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Task P1b of #12150 (Video Bridge transcript retention). Consumes P1a's guardrail-side shadow (meta.videoBridgeObserved / meta.videoBridgeLogRedaction on the video-bridge preCall result) and wires it to the two remaining P1 surfaces: - Surface 1 (log sink): the redaction map is threaded from chat.ts (derived from preCallGuardrails.results via one additive optional param, videoBridgeLog, undefined on every non-video request) through executeChatWithBreaker -> handleChatCore -> persistAttemptLogs's context. attemptLogging.ts's new applyVideoBridgeLogRedaction() applies the map to a shallow-then-targeted CLONE of body right before it is serialized into the persisted call log, swapping each mapped part's text for the placeholder. The original body reference is never mutated -- the model already received the untouched text earlier in the request lifecycle. - Surface 3 (Memory sink): chatCore.ts's inline "memoryOwnerId && memorySettings?.enabled && memorySettings.maxTokens > 0" gate is extracted to a pure, unit-tested shouldExtractMemory() in memoryExtraction.ts, adding one condition -- a video-bridge-observed request's request-derived text is a flattened transcript description, not user-authored conversation, so it is never persisted as a durable memory fact. Only the request-derived extractFacts() call is gated at both the non-streaming and streaming sites; the response-derived call (the model's own reply) is untouched, per the design doc's scoping. src/sse/handlers/chatDispatch.ts needed no change: its DispatchArgs type already has an index signature and forwards its whole args object into executeChatWithBreaker via a spread, so the new field flows through unmodified. Refs #12150