Jael Todorov: Difference between revisions
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==== Bionics ==== | ==== Bionics ==== | ||
=====Left eye===== | =====Left eye===== | ||
Six years ago, Jael | Six years ago, Jael underwent a procedure to replace her left eye with the Argus Tactical Model VI, a lab-grown ocular implant that offers a suite of advanced visual enhancements. This cybernetic eye grants her multi-spectral vision, including infrared and ultraviolet imaging for detecting heat signatures -- useful for night vision and tracking targets in darkness -- as well as revealing ultraviolet patterns such as forensic evidence or hidden security markings. The device’s ability to detect polarized light allows Jael to identify material stresses, like cracks in structures, and to spot camouflaged objects by analyzing light polarization. AI-powered scene analysis further augments her capabilities, providing real-time threat detection through deep learning algorithms that flag weapons, hostile movements, or environmental hazards such as unstable terrain. Enhanced biometric scanning enables her to recognize individuals in crowds by analyzing gait, thermal signatures, or retinal patterns. The eye’s adjustable zoom, ranging from 3x to 30x, supports both long-range surveillance and microscopic inspection, while low-light optimization ensures functionality in near-total darkness (down to 0.001 lux) with minimal visual noise. High-speed tracking processes motion at up to 1,000 frames per second-far surpassing the human eye’s 60 fps-making it critical for intercepting fast-moving threats. Additional features include LIDAR mapping for generating 3D depth maps to aid in precise navigation, and electromagnetic spectrum detection for identifying active electronics, wireless signals, or power sources. | ||
The Argus Model VI’s lab-grown retinal tissue not only repairs minor damage, reducing the risk of rejection and maintaining optical clarity, but also incorporates bioengineered photoreceptors that interface seamlessly with the cybernetic sensors, minimizing latency to approximately one millisecond. | |||
=====Left Arm===== | =====Left Arm===== | ||
Twenty years ago, | Twenty years ago, Jael’s left arm was amputated at the shoulder and replaced with an Airgetlám Mark II prosthetic, which she upgraded to the Airgetlám Mark X four years ago. This advanced bionic arm grants her superhuman load capacity, with carbon-fiber tendons and powerful actuators enabling her to lift up to 50 kilograms with a single grip, and piezoelectric systems providing bursts of force for tasks like crushing or breaking barriers. The arm’s frame is constructed from smart polymers that autonomously repair minor cracks or wear, ensuring durability in high-stress situations. Its 10-degree-of-freedom system allows for natural wrist rotation, thumb opposition, and precise finger articulation, while AI-driven predictive movement anticipates her actions, adjusting grip and joint angles in real time. Osseointegrated titanium implants fuse the arm to her skeleton, and implanted electrodes in her residual nerves enable response times faster than biological reflexes. The artificial skin features micron-scale pressure sensors, giving Jael tactile feedback for textures, temperatures, and delicate forces, and direct neural feedback simulates proprioception for subconscious spatial awareness. Machine learning algorithms refine grip stability and targeting accuracy, achieving micron-level precision in repetitive tasks. | ||
The Mark X arm also integrates seamlessly with her other augmentations. By engaging with her Spryt, it can cross-reference environmental data to optimize grip and motion, and project real-time force metrics and hazard alerts via her retinal HUD. During adrenaline surges from her Strong Jack Relay, the implant temporarily overrides safety limits, unlocking peak performance in emergencies. The arm and her Argus Tactical Model VI bionic eye work in tandem: the eye’s multi-spectral imaging informs the arm’s tactile sensors for adaptive grip, AI threat detection enables preemptive defensive positioning, and telescopic zoom feeds spatial data for micron-level adjustments. Both systems interface through her Spryt as a central processor, allowing visual input to guide the arm’s movements with sub-millisecond latency, and enabling cross-modal learning that continually improves performance by correlating visual patterns with optimal arm behaviors. | |||
==== Genetic engineering ==== | ==== Genetic engineering ==== | ||
(CRISPR-based modifications) | (CRISPR-based modifications) | ||
Revision as of 11:23, 12 May 2025
Jael Todorov
| Full name | Jael Rawiya Todorov / 'dʒeɪəl 'tɒdərɔːv 'tɒdərɔːv / |
| Other names |
Nicknames: None
|
| Born |
15 October 2064, in Chongqing (Asia)
|
| Gender identity | Woman, Pansexual |
| Occupation | Bounty hunter Assassin |
| Locality | Budapest (Europe) |
| Height | 5 ft 9 in |
| Weight | 120 lb |
| Hair | Dirty blonde |
| Eyes | Brown |
| Complexion | Olive |
| Spryt's name | Spryt |
| Spryt's status | Normal |
| Other enhancements | Cybernetic left arm
Cybernetic left eye Cybernetic right ear Adrenal gland manipulator |
Jael, a lifelong outcast, learns to use the full power if her exclusion from mainstream society as a way to liberate others.
- Character's goal: Jael wants to prevent the megacorporation from gaining control of the virus and using it as a means to further oppress society.
- Character's motivation: Jael wants to escape the social hierarchy she is trapped within.
- Character's conflict: Jael is often in conflict with Darius over their respective reasons for challenging the megacorporations.
- Character's epiphany: Jael, once she has full control of her Spryt, realizes she has more power than society has told her.
A one-paragraph summary of the character’s storyline
Biography
Early life
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Professional life
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Relationships
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Characteristics
Physical Appearance
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Personality
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Health
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Augmentations
Cynernetics
Because she grew up in one of the earliest Unseen settlements, Jael recieved her Spryt later than the average citizen. After leaving the settlement and making her own way to Chongquing, Jael had her Spryt installed when she was 15. Jael's Spryt is called Spryt because no one told her she could give it a unique name. They have a detached and professional relationship. Unlike most people who consider their Spryts as a companion if not a friend, Jael sees her Spryt simply as another tool. Despite this, she is quite adept at using her Spryt, far exceeding the effectiveness of most Human-Spryt relationships.
Bionics
Left eye
Six years ago, Jael underwent a procedure to replace her left eye with the Argus Tactical Model VI, a lab-grown ocular implant that offers a suite of advanced visual enhancements. This cybernetic eye grants her multi-spectral vision, including infrared and ultraviolet imaging for detecting heat signatures -- useful for night vision and tracking targets in darkness -- as well as revealing ultraviolet patterns such as forensic evidence or hidden security markings. The device’s ability to detect polarized light allows Jael to identify material stresses, like cracks in structures, and to spot camouflaged objects by analyzing light polarization. AI-powered scene analysis further augments her capabilities, providing real-time threat detection through deep learning algorithms that flag weapons, hostile movements, or environmental hazards such as unstable terrain. Enhanced biometric scanning enables her to recognize individuals in crowds by analyzing gait, thermal signatures, or retinal patterns. The eye’s adjustable zoom, ranging from 3x to 30x, supports both long-range surveillance and microscopic inspection, while low-light optimization ensures functionality in near-total darkness (down to 0.001 lux) with minimal visual noise. High-speed tracking processes motion at up to 1,000 frames per second-far surpassing the human eye’s 60 fps-making it critical for intercepting fast-moving threats. Additional features include LIDAR mapping for generating 3D depth maps to aid in precise navigation, and electromagnetic spectrum detection for identifying active electronics, wireless signals, or power sources.
The Argus Model VI’s lab-grown retinal tissue not only repairs minor damage, reducing the risk of rejection and maintaining optical clarity, but also incorporates bioengineered photoreceptors that interface seamlessly with the cybernetic sensors, minimizing latency to approximately one millisecond.
Left Arm
Twenty years ago, Jael’s left arm was amputated at the shoulder and replaced with an Airgetlám Mark II prosthetic, which she upgraded to the Airgetlám Mark X four years ago. This advanced bionic arm grants her superhuman load capacity, with carbon-fiber tendons and powerful actuators enabling her to lift up to 50 kilograms with a single grip, and piezoelectric systems providing bursts of force for tasks like crushing or breaking barriers. The arm’s frame is constructed from smart polymers that autonomously repair minor cracks or wear, ensuring durability in high-stress situations. Its 10-degree-of-freedom system allows for natural wrist rotation, thumb opposition, and precise finger articulation, while AI-driven predictive movement anticipates her actions, adjusting grip and joint angles in real time. Osseointegrated titanium implants fuse the arm to her skeleton, and implanted electrodes in her residual nerves enable response times faster than biological reflexes. The artificial skin features micron-scale pressure sensors, giving Jael tactile feedback for textures, temperatures, and delicate forces, and direct neural feedback simulates proprioception for subconscious spatial awareness. Machine learning algorithms refine grip stability and targeting accuracy, achieving micron-level precision in repetitive tasks.
The Mark X arm also integrates seamlessly with her other augmentations. By engaging with her Spryt, it can cross-reference environmental data to optimize grip and motion, and project real-time force metrics and hazard alerts via her retinal HUD. During adrenaline surges from her Strong Jack Relay, the implant temporarily overrides safety limits, unlocking peak performance in emergencies. The arm and her Argus Tactical Model VI bionic eye work in tandem: the eye’s multi-spectral imaging informs the arm’s tactile sensors for adaptive grip, AI threat detection enables preemptive defensive positioning, and telescopic zoom feeds spatial data for micron-level adjustments. Both systems interface through her Spryt as a central processor, allowing visual input to guide the arm’s movements with sub-millisecond latency, and enabling cross-modal learning that continually improves performance by correlating visual patterns with optimal arm behaviors.
Genetic engineering
(CRISPR-based modifications)
Pharmacological enhancements
Jael's first optional augmentation was a Strong Jack Relay, a nanopartical magnetic remote system. On command from her Spryt, a magnet implanted on her fifth rib heats up nanoparticals in her adrenal gland which cause the release of adrenaline, noradrenaline, and cortisol -- either individually or in combination -- by targeting specific regions of the gland with tailored magnetic fields.
- Adrenaline triggers the fight-or-flight response, rapidly increasing heart rate, blood flow to muscles, energy release (glucose), and overall alertness, which is essential for immediate physical reactions and peak muscular action.
- Noradrenaline works with adrenaline to increase alertness, blood pressure, and readiness for action, enhancing focus and reaction time during high-stress situations.
- Cortisol mobilizes energy by increasing glucose in the bloodstream, regulates metabolism, and helps manage stress. While excessive cortisol can impair performance, controlled surges can be beneficial for energy mobilization in acute stress.
Plot Synopsis
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