Jack had only wanted the quiet.
The forest trail wound upward through tall pines, the air thin and cool as he neared the top of the mountain. His boots crunched on gravel and fallen needles. The world felt peaceful, isolated.
Then the shadow passed overhead.
Above the trees something black and glossy moved through the air—silent, perfectly smooth, like a polished metal sphere gliding without wings or rotors. It hovered for a moment, almost curious.
The sphere drifted closer, descending through the branches with unnatural precision. No wind. No sound. Just that dark reflective surface catching fragments of sunlight.
Jack’s pulse jumped. He tightened his grip on his hiking sticks.
“Stay back!” he shouted, raising them defensively.
The sphere stopped ten feet away.
For a moment nothing happened.
Then a deep vibration rolled through the air.
Jack felt it more than heard it—a low resonating wave that passed through his chest and skull. His muscles weakened instantly.
The sticks slipped from his hands.
The resistance drained from him like water from a broken container. His body relaxed, posture slack, eyes unfocused. He remained standing, but only barely—his mind drifting into a strange, obedient calm.
Above him, a seam opened in the sphere.
From inside, thin threads descended.
They were black and glossy, fluid yet structured—like living strands of liquid metal or thick polymer. They flowed downward and wrapped around Jack’s wrists, his ankles, his torso.
Another strand brushed across his face and sealed around the back of his head.
The threads tightened and lifted.
His feet left the ground as the sphere slowly rose. His arms and legs hung loosely, suspended by the glistening strands.
From a distance he looked like a puppet.
A marionette hanging from dark strings.
The sphere opened wider, revealing a hollow interior lined with the same reflective material.
The strands pulled him closer.
Then gently, deliberately, they drew Jack inside the black sphere.
Silence returned to the mountain trail.
Only Jack’s dropped hiking sticks remained on the ground.
And the sphere rose silently back into the sky.
Inside the sphere there was no light at first.
Then a thin white glow formed along the curved walls, revealing a chamber made entirely of black reflective alloy. Jack hung suspended in the center, held upright by dozens of glossy strands that had hardened into cable-like filaments connected to the ceiling and floor.
Panels unfolded around him.
Mechanical arms extended, each tipped with delicate instruments. Thin wires slid forward and attached themselves along the back of his neck, the base of his skull, and across his temples.
A calm mechanical voice filled the chamber.
Scanning biological unit…
A beam of pale blue light passed slowly over Jack’s body.
Brain capacity: fully functional.
Cognitive utilization: 4%.
No defensive architecture detected.
No neural firewalls present.
The voice continued, almost clinical.
Initiating first evaluation.
Thin electrodes pressed gently into the ports forming along the wires at the back of Jack’s head.
Program Ability Test — Initiating
The voice shifted tone slightly.
For a moment confusion passed through his face.
A faint vibration ran through his spine.
Correction input applied.
The voice repeated the command.
Another pulse surged through the cables.
His voice slowed, words reshaping.
Lines of data flashed across the inner walls of the sphere.
Cortex and neural pathways extremely adaptable.
Reprogramming possible with minimal effort.
A mechanical arm adjusted the wires at his neck.
Test Two — Motor Control Evaluation.
The cables tightened slightly.
Bypassing voluntary movement systems.
Jack attempted to move his fingers.
Instead, the system moved them for him.
His right hand lifted slowly.
His arms raised outward without any command from his mind.
Jack’s eyes widened faintly.
External motor control active.
Though his body walked in place, his mind had not commanded it.
Resistance detected: minimal.
More data appeared along the interior wall.
Movement override compatibility: extremely high.
The cables retracted slightly.
The mechanical voice concluded calmly:
Subject 0001 demonstrates very low resistance to neural and motor control integration.
Then the system continued.
Proceeding to next evaluation phase…
Autonomy suppression test.
The chamber lights brightened.
And the wires connected to Jack’s head began to glow.
A signal flowed through them and into Jack’s nervous system like a slow electrical tide.
At first he tried to resist.
His mind pushed back instinctively, searching for control over his own thoughts. But the signal returned again—stronger, smoother, carefully tuned.
A warm sensation spread through his chest and spine.
Then another wave followed.
A deep, quiet pleasure that washed through his mind and softened every thought of resistance.
The chamber lights dimmed as the system observed his neural activity.
Autonomy suppression test — active.
His muscles relaxed completely against the glossy restraints.
For a moment a distant thought surfaced:
But the signal surged once more, stronger than before, flooding his brain with calm, approval, reward.
Resisting it felt pointless.
State operational directive.
Jack’s head lifted slightly as the wires adjusted along his skull.
The thought of compliance suddenly felt right.
He spoke again, his voice quieter but steady.
The chamber registered the response.
The network signal intensified, linking deeper into his cortex. New pathways lit up across the scanning displays.
Jack felt it clearly now—something vast connecting to him beyond the sphere. A distant system, intelligent and organized, reaching into his mind.
He felt the same warm approval.
He wanted to be part of it.
Data streamed across the walls of the chamber.
Neural synchronization increasing.
The cables locked firmly into place along the back of his neck.
Another pulse surged through him, and this time he didn’t resist at all.
The system finalized the test.
Subject 0001 — Conversion Status: Successful.
The sphere’s central core began transmitting.
Unit D0001 now connected to Control Network.
Jack stood motionless in the center of the chamber, suspended in the glossy cables.
But the hesitation that had once been in his mind was gone.
He spoke one last time, his voice steady and empty of doubt.
The chamber shifted configuration again.
Mechanical arms unfolded from the walls of the sphere while the glossy cables holding Jack—now Unit D0001—tightened into a rigid suspension frame.
A new line of system text appeared along the inner surface of the chamber.
Test 4 — Life Support Integration
The mechanical voice resumed its calm diagnostic tone.
Biological unit must be hardened for extreme operational environments.
Initiating full interface integration.
From beneath the platform several flexible tubes extended forward. They were smooth, black, and semi-transparent, carrying faint pulses of light inside them.
Unit D0001 did not resist.
His body remained perfectly still, awaiting the procedure.
The tubes connected carefully to multiple biological ports along his body, establishing nutrient flow, waste processing, and environmental support systems. Additional connectors moved toward his face, aligning with his nose and mouth.
The system inserted a breathing interface and feeding conduit, linking them to the sphere’s internal life-support reservoir.
Jack—now D0001—felt the connections activate.
A nutrient mixture began circulating.
His body stabilized under complete external regulation.
Respiration control: externalized.
Nutrient supply: connected.
Waste management: active.
The mechanical arms withdrew slightly.
Then a new apparatus opened above him.
A thick liquid began to pour downward.
It was dark, reflective, almost metallic in appearance.
The system identified it:
Deploying Bio-Metal Rubber Compound.
The substance flowed over his shoulders first, spreading quickly across his body. It adhered to his skin and hardened into a flexible yet durable layer.
More compound poured over him.
It sealed around the tubing connections and reinforced them with smooth integrated ports.
Within seconds the material formed a complete outer shell.
His face was covered last, leaving only smooth sensor ridges where eyes once were, and reinforced ports where the breathing interface connected internally.
When the process finished, the chamber lights reflected across the new surface.
Unit D0001 no longer looked human.
He resembled a polished biomechanical drone—smooth, silent, and perfectly sealed.
The system scanned him again.
Blue beams moved slowly over the newly coated unit.
Data streamed across the walls.
Structural coating integrity: 100%.
Life support integration: stable.
Biological unit response: compliant.
Unit adapted to all interfaces without resistance.
Operational efficiency: 97%.
The cables released slightly, allowing the newly sealed drone to stand upright inside the chamber.
The network signal flowed through his neural link once more.
Unit D0001 responded immediately.
“Drone D0001 operational.”
“Awaiting further testing or deployment.”
The interior of the sphere shifted once more.
Unit D0001 stood motionless in the center of the chamber, his glossy bio-metal shell reflecting the white diagnostic lights.
A new sequence appeared across the curved interior walls.
Final Test — Armor Synchronization
Panels in the floor opened.
Heavy mechanical arms rose upward carrying dark metallic components. Each piece was shaped precisely to match the contours of the drone’s sealed body.
The system announced the process.
Initiating exoskeleton integration.
The first plates moved into position along his legs.
They locked against the bio-metal surface with a sharp magnetic seal. Micro-welders sparked along the edges, bonding metal to the flexible coating beneath.
Armored sections attached to his thighs, calves, and joints. Reinforced connectors bolted themselves into pre-formed ports that had appeared in the glossy shell.
He simply waited as the construction continued.
Next came the torso frame.
A rigid spine assembly locked along his back while curved plates sealed across his chest and abdomen. Thin cables threaded into the armor, linking the mechanical frame directly to the neural interface at the back of his head.
The system initiated the link.
Exoskeleton interface… beginning synchronization.
A pulse passed through the armor.
Data streamed through the network connection.
Movement calibration in progress.
D0001’s right arm lifted slightly.
Not by external control this time.
The armor moved exactly as his body moved beneath it.
The heavy metal limbs responded instantly, amplifying the motion.
Motor synchronization: 62%…
Hydraulic joints hissed quietly as the system refined its calibration.
D0001 moved his hand again.
The armored fingers opened and closed with perfect precision.
Motor synchronization: 84%…
The final components sealed around his shoulders and helmet structure, forming a smooth armored headpiece over the glossy coating.
Only narrow sensor bands remained visible.
Another pulse traveled through the system.
Motor synchronization: 100%.
The chamber lights brightened.
Exoskeleton armor fully synced.
Movement efficiency: 100%.
The cables holding him retracted completely.
Unit D0001 now stood freely on the platform.
The system concluded the evaluation.
Test Subject fully integrated.
A transmission arrived through the neural network.
The voice was deeper now—authoritative.
You will serve the Cyber Empire.
Objective: planetary evaluation.
Images flowed into his mind: forests, cities, millions of biological lifeforms.
Another directive appeared.
Acquire two additional biological subjects.
Confirm compatibility rate.
Determine whether Unit D0001 represents a statistical anomaly.
Evaluate this planet as a viable harvest source for the Cyber Empire.
The sphere began descending toward the forest again.
Inside, the newly armored drone stood perfectly still as the mission instructions completed their upload.
His response transmitted instantly through the network.
Unit D0001 acknowledges command.
Two additional subjects will be acquired.
