In computer science theory, AeroMesh is a Delay-Tolerant Mobile Ad-Hoc Network (DTN/MANET) based on three core concepts: Epidemic Routing (Store-and-Forward): Nodes act as autonomous routers. Packets hop opportunistically between physical devices via gossip algorithms, using TTL (Time-To-Live) counters to prevent cyclic broadcast loops. Eventual Consistency via CRDTs: Handles network partitions without central consensus (avoiding CAP theorem limits). Data structures use mathematically commutative and idempotent merge operations (State A ⊔State B ) to ensure all nodes reach identical state without merge conflicts. Asymmetric Zero-Trust Verification: Uses public-key digital signatures (Sign SK (M)) so intermediate hops can verify message integrity and sender identity without a central Certificate Authority.
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