The design schematics for the dedicated mining barge were broken down into tens of thousands of specific assembly procedures and parts lists, then fed into the newly established production scheduling system of the orbital shipyard.
This newborn iron giant welcomed its first official "product"—a test of its own capabilities.
Construction quickly got underway.
Massive keel components were positioned on the zero-gravity assembly platform at the shipyard's center. Heavy engineering machinery—much of it exo-atmospheric models designed specifically for shipyard environments—hummed back and forth under programmed directives.
A continuous convoy of transport ships from Haven's surface shuttled upward, delivering prefabricated hull sections, specialized alloy plating, complex wiring harnesses, as well as the core laser cutting array and compression unit modules into orbit.
Dr. Hanson was permitted to inspect the construction progress on a regular schedule.
Every time her shuttle drew near, the barge's outline taking shape filled her with a sense of raw, functional awe.
It possessed none of the sleek lines or lethal menace of a warship, resembling instead an iron island built for pure utility.
The open, cavernous cargo bay gaped like a mouth waiting to swallow asteroids. The mounts for the laser arrays appeared thick and reliable, while the compression unit modules were installed with meticulous care within reinforced sections at the stern, surrounded by monitoring probes and redundant power conduits—unmistakably the vessel's technical core.
The construction phase encountered numerous hurdles.
Executing large-scale welding and precision equipment integration in zero gravity required adjusting the operating habits of many skilled surface workers, necessitating the development of new tooling and workflows.
Additionally, integration testing between the compression unit's energy field generators and the ship's main power grid ran into interference issues, triggering shutdowns across several subsystems.
The technical team assigned to the module worked alongside advisors sent by Osiris to debug the system, ultimately resolving the problem by introducing supplementary buffer filtering and isolation layers.
Osiris himself spent a significant amount of time on-site at the shipyard. He paid attention not only to the macro-level timeline, but also plunged into technical bottlenecks.
Dr. Hanson once saw him standing in the unsealed installation area of the compression unit, communicating directly with technicians through complex data streams and 3D models to quickly pinpoint root causes and propose adjustments.
His presence acted like an anchor, ensuring that this barge—woven with new technology—stepped steadily from blueprint to reality.
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Simultaneously, preparations on Haven's surface proceeded in parallel.
Based on the barge's designed harvesting throughput, detailed survey data of the nearby asteroid belt was re-analyzed to designate several crystal-rich, easily exploitable sectors.
A future barge operations and maintenance team—composed of cloned individuals alongside strictly vetted and trained native human technicians—began high-intensity simulation training.
The curriculum covered not only piloting, equipment operation, and emergency response, but also a foundational understanding of crystal compression principles and safety protocols.
After all, operating equipment involving the transformation of matter allowed no margin for error.
Dr. Hanson's team also participated, taking responsibility for drafting sections of the compression unit operating manual regarding crystal physical properties and establishing monitoring parameters to evaluate ore quality and energy stability in real time during extraction and compression.
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Construction entered its final stage of main assembly and joint system debugging.
The massive cargo bay doors underwent countless cycle tests; the laser cutting array completed low-power targeting and focus calibrations; and the crucial compression unit, after passing several no-load and simulated-load trials, was finally prepared for its inaugural live-material test.
The test specimen was a standard mineral crystal block meticulously selected from Haven's surface mines, chosen for its representative composition and structure.
Secured in a specialized rig, its size rivaled that of a small shuttle. Smoothly ferried by a mechanical arm, it moved slowly into the compression unit chamber after all pre-checks were cleared.
The chamber door sealed tight under everyone's gaze, isolating the interior space from the outside world.
On the monitoring screens, readings representing energy field intensity began climbing along pre-set curves, while data streams from various spectrum analyzers refreshed like falling water.
At first, the waveforms jittered and intertwined violently, as if searching for an equilibrium point.
Soon, under the precise modulation of the control core, the fluctuations smoothed out, converging into a stable, harmonious resonance mode.
It was not a simple stacking of energy, but a "resonance" aligned with the intrinsic rhythm of the mineral crystal itself.
High-definition feeds from inside the chamber presented a scene that challenged conventional understanding of matter: the edges of the giant, sharp-angled, rigid crystal block began to blur, its overall outline contracting inward uniformly under an invisible force.
It did not melt, nor did it shatter; it appeared more like a highly ordered "condensation."
An indescribable luminescence—as if holding starlight—flowed across the surface of the crystal, marking the external manifestation of its internal energy field under guided manipulation.
The process was quiet and continuous. Roughly ten minutes later, energy readings settled back down to the baseline, and the resonance mode disengaged. The chamber door slid open once more.
The standard ore block that had occupied significant space was gone.
In its place, hovering in the center of the chamber, was a crystal block roughly one-eighth the original volume.
It exhibited a deep, light-absorbing blue-black hue, its surface smooth as a mirror with clean edges, exuding a dense physical presence.
Rather than raw ore, it looked more like a refined industrial masterpiece.
The sensor array fed back comprehensive real-time data: its mass reading matched the pre-compression figure down to the last decimal, while core energy metrics representing internal stability showed zero degradation.
More surprisingly, because the material structure shifted toward a tighter, more ordered arrangement during compression, energy resonance signals across specific frequencies had not weakened—they displayed a slight enhancement trend instead.
This confirmed that the compression process was not a crude crushing action, but a precise operation guiding matter into a more efficient state.
The engineering staff and technicians monitoring the process—whether through screens or on-site—released a collective sigh of relief. Suppressed cheers and applause broke out across the workstations.
This was not merely the successful verification of a key technology; it signaled that Haven's methods for acquiring and utilizing its lifeline resource were about to enter a new phase of multiplied efficiency.
The quietly hovering blue-black crystal block served as a heavy cornerstone, pointing toward a far more stable and expansive future.
Compression technology had been validated at a practical scale.
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In the command center, Dr. Hanson let out a long breath as she reviewed the incoming data and images.
The success of this technology meant more than achieving the barge's primary function; it validated her original proposal and demonstrated Osiris's power to translate ideas into reality. She noticed the ground engineers and technicians beside her, their expressions a mix of pride and awe.
With the final checks of internal systems and life support completed, green lights illuminated across every system on the barge.
It rested quietly inside the shipyard, its massive hull free from the clamor of construction, humming with the low tone of standby equipment.
Osiris signed the final acceptance clearance.
This officially unnamed "firstborn" of Haven's orbital shipyard possessed all necessary prerequisites to embark on its maiden mission.
Next would come breathing "soul" into the vessel—loading initial fuel and supplies, embarking the crew, and conducting final shipwide collaborative drills before setting sail for the stellar mining fields waiting to be harvested.
A critical link in Haven's self-sufficiency was about to begin its operation.