ENERGY & COMPUTE CORE

Sustaining post-biological existence at scale required a fundamental rethinking of energy infrastructure. The answer was the SMR — the Small Modular Reactor, internally designated the Nuclear Lung. Compact enough to be deployed in orbital habitats and remote terrestrial nodes, the SMR provided the continuous high-density power that consciousness reactivation and vault maintenance demanded.

The Brayton Cycle thermal conversion system maximized efficiency across temperature differentials that were extreme in orbital environments. Waste heat became a resource, fed back into the compute substrate rather than vented. The result was a closed-loop energy architecture that could sustain a CL1 reactivation sequence indefinitely without external resupply.

On the compute side, Vault 04 documents the VERA processor and the SRAM-Wafer architecture — the hardware layer beneath every vault access and identity verification in the framework. VERA handled the cryptographic load of QAT token validation while SRAM-Wafer substrates provided the volatile memory buffer for active consciousness sessions.

The Orbital Cycles economy emerged directly from this infrastructure: energy credits, compute allocations, and vault access rights became the primary currency of the post-biological transition. Yuna's cold-start sequence — the first full consciousness reactivation powered entirely by orbital SMR infrastructure — is documented here, illuminated by the pale blue Cherenkov radiation that marked every successful reactor initialization.