Vero is a genome declaration language built on the lineage C → Rust → Verus → Vero. Four irreducible primitives — Truth, Harmony, Time, Place — are enforced at compile time. A genome that contradicts itself is not a warning: it is a type error.

Vero governs both SECKAN's evolving genomes and COSMOS's operating policies. The claim is simple: coherence should not be an afterthought enforced by tests — it should be a property the compiler proves before a genome is permitted to exist.

Active research is being conducted into the fundamental and contributing properties of a broad range of biologically-inspired neural architectures — including but not limited to Spiking Neural Networks, Kolmogorov-Arnold Networks, Neural Cellular Automata, Compositional Pattern Producing Networks, Liquid State Machines, Neural Turing Machines, Hierarchical Temporal Memory, Reservoir Computing, and Hyperdimensional Computing. The goal is not to replicate any one of them. It is to understand what each contributes that the others cannot — and to build a substrate in which those contributions cohere under a single formal language.