
Amber Wing settles into controlled cruise. In the instrument bay, Nikayo brings the quarantined shielded couplers, thermal sleeve, and service leads to Ranuko’s isolated test rig while Nahuli watches from the system boundary.
Kiryati stands beside the physical segregation case, keeping every recovered component separate from ship hardware. The rig’s optical isolation terminates at quarantine, with no route toward navigation, weapons, or the derelict.

Ranuko
The first test is deliberately boring: continuity, thermal response, and passive output. If anything attempts authentication, I cut the rig before it reaches the interface.
Ranuko seats the thermal sleeve between two dummy loads and connects the couplers through independent meters. Kiryati checks the physical gap again, while Nahuli keeps the system boundary closed.

Nahuli
No borrowed timing, no cabinet handshake, and no automatic interpretation. We are testing whether the parts can serve our survey work, not asking them what they remember.
The rig applies a low-power pulse. Both couplers pass current within expected limits, and the thermal sleeve disperses the brief rise without waking any dormant signal. The meters remain quiet beyond the test boundary.

Ranuko
Stable so far. Nikayo, the next step is yours to inspect: independent survey output, or a clean stop here.
✓ Quest Accepted
Validate the salvaged hardware as a bounded survey capability
Nikayo's turn“I run a low-power dummy survey test and watch for authentication attempts.”
SUCCESS (Great Computers, rolled -1)

Nikayo routes the low-power dummy survey pulse through the Instrument Bench, with diagnostic tools sampling continuity, thermal response, and passive output at each isolated stage.
Reads Emitter Signatures resolves the couplers’ response without activating them. Traces Provenance compares every return against the recovered maintenance marks, separating genuine component behavior from any inherited authentication pattern.
A brief status pulse appears in the dummy survey channel, then ends cleanly. No handshake, identity request, command token, or access attempt crosses the quarantine boundary.

Ranuko
No authentication attempt. The couplers pass the survey response as ordinary hardware, and the thermal sleeve keeps the dummy load within limits.
Nikayo repeats the test through a second dummy load. The Diagnostic tools confirm matching output, while the Instrument Bench preserves both traces in a read-only comparison beside the original component records.

Nahuli
That is a clean result. Store the verified parts in the Shielded Sample Lockers and keep the survey interface isolated from Amber Wing.
The successful test record is sealed with its provenance comparison and emitter signature. The salvaged components are cleared for independent survey work, while navigation, weapons, and return-burn controls remain untouched.
Quest Complete
NikayoValidate the salvaged hardware as a bounded survey capability
Nikayo's turn“Nahuli and Ranuko can work on installing the new parts into the amber wing if it is an upgrade to what we have. Nikayo seeks out Liyanu”
SUCCESS (Superb Engineering, rolled +1)

Nahuli and Ranuko move the verified couplers, thermal sleeve, and service leads from the Shielded Sample Lockers to Amber Wing’s isolated survey bus. The Instrument Bench keeps every connection separate from navigation and weapons.

Nahuli
We install only what the test supports. Local interlocks first, then a low-power survey path with no inherited authority.
Ranuko seats the thermal sleeve around the survey bus and fits the couplers into independent mounts. Diagnostic tools verify continuity while Reads Emitter Signatures confirms ordinary output without an authentication pattern.
Traces Provenance matches each salvaged part to its verified maintenance record. The Instrument Bench applies a controlled pulse, and the new assembly responds cleanly, improving survey stability without touching Amber Wing’s control paths.

Ranuko
Installation is sound. The parts are now an independent survey upgrade, and the original interface remains available if we need to compare readings.
With the upgrade secured, Nikayo leaves the instrument bay and follows the internal passage to the medical section. Liyanu is there reviewing the isolation unit’s status beside the quiet refrigeration cabinet.
Nikayo reaches Liyanu without interrupting an active procedure. She looks up from the medical display, available to receive him while the newly upgraded survey system runs safely behind its isolated boundary.
Nikayo's turn“"How is the crew monitor? I am worried about the exposure rate with the insulation this ship has."”
SUCCESS (Superb Reasoning, rolled -1)
Nikayo reaches the medical display, where Liyanu has the isolation unit’s exposure logs open beside the quiet refrigeration cabinet. The unit’s layered readings separate crew dose from background ship noise.

Nikayo
How is the crew monitor? I am worried about the exposure rate with the insulation this ship has.

Liyanu
The crew exposure rate is low and stable. The insulation is uneven, but the medical isolation unit is compensating by measuring each compartment separately instead of trusting one shipwide average.
Liyanu points to the refrigeration cabinet’s sensor trace. Its shielded interior provides a quiet reference, letting the unit distinguish actual crew exposure from thermal and electrical noise around the medical section.

Liyanu
I also checked the readings against the salvaged components’ maintenance records. Traces Provenance found no inherited calibration drift, so the monitor’s baseline is trustworthy.
The display resolves the result clearly: no compartment exceeds the medical threshold, and the crew’s accumulated exposure remains within routine limits. Liyanu marks the monitor for continued sampling without changing Amber Wing’s systems.
Nikayo's turn“I set up the computer to watch for radiation spikes.”
SUCCESS (Great Computers, rolled +1)

Nikayo configures the medical computer beside the Medical Isolation Unit, setting it to watch compartment radiation for sudden spikes while preserving the existing exposure baseline. Liyanu remains at the display, monitoring the setup.
The Instrument Bench supplies a separate analysis channel. It receives the unit’s compartment readings without altering medical controls, comparing each sample against background ship noise and the quiet refrigeration reference.
Nikayo applies Traces Provenance to the salvaged sensor records, separating authentic calibration marks from later access scars. The computer accepts only the verified baseline and rejects unverified historical values.

Nikayo
The monitor can distinguish a real radiation rise from electrical noise.
The watch completes successfully. Independent thresholds now cover every monitored compartment, with alerts routed to the medical display and duplicated through the isolated Instrument Bench.

Liyanu
The baseline is clean, and the spike filter is conservative. If exposure changes, we will see the compartment and the source separately.
Liyanu enables continuous sampling without changing Amber Wing’s ship systems. The computer begins its quiet watch, while the Medical Isolation Unit preserves crew safety and the verified records remain independent.