Approved Tech XR-4T

[Extinct]

[XR-4T]
Image created by Google Gemini via Myself​

SPECIAL FEATURES

• Enhanced Cognitivity
  
  • The implant fused along Dankaia Virkenn's cerebral cortex amplifies her cognition into something razor-edged and unnervingly fast, taking fragmented data and transforming it into coherent strategies in an instant. It sharpens memory, accelerates inference, and transforms intuition into something almost algorithmic, giving her the unsettling ability to nearly anticipate outcomes before others have even framed the problem.
• Enhanced Reflexes
  
  • The cyber-implant woven into Dankaia Virkenn's motor pathways accelerates her reflexes to a near-predatory sharpness. Neural signals are cleaned, amplified, and transmitted with extreme efficiency, letting her react before most threats fully register. Movements that once depended on instinct, and occasionally the Force, now fire with microsecond precision' turning hesitation into momentum and speed.
• Resuscitate Protocol
  
  • The implant constantly monitors Dankaia Virkenn's neural rhythms, mapping the ebb and flow of her brain waves with forensic precision. When those patterns collapse into the slow, fading oscillations of near unconsciousness, the system shifts into emergency mode: its capacitors flooding the cortex with a controlled surge of electrical pulses. The jolt snaps fading pathways back online, rebooting her drifting consciousness like a system forced back from the brink, dragging her mind up through the static and into full awareness.

STRENGTHS

• Durability
  
  • The embedded chip was created using two different alloys. The wiring and majority of the inner components were manufactured using duranium, an alloy with high tensile strength, and extremely durable and light. The outer casing of the chip was fabricated using impervium, a high-end alloy that was nearly impenetrable.

WEAKNESSES

• Nullification & Suppression
  
  • The neural chip embedded in Dankaia Virkenn's cortex can falter under the influence of nullification fields and suppression tech, its signal pathways drowning in artificial static. Worse still, certain Force abilities can overwhelm its quantum-stabilized circuits, leaving the implant sluggish, unresponsive, or momentarily blind, as though an invisible hand had reached in and unplugged her mind from itself.
• Sharp Bursts
  
  • The neural chip can occasionally misfire, sending sharp, electric pulses lancing through her brain like overloaded circuitry fighting to stay online. The pain hits without warning: brief, violent surges that feel as if the implant is recalibrating itself by burning its way through her synapses.

DESCRIPTION

The cybernetic chip that would one day live inside Dankaia Virkenn's brain began its life in a sterile, zero-dust fabrication lab deep within Menendahl Cybertronics' research division. Engineers in sealed suits worked over quantum-lattice wafers, layering neuromorphic circuits fine enough to map not just neural signals, but emotional vectors, instinct loops, and combat reflex advances. The result was a cortical enhancement module no larger than a fingernail, an autonomous processor built to predict, interpret, and reinforce cognitive tasks at speeds her natural biology could never match. Every node, every transceiver, every micro coil was designed to slide seamlessly into her mental architecture, behaving less like a foreign object and more like an extension of her own thoughts.

Its installation, however, was anything but seamless. The surgical suite resembled a cross between an operating theater and a high-security server room, with sterile metal, cold blue lights, and racks of diagnostic rigs humming with algorithmic oversights. Dankaia lay anesthetized as a cranial frame locked around her skull, holding her in perfect stillness while a micro-laser incision peeled back a disc of bone with mechanical precision. Surgeons guided the implant into the exposed cortex using robotic arms steady enough to thread a filament between neurons. The chip settled into place like a key finding its lock, bonding to her neural tissues with a wash of bio-reactive gel that fused silicon and synapse.

When she awoke, the world was sharper—edges cleaner, sound crisper, information moving through her mind with the velocity of a tactical computer. But beneath the clarity was an undeniable pressure, a faint hum of foreign machinery syncing with her thoughts. The post-op technicians whispered about calibration cycles, adaptation windows, and signal drift, but she understood immediately that the implant was more than a tool. It was an intrusion wrapped in brilliance, a permanent passenger nested in the seat of her consciousness, waiting to reshape the way she thought, one microsecond at a time.

• Material:
  • Impervium Casing
  • Duranium Wiring and Tech components

 

[Darth Prazutis]

Under Review.

 

[Darth Prazutis]

Extinct

Looks good. Approved.