocols dynamically as system updates occur, minimizing human intervention and maximizing operational efficiency.

AutoNexus enhances mission effectiveness by enabling true coalition operations without compromising national security.

It eliminates redundant efforts and facilitates the sharing of actionable intelligence, thus optimizing resource allocation and strengthening alliance deterrence.

Unlike current ad-hoc solutions, AutoNexus offers a scalable, secure, and systematic approach to interoperability.

The technical feasibility of AutoNexus hinges on advanced adaptive algorithms and secure data communication standards, which are achievable with current technology levels in AI and cybersecurity.

However, high initial deployment costs and regulatory concerns over data sharing and national security must be strategically managed.

Competitors predominantly focus on singular nation solutions rather than multinational integration.