Chapter 4 Jump Emergence: Marinagua
— Be careful on approach. One of the surveyed worlds doesn’t even exist, and the atmospheric data on another is completely off. That level of discrepancy isn’t a simple mistake — not unless the entire survey crew was genuinely waisted.
Rolls
Medic to help Shone if appropriate - (2d6)
(44) = 8
Phase 1 – Immediate Stabilization (first 30 minutes)
Shone confirms:
- Brainstem microvascular obstruction
- Structured calcified protein nodules
- Non-standard molecular bonding
- Not thrombotic plaque
- Not cholesterol
- Not conventional embolism
This was not spontaneous....But he does not yet know why.
Phase 2 – Deep Molecular Scan consuming 2 hours
Dr. Shone prioritizes:
- Xenobiological protein analysis
- Isotope ratio mapping
- Nano-lattice structural modeling
- Growth pattern reconstruction
- Reverse-engineer protein folding signatures
- Identify non-IMperial Space (from his background and files in the autodoc) amino acid chirality deviations
- Detect latent biological architecture inside calcification
- The calcifications are not degenerative.
- They are biological in origin.
- They are organized.
- They exhibit dormant colonization behavior.
- Microtubule anchoring structures embedded in vascular lining.
- Evidence of long-term quiescent presence.
- A triggering cascade event occurring within minutes of Jump emergence.
Phase 3 – Source Identification (next 12 hours)
Cross-referencing Imperial xenopathology databases and running archived sector deployment medical scans with comparions with non-human protein signatures:
Dr. Shone concludes:
- This organism is non-Solimani, nor Vilani, nor Zhodani origin.
- It has been present for years.
- It entered systemic circulation long ago.
- It remained dormant.
- It activated suddenly.
Next steps?
Wilber has two exploratory avenues for research presented here, one to look back through the records on the Survey that was published in 1065 (not conducted in 1065), or continue to assist the Doctor
GM Comment - IS Wilber doing the IISS survey? or Continue in assisting the Doctor during the autodoc sequence? Or is he working with someone else on the IISS research?
Edrin looks at Chaala after the Bohdie and Doctor Shone take the Captain to the Medical Bay on deck two; he turns to Chaala;
"Ma'am, may I assume that you are resuming your Scout rank and duties? If so I will turn over control of the ship to you." He resumes his duty position at the astrologer seat on the bridge, which resembles a tight Scout Ship.
Once in his chair he reconfigures his control station and ensures the course is still steady. He does not double check Ruiha's efforts at the helm showing his trust in her performance. he hits the IISS IFF ping message and awaits.
When Harrier's ping comes back, she will change standing orders. "Make for the moon, but let's come in quietly. Unless Doc overrides, our next step is to connect with Harrier and any of her crew that might be present, warm or cold. If they're in some kind of risk they could have gone into cold berth given they wouldn't know how long help would take to arrive. We're well ahead of the schedule the official orders would have had us on and if they were expecting that, any automated wake routine based on time wouldn't have triggered. They should have one for our ping, though. When we get there, we take quarantine protocols. Harrier will have information we need in her databanks and may have medical supplies we need, even if no one is aboard. Hopefully someone, or some record, will give us insight"
After the medical report. "Make sure everyone's screened even if it doesn't look like it came from Seital."
Also Wilber mentioned the irregularities from the Published Survey of 1065 (Named the Second Survey) and the current system readings. only nine planets, etc. If someone looks into this (Again requires stated actions and a roll of Admin and Computer - more than one character can collaberate)
Towards the Moon of Marinagua
Twelve hours into the two-gee burn, the ship settles into disciplined rhythm. On the bridge, the formal command transfer is logged. With Captain Halsson incapacitated and under medical isolation, emergency authority provisions are invoked. Edrin confirms registry status and rank precedence. Chaala, retired Scout Administrator (Traveller Rank 2), holds superior service rank to both Edrin and Amara, though subordinate to Captain Halsson. Under IISS emergency continuity doctrine, temporary command authority is transferred and recorded. The sequence is witnessed and authenticated by Edrin and Amara simultaneously. Biometric logs seal the transfer under provisional status pending the Captain’s recovery or override. There is no ceremony—only quiet professionalism. The ship now answers to Chaala.

Marinagua's moon now fills a third of the forward display as they arc inward toward the lunar intercept window. Medical telemetry from Deck Two updates steadily: the Captain remains stable. Doctor Shone has transitioned the Autodoc from stabilization mode into extended diagnostic configuration. Deep neural mapping and bio-agent analysis cycles are running at full TL-15 resolution. No embolism. No hemorrhage. No seizure cascade. A pathogen signature has been isolated at trace levels within neural tissue—but comparative database cross-reference indicates it does not match any known Seital contaminants or biohazards previously encountered. The organism—or construct—remains unidentified. It is not spreading aggressively. It is simply… present. The Autodoc maintains cardiac regulation while Shone refines scan parameters for further analysis.
During the Two Gee burn to the moon of Marinagua the following data from the passive scans reveal the following, the system remains outwardly calm. No vessels rise from orbital shadow. No outbound merchant flares register. The expected orbital traffic lanes remain empty. Standard starport approach frequencies show no automated handshake protocols and no centralized routing signals. There is no evidence of orbital jamming—no carrier suppression, no signal masking. Space itself is quiet.
However, the system is not entirely empty.
Long-range passive returns begin identifying multiple cold objects in stable orbital bands—small metallic signatures with low thermal output and irregular reflective surfaces. Some are in orbit around the outer planets and some in the system. Their trajectories are precise but aged. Rotational drift and micrometeoroid scarring suggest long-term exposure. Spectral analysis indicates alloy compositions consistent with early industrial-era fabrication. Several appear to be in decaying medium orbit; others hold high elliptical paths. None are active. None transmit. Their power cores are cold.
The profile matches early in-system satellites—survey platforms, primitive comm relays, perhaps navigation beacons—likely a century old or more. Remnants of pre-stellar or early stellar exploration infrastructure left to drift. No recent maintenance signatures are detected.
As range decreases further, the long-range communications monitor begins registering structured surface-level transmissions. They are narrowband, layered, and disciplined—short bursts of analog-digital hybrid traffic moving across multiple regional bands. None conform to Imperial trade formatting. Audio buffers capture fragments of rapid, tonal speech marked by clipped consonants and repeating syllabic cadence—from the IISS files it is clearly Alejian (the minor race of the Planet) in origin.
The transmissions are encrypted—and not casually. Packet fragmentation, cipher rotation intervals, and signal masking techniques indicate communications security maintained at a level above the planetary technological baseline. Whatever internal instability may exist, encryption protocols remain deliberate and intact.
Distortion becomes measurable across specific orbital approach bands. It is not full-spectrum suppression. Instead, it manifests as structured broadband saturation applied with precision to civilian docking and handshake frequencies. The interference is geographically confined, centered right outside a large city the previous city identified as Balac Pontli with a the previously identified major Airport being converted to a starport.
The interference pattern suggests organized, ground-based control of that landing zone rather than a unified planetary defense network. Power signatures feeding the emitters are local and modular rather than centralized. The jamming does not extend across the hemisphere nor project aggressively into orbital lanes. It appears defensive in scope and territorial in application.
Balac Pontli itself displays irregular illumination along the night hemisphere. Districts burn bright; others remain dim. Industrial output appears reduced compared to archived projections, but there are no thermal scars or debris fields indicative of recent large-scale conflict.
Marinagua continues to fill the forward display—communicating constantly across its encrypted surface networks while offering nothing to orbit. The countdown to arrival continues to shorten as the ship presses inward under steady two-gee thrust, approaching a world that is neither silent nor welcoming, but carefully guarded and marked by the quiet relics of its own early ascent into space.
The remaining burn proceeds without incident. As they pass near Marinagua’s orbital plane, the planet dominates the starboard display—cloud decks sharp, ocean currents luminous beneath reflected starlight. Encrypted surface traffic spikes briefly as their vector shifts toward the moon, then settles back into patterned cadence. No planetary hail follows. The lunar body rotates slowly ahead, its dark hemisphere angled toward their approach. Passive scans reacquire the weak IISS handshake source from the cratered surface.
After twenty-nine hours of flight, the maneuver drive throttles down in controlled sequence. Two gee drops to one, then fractional thrust as they bleed velocity for lunar insertion. The moon’s barren landscape resolves in high detail: impact basins, regolith plains, fractured ridgelines. The crater containing the Harrier lies in partial shadow along the terminator line. Thermal readings show no active plume, no engine bloom, no elevated heat beyond residual passive emissions.
Close-range scanning begins as they enter low lunar orbit. The Harrier’s hull profile is clear now—intact, resting upright along the inner slope of the crater rim. Landing struts are deployed. No visible breach. No blast scoring. Hull integrity reads high—ninety-nine percent as previously reported. Power output remains minimal, confined to auxiliary systems. No reactor ignition. No drive cycling. Environmental readings show internal atmosphere stable but circulation reduced. Carbon dioxide levels marginally elevated—within survivable range, though long-term occupancy would be questionable. Crew biosigns remain absent at this resolution—faint fluctuations register but do not resolve cleanly into confirmed life or confirmed absence. Cold berth signatures are not yet visible, though deeper scan penetration may clarify.
As they descend toward final approach vector, medical telemetry updates again. The pathogen signature within Captain Halsson remains localized to neural clusters. It shows no replication surge and no systemic infection markers. It does, however, exhibit a subtle bio-electrical responsiveness when exposed to certain diagnostic frequencies—anomalous but not yet classifiable. Shone’s extended scan configuration continues compiling comparative models.
The ship settles into a low hover over the crater rim, dust undisturbed at this altitude. The Harrier rests below, silent and intact, partially shielded by stone...No external movement...No distress beacon...No defensive posture.
Just a Scout ship waiting in the dark, and another hovering above it.
Roll: Admin +2, Int +2, Computer +0
(An argument could be made for investigate to be used as well…)
Rolls
Finding data related to Halsson’s condition - (2d6+4)
(66) + 4 = 16
There is nothing spiking. No incoming signal. No hidden alert. No data surge.
The tablet did not react.
It was simply displaying passive data.
If anything triggered Halsson’s collapse, it did not originate from the device.
When Chaala formally assumes command, he meets her gaze briefly giving a look of recognition and acknowledgment, then turns to his console without comment. He pulls up all details they have on the Harrier. He scrolls through specifications in particular looking for anything the crew might have used for survival such as number and quality of low berths and any shuttle or external utility vehicles.
As the moon fills the display, he leans slightly forward, studying the surrounding terrain rather than the hull. He turns to Chaala and any of the others on the bridge.
"Any indication of surface disturbance beyond the crater? Tracks. Heat signatures. Structures? In case they are not on the scout."
Rolls
Admin (Jack-o-T)+Int - (2d6+2)
(32) + 2 = 7
Electronics(Computers)+Int - (2d6+3)
(23) + 3 = 8
Virel has both Admin (1) and Computer (1), as well as being on the bridge looking at computers so he will assist.
When Shone studies the dormancy estimate again—5.4 to 7.1 standard years—his thoughts narrow and sharpen. The lattice suspended inside her brainstem tells a different story. He magnifies the protein structures. They are not random calcifications; they are layered, anchored, integrated into the vascular lining with deliberate precision. This organism entered her system years ago and embedded itself without triggering immune alarm or standard xenopathogen scans. It survived circulation, avoided detection, and then remained dormant—silent—for over half a decade. He increases nanite dissolution intensity slightly. The outer layer fractures, but the inner matrix compacts instead of dissolving. Adaptive. That detail unsettles him more than the occlusions themselves. Accidental contamination does not behave like this. Primitive organisms do not resist nanomedical breakdown with structural reorganization. Whatever colonized her was built—or evolved—to endure. He does not yet know what triggered its activation, but he knows this: it did not arrive recently, it did not arise spontaneously, and it did not fail by chance. It waited.
Bohdie's study and research reveals: While Dr. Shone is researching and finding out the above, when the Doctor mentions '...that it most likely entered her systems several years ago...' it was like a eureka moment for Bohdie who digs into the Captain's personnel files, hits a road block, he needs a cypher key. He casually, but deliberately search the Captain's cabin and finds from her personal hand terminal the right access cypher to high level personal files, the Captain's specifically, and finds this, Burugdi on Apratib world (1911) enclave entry: the dinner, the enclosed consultation, four hours and eighteen minutes inside a biologically dense Burugdi environment. He reads it twice. No breach recorded. No anomaly flagged. Mild vertigo that resolved on its own. Cleared for departure. Apratib was six years ago. When he brings this to the Doctor, Shone is more convinced this the origin, but still does not understand the trigger.
CLASSIFIED PERSONNEL EXCERPT
Imperial Interstellar Scout Service
Restricted File – Black Tier Clearance Required
Subject: Halsson, Deyra
Assignment Code: TBX-APR-1911
Location: Apratib (1911), Phoenix Subsector, Theta Borealis Sector
Date: Imperial Year 1100, Day 29
Diplomatic observation and trade stability assessment of Non-Aligned world Apratib.
Planetary Conditions:
High-temperature tropical climate. Elevated humidity. Dense biological aerosol presence common in coastal regions.
Notable Variable:
Established Burugdi enclave operating within eastern maritime commercial district under autonomous charter.
ISS Advisory at Time of Assignment:
Controlled interaction permitted. Extended biological exposure not recommended. Environmental filtration required.
Incident Log – Day 17
Captain Halsson accepted formal diplomatic invitation to dine within Burugdi enclave administrative complex.
Event Type: Cultural-hosted dinner and trade consultation
Duration: 4 hours, 18 minutes
Environmental Conditions:
- Elevated humidity
- Measurable increase in airborne organic particulates
- Dense pheromonal bio-signature detected by accompanying sensor technician
- Standard respirator filtration engaged throughout engagement
- No recorded filtration breach
- No documented physical contact
Dinner consisted of enclave-provided nutritional compounds compatible with human metabolic tolerance standards.
Private consultation conducted in enclosed chamber with senior Burugdi representatives.
Ambient bio-density elevated but within projected tolerance parameters.
Post-Engagement Notes
- Captain reported mild transient vertigo approximately six hours post-event.
- No dermal irritation.
- No respiratory compromise.
- No fever.
- No vascular irregularities detected during routine departure medical scan.
Follow-Up Required: None at time of departure.
Encrypted Addendum – Internal Only
Brugdi hosts requested extended proximity engagement beyond initial diplomatic schedule. Consultation characterized as "cultural harmonization exchange." No overt biological breach was recorded and no anomaly flagged during standard xenopathogen screening.
FILE STATUS: Archived. No subsequent ISS medical correlation entered.
The crater itself resolves clearly now. The ISS Harrier sits upright along the inner slope, landing struts deployed and hull orientation consistent with a controlled descent rather than a crash. The regolith around the struts shows compressed displacement patterns, partially softened by twenty-four weeks of micrometeor dusting but still visible under oblique thermal contrast. Even after months of particulate settling, the landing impression is unmistakable.
There are no additional disturbance trails radiating away from the ship. No rover tracks. No footpaths. No regolith displacement consistent with repeated traffic. No structures or temporary shelters. Thermal readings across the crater floor and rim remain uniform with lunar baseline cooling cycles. No secondary heat blooms appear beyond the Harrier’s minimal auxiliary signature.
The scan does, however, reveal an absence.
The Harrier’s docking cradle is empty.
The 50-ton Cutter that should be mounted externally is not present. Mount integrity shows clean separation, not explosive removal. No debris field surrounds the vessel. The docking collar appears properly disengaged.

"There are no impact scars consistent with uncontrolled launch," he says evenly. "No secondary debris. If the Cutter left, it did so under power and cleanly."
He shifts the magnification slightly, rechecking the perimeter. "No tracks away from the crater. No surface infrastructure. No additional hull signatures within immediate range."
His gaze moves briefly to Chaala. "It appears the Harrier landed deliberately. The Cutter is gone."
A beat passes as the implications settle. "There could be a message on board that informs us of where they are—or went to."
The moon remains still beneath them, dust undisturbed beyond the Harrier’s landing scars. The ship rests alone in the crater, intact, silent, and missing one very important piece.
Rolls
Trying to find some clues - (2d6)
(51) = 6
Medical Status Brief – Captain Halsson
Prepared by: Dr. Shone
Distribution: Senior Officers
Classification: Command-Level
Current Condition
- Captain Halsson suffered an acute neurovascular event involving the brainstem.
- Microvascular obstruction occurred in autonomic regulation pathways.
- Cardiac dysrhythmia was secondary to neurological disruption.
- She is currently stabilized via medical support systems.
- She remains unconscious under controlled sedation.
Cause (Preliminary Determination)
- The vascular obstruction was not thrombotic in origin.
- Calcified protein structures were identified along brainstem arterial branches.
- Structural analysis confirms these formations are non-Terran in origin.
- Colonization pattern indicates long-term presence within vascular tissue.
- Estimated duration of presence: 5–7 standard years.
This was not a spontaneous stroke.
This was the activation of a dormant xenobiological colonization.
Organism Behavior
- The foreign protein lattice demonstrates structured architecture.
- It is partially resistant to standard nanomedical dissolution.
- Under stress, the structure exhibits adaptive compaction behavior.
- No evidence currently suggests transmissibility.
Containment protocols remain precautionary.
Treatment Plan
Immediate Objective
- Maintain stabilization.
- Prevent further activation.
- Map full colonization network.
Long-Term Objective
- Develop a targeted molecular countermeasure.
- Gradually destabilize and dissolve the foreign lattice without damaging autonomic tissue.
Time Estimate
Best-case scenario for safe removal:
Two to three weeks.
This estimate assumes:
- No further activation events.
- Successful development of targeted nanomedical adjustments.
- No secondary cascade complications.
Prognosis
- Survival probability remains favorable under controlled care.
- Neurological outcome cannot yet be fully assessed.
- Full recovery is possible, but not guaranteed.
- Early aggressive removal attempts would carry unacceptable risk.
Administrative Recommendation
Captain Halsson is medically unfit for command during treatment. Temporary command authority should be formalized until further notice.
Further updates will be provided as analysis progresses.
As Bohdie came to assist his research, Shone told him everything he had learned and profusely thanked him for contributing his expertise in sifting through the past logs of the captain. This was surely going to give some information and Bohdie delivered the crucial information he needed. This was a micro-organism from the planet of Apratib, a dense humid world which definitely gave a very sturdy environment for developing and evolution of myriad lifeforms. So, did the Burugdi diplomats deliberately exposed her to this xenomicrobe or was it accidental? How did their medical scan failed to detect the infection or was it botched intentionally? All this questions were not important now. What was important was how to stop this microbe from functioning? He needed to create an anti-microbial drug to save the captain.
Rolls
Science (Xenology) Edu - (2d6+2+1)
(41) + 3 = 8
When Wilber and Chaala reflects on their exploratory studies from the Regina Imperial Scout Institute, they both remember the five basic tenants of Exploring deep space; Step 1- Identification of the Target, Step 2-Distant Reconnaissance, step 3-Preliminary Survey, Step 4-Detailed Survey, Step 5- Focused Expedition.
Wilber and Virel find this on the Distant Reconnaissance step: "... The distant reconnaissance phase can take the form of information gathering from databases, old star charts and other secondary sources but usually also includes some element of distant sensor operations. There is a limit to what can be determined about a star system or area of deep space from a parsec or more away, although good instruments can at least determine, in general terms, what the major characteristics will be...."
Chaala and Wilber find this form their old Scout logic book on deep sensor operations
DISTANT SENSOR OPERATIONS
A typical starship’s sensors are not well suited to this task but can still detect the most obvious of features. More specialized exploration and scientific packages can be used to collect very significant data from a distance of multiple parsecs. Chaala remembers that a typical in system survey normally takes two to fifteen days and can be repeated multiple times. Scouts can spend months collecting data until they learn as much as they can.
What Chaala and Wilber remember from their exploratory studies from the Regina Imperial Scout Institute and Virel finds was the Survey Index. The Survey Index indicates how much is known about the target of exploration. This data is not necessarily correct but errors will be within the bounds of possibility. An example given in the text says: "... if the presence of a main sequence star is indicated by the Survey Index then one will be there but it may not be of the expected type. A predicted yellow main sequence star might turn out instead to be an orange subgiant but it is very unlikely that a black hole will be found instead...., The instructor reminds Scout Candidates that, "...Scouts must be very well prepared that some previous data is not perfect."
Then Virel finds some information on the Scout Ship sent into the Theta Borealsi Sector in 1050s to conduct the study: The ISS Distant Explorer, which was the predecessor to the INS/IISS Deepnight Revelation class Exploratory Cruisers. It was equipped with a Deep Sensor Suite, the first of it's kind so the ship could quickly Survey not only the Trojan Reach, but 'The Beyond', 'Vanguard', Iphigenaia, Theron and Theta Borealis sectors and bring back the data. Virel finds in IISS data wiki on the Deepnight Revelation class entry:
... These types of exploratory ships have the long range sensor package built into them. The long-range sensor suite is tied into the rest of the ship’s sensor net and uses the ship’s main array to collect data. A standard sensor suite can perform remote system-scanning operations but not well. Using a standard shipboard sensor package, a sweep of one system typically takes 2D days and whilst more specialized systems are available most can only focus on a single star system at a time. The suite aboard Deepnight Revelation class and like exploratory ships have the capacity to carry out multiple scans simultaneously, along with advanced collation and interpretation software. The amount of sensor time needed to obtain data on a star system varies depending on its composition and current alignment of its component bodies. The suite has a nominal range of 12 parsecs but can obtain data at greater ranges at the cost of additional time. The scan produces basic data on a system – typically the number and type of stars or other stellar bodies, presence of terrestrial planets, planetoid belts and gas giants and, perhaps, any rogue bodies associated with the system. Some inferences can be made about conditions on planets from this data but worlds cannot be directly scanned from a distance of multiple parsecs.
Wilber, Chaala and Virel conclude, that the only way the ISS Distant Explorer was able to cover 6 sectors in less than ten ears was to conduct it via Distant sensor operations, which sometimes lead to errors, and in the notes from the Establishment of the IISS Scout Base Pautho Ribbon Cutting ceremony in Imperial Year 1090, day 288 entry : "...Scout Base Pautho will continue the work of the 1065 2nd Survey in providing accurate survey data, to provide safe lanes for explorers and the sector governments friendly to the Third Imperium...."
Virel finds an old report by the first Base Command's log; "My intent is to clean up all of the bad data and provide the best possible and accurate data to the Imperium....so that my tour here is short and so I can get back to my wife and family on Regina."
Dr. Shone feels and knows that he stabilized Captain Halsson, and the best course is the is to reverse-engineer lattice chemistry, then develop targeted destabilization enzymes that modify nanite logic architecture with the nanomedicine he is using the autodoc to do. He cannot brute-force dissolve it with a antimicrobial drug. Plainly, reverse engineer the nanobug, develop a counter nanomedic procedure to dissolve it without harming Captain Halsson.
This will take 2-3 weeks.


