Jael Todorov: Difference between revisions
From The Tower of Babel
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Six years ago, Jael had her left ete replaced with an Argus Tactical Model VI, a lab grown eye that provides her with multiple types of enhanced vision. | Six years ago, Jael had her left ete replaced with an Argus Tactical Model VI, a lab grown eye that provides her with multiple types of enhanced vision. | ||
Multi-Spectral Vision | ===== Multi-Spectral Vision ===== | ||
Infrared/Ultraviolet Imaging detects heat signatures (for night vision, tracking targets in darkness) and ultraviolet patterns (e.g., forensic evidence, hidden security markings). | * Infrared/Ultraviolet Imaging detects heat signatures (for night vision, tracking targets in darkness) and ultraviolet patterns (e.g., forensic evidence, hidden security markings). | ||
Polarized Light Detection identifies material stress (cracks in structures) or camouflaged objects by analyzing light polarization. | * Polarized Light Detection identifies material stress (cracks in structures) or camouflaged objects by analyzing light polarization. | ||
AI-Powered Scene Analysis | ===== AI-Powered Scene Analysis ===== | ||
Real-Time Threat Detection uses deep learning to flag weapons, hostile movements, or environmental hazards (e.g., unstable terrain). | * Real-Time Threat Detection uses deep learning to flag weapons, hostile movements, or environmental hazards (e.g., unstable terrain). | ||
* Biometric Scanning recognizes individuals via gait analysis, thermal signatures, or retinal patterns, even in crowds. | |||
===== Enhanced Ranges and Sensors ===== | |||
* Adjustable Zoom (3x–30x) enables long-range surveillance or microscopic inspection. | |||
* Low-Light Optimization functions in 0.001 lux (starlight-level darkness) with minimal noise. | |||
* High-Speed Tracking processes motion at 1,000 fps (vs. human 60 fps), critical for intercepting fast-moving threats. | |||
* LIDAR Mapping generates 3D depth maps for precision navigation in complex environments. | |||
* EM Spectrum Detection identifies active electronics, wireless signals, or power sources via electromagnetic emissions. | |||
===== Lab-Grown Biology ===== | |||
* Lab-grown retinal tissue repairs minor damage, reducing rejection risks and maintaining optical clarity. | |||
* Bioengineered photoreceptors interface seamlessly with cybernetic sensors, minimizing latency (≈1 ms delay). | |||
Lab-grown retinal tissue repairs minor damage, reducing rejection risks and maintaining optical clarity. | |||
Bioengineered photoreceptors interface seamlessly with cybernetic sensors, minimizing latency (≈1 ms delay). | |||
==== Genetic engineering ==== | ==== Genetic engineering ==== | ||
Revision as of 20:58, 10 May 2025
Jael Todorov
Dichen Lachman as 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) |
Characteristics
| Height | 5 ft 9 in |
| Weight | 120 lb |
| Hair | Dirty blonde |
| Eyes | Brown |
| Complexion | Olive |
Cybernetic Enhancements
| 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
asdf
Characteristics
Physical Appearance
asdf
Personality
asdf
Health
asdf
Augmentations
Cynernetics
(Spryt, computer implants, neural interfaces)
Bionics
Six years ago, Jael had her left ete replaced with an Argus Tactical Model VI, a lab grown eye that provides her with multiple types of enhanced vision.
Multi-Spectral Vision
- Infrared/Ultraviolet Imaging detects heat signatures (for night vision, tracking targets in darkness) and ultraviolet patterns (e.g., forensic evidence, hidden security markings).
- Polarized Light Detection identifies material stress (cracks in structures) or camouflaged objects by analyzing light polarization.
AI-Powered Scene Analysis
- Real-Time Threat Detection uses deep learning to flag weapons, hostile movements, or environmental hazards (e.g., unstable terrain).
- Biometric Scanning recognizes individuals via gait analysis, thermal signatures, or retinal patterns, even in crowds.
Enhanced Ranges and Sensors
- Adjustable Zoom (3x–30x) enables long-range surveillance or microscopic inspection.
- Low-Light Optimization functions in 0.001 lux (starlight-level darkness) with minimal noise.
- High-Speed Tracking processes motion at 1,000 fps (vs. human 60 fps), critical for intercepting fast-moving threats.
- LIDAR Mapping generates 3D depth maps for precision navigation in complex environments.
- EM Spectrum Detection identifies active electronics, wireless signals, or power sources via electromagnetic emissions.
Lab-Grown Biology
- Lab-grown retinal tissue repairs minor damage, reducing rejection risks and maintaining optical clarity.
- Bioengineered photoreceptors interface seamlessly with cybernetic sensors, minimizing latency (≈1 ms delay).
Genetic engineering
(CRISPR-based modifications)
Pharmacological enhancements
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Plot Synopsis
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