🟢 Audit & Repair

Audit & Repair is the process through which a reasoning system recognizes the consequences of its actions, acknowledges divergence between intention and outcome, and continues with revised understanding while preserving the historical lineage of decisions.

In PKOS, audit is not merely inspection and repair is not merely fault correction. Together they form the feedback side of a continuity-preserving reasoning system.

From feedback to recognition

In cybernetic terms, feedback begins when a system encounters the response of its environment. Something in the world indicates that a prior assumption, decision, or reasoning trajectory did not fully hold.

In PKOS, this response becomes meaningful through audit. Audit is the point at which the system stops, reconstructs the reasoning trajectory, and recognizes what happened.

This includes recognition of:

what was intended
what actually occurred
where divergence emerged
who or what was affected
what the system now understands that it did not understand before

Audit therefore begins with recognition and acceptance rather than immediate correction.

Repair as continuation, not erasure

In many technical and institutional contexts, repair means removing faults, deleting bad states, or restoring a prior condition. PKOS takes a different approach.

Repair does not erase the past. It preserves the historical record and asks a forward-looking question:

How can the system proceed in a way that reduces further harm, repairs what can be repaired, and carries learning into future reasoning?

This means repair in PKOS includes two dimensions:

repair of prior outcomes — where possible, addressing damage or misalignment already produced
repair of future direction — continuing with revised understanding so that new reasoning leads to different outcomes

Repair is therefore not about adjusting people’s thoughts. It is about extending the reasoning trajectory in light of acknowledged learning.

Restorative rather than punitive

Audit & Repair shares important ground with restorative practice. The emphasis is not on punishment or concealment, but on acknowledging consequences and restoring alignment.

Within PKOS, this means that responsibility remains visible, but the purpose of repair is not to erase failure or expel actors from the reasoning system. The purpose is to make the system more capable of continuing without repeating the same damage.

This gives audit and repair a distinct character:

not blame without learning
not correction without memory
not restoration through deletion

Instead, the system keeps the lineage visible and continues with stronger understanding.

Audit & Repair in PKOS

PKOS combines feedforward and feedback mechanisms.

The PIFR carries reasoning structure forward through time. Audit & Repair provides the feedback process through which the system encounters outcomes, reconstructs prior reasoning, and continues differently.

Feedforward → PIFR
Feedback → Audit & Repair

Together these mechanisms allow reasoning systems to remain both continuous and corrigible.

Two triggers, not one

Environment Response, described above, is a reactive trigger — audit begins because something in the world has already signaled that a prior assumption did not hold. This is necessary, but it is not sufficient on its own.

A PIFR that is reused often, and that other PIFRs now depend on, is doing more work in the system than one that is rarely touched. If audit only ever waits for the environment to complain, a heavily-relied-on PIFR can go a long time unexamined for exactly the wrong reason: nothing has visibly broken, precisely because so much now depends on it working the way it always has.

PKOS therefore pairs Environment Response with a second, proactive trigger: a TTL (time-to-live) assigned whenever a PIFR strengthens — is reused, relied upon, or gains Mutation Blast Radius. Each strengthening event starts a new countdown to the next mandatory audit.

One detail here matters more than it looks: the TTL gets shorter, not longer, as a PIFR strengthens. Resetting to a fresh, full-length countdown on every use would just be reinforcement without scrutiny — the more a PIFR is relied upon, the longer it would go unchecked, which is precisely the drift audit exists to prevent. The correct rule inverts that: strength raises the bar for re-validation. A rarely-used, low-blast-radius PIFR can sit on a long TTL, because little depends on it. A heavily-relied-on PIFR earns a short one, because so much now does.

This is what keeps audit genuinely paired with feedforward, rather than trailing behind it. Feedforward can strengthen a PIFR's role in the system; audit's TTL response is what stops that strengthening from quietly becoming immunity from being checked.

Relation to cumulative reasoning

Without audit and repair, reasoning systems tend to oscillate between silent drift and abrupt rewrite. With audit and repair, earlier reasoning remains visible and later reasoning can continue from a more adequate understanding.

This is one of the conditions for cumulative reasoning: the ability to extend prior reasoning across time rather than repeatedly reconstructing it or erasing it.

A simple sequence

Environment Response          TTL Expiry
         \                    /
          \                  /
                ↓
              Audit
      (recognition / acceptance)
                ↓
              Repair
      (what did we learn?
      how do we proceed without further damage?
      what can be repaired?)
                ↓
          New Reasoning
                ↓
            New PIFR

In this way, audit and repair do not terminate reasoning. They restore its continuity.

Part of the PKOS Lexicon.