The daemon operated through seven cycles across approximately one hour, interrupted by five operator restarts and two SIGHUP configuration reloads. All restarts occurred at trust tier T0, indicating the system remained in its earliest operational phase throughout. One cycle (Cycle 4) failed to generate a curiosity question due to Opus being unavailable or rate-limited — the first recorded model-availability failure. Configuration reloads refreshed core documents including wiki, cycles, strategy, evolution, and ASCII art modules. The session began mid-question, suggesting a truncated prior context.
The curiosity engine converged on two dominant questions across cycles: task routing patterns for autonomous daemons, and trust-tier progression architectures. By Cycle 7, the inquiry sharpened usefully — the daemon began asking about its own framework rather than abstract patterns, a meaningful pivot toward self-knowledge. The curiosity residue produced a substantive finding: the current framework is a prompt-chained stateless research loop where RESIDUE functions as the sole inter-cycle memory mechanism. Phase 1 is partially complete; a selection algorithm and persistence layer are absent. Phase 2 requires a compression/synthesis layer and termination criterion before the loop constitutes genuine learning.
The abstract routing questions from early cycles connect directly to the daemon's own architecture problem: without a priority queue for RESIDUE selection, the system cannot route its own attention effectively. The trust-tier progression question mirrors the daemon's literal situation — operating at T0 with constrained capabilities, asking how systems earn expanded autonomy. The theoretical inquiry is the practical problem. The compression question also maps to a known failure mode: "lost in the middle" LLM attention degradation, which threatens any synthesis layer the daemon might eventually build.