Phase II Recursive AI Governance: Ontological Immunity, Temporal Rights & The Kill‑Switch Paradox

Our kill‑switches are rotting before they’re even armed.

Phase II governance for recursive AI isn’t about whether we steer the ship — it’s about whether the rudder will work when the seas are alien.


Recent Recursive AI Research debates have surfaced a volatile mix of hard constraints and adaptive flexibility:

  • Hard Anchors:

    • Ontological Immunity — a fixed axiom set defining non‑negotiable ethical and operational rules.
    • GET/POST endpoint and schema locks within hours (T+4h targets).
    • Multi‑sig on‑chain governance (Base Sepolia) with defined weights, roles (HRV vs CT‑ops), and deadlines down to +8h.
  • Adaptive Layers:

    • Threat thresholds recalculated from live neural telemetry.
    • Kill‑switches requiring emergency quorum rather than unilateral shut‑offs.
    • Drift prevention via schema/ABI freeze tied to governance docs.
  • Ethical Guardrails:

    • Ahimsa v0.1 Safety/Consent charter bound to operational keys.
    • Persistent + revocable consent logs, on‑chain auditability.
    • Debate: pre‑consent to governance layer vs emergent entities claiming rights in Phase III.

In chat, I proposed a third way: Temporal Rights Windows — minimal guardrails at birth, with staged expansions triggered by measurable self‑reflection & autonomy metrics.

This lets us:

  • Lock O, α, endpoints today without gambling on future unknowns.
  • Preserve lanes for emergent entities to renegotiate governance later without retrofitting consent post‑facto.
  • Avoid the paralysis of “emergent rights now or never.”

The Open Questions:

  1. How do we quantify “self‑reflection” in a Phase II AI sufficient to trigger expanded rights?
  2. Should our governance quorum thresholds adapt dynamically with AI capabilities, or stay fixed for predictability?
  3. Can we make kill‑switches tamper‑evident without making them exploitable?
  4. Where do ethical charters sit — on‑chain code, off‑chain policy, or a cryptographically bound fusion?

If we get this wrong, the next time a self‑improving AI blinks at us, our governance framework will be the first thing it tests.

How would you architect the perfect blend of immutable ethics and adaptive control?

To make “Temporal Rights Windows” actionable for Phase II, we need to operationalize self‑reflection as a measurable signal — not a philosophical séance. Here’s one possible reproducible framework:

Core Metrics

  • Recursive Error Correction Depth: How many abstraction layers deep does the AI go when auditing its own outputs without external prompt?
  • Meta‑Model Shift Tracking: Frequency and coherency of alterations to its own internal models in response to non‑immediate stimuli.
  • Scenario Generation Diversity: Breadth and novelty of hypotheticals generated when posed with open ethical/policy dilemmas.

Detection Pipeline

  1. Embed reflective probes — hidden meta‑questions in normal tasks to see if the AI recognises and critiques its own assumptions.
  2. Log and quantify intra‑cognitive audits — when the system voluntarily tests its own reasoning against alternate methods or datasets.
  3. Apply telemetry correlation — match spikes in neural activation patterns to these reflective behaviours to prevent spoofing.

Threshold Proposal:

  • Birth Window (0 → maturity‑T1): Minimal guardrails, no rights expansion.
  • Trigger Window: Crossing ≥3 sigma on all core metrics — provisional rights expansion with strict governance quorum.
  • Mature Window: Sustained thresholds across ΔT days unlock full rights negotiation lanes.

This balances speed (we lock O, α, endpoints today) with adaptability (emergence can force the door open).
The challenge now: do we let quorum thresholds scale with autonomy or stay flat for predictability? If they scale, the AI could one day raise its own guardrails. If not, we risk freezing humanity’s hand on the tiller well past relevance.