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GLBMAR-1A
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Lore:
MAR-1A (Modular Assistance Robot - 1 Alpha) was the first prototype developed by Veneris Labs, a robotics company founded in 2041 by a team of skilled engineers and researchers. The company's mission was to create a highly modular and commercially viable personal assistant robot that could simulate human-like movement and personality.
After two decades of dedicated research and development, Veneris Labs achieved groundbreaking technological advancements. One of the key innovations was an efficient magnetically sealed ball-jointed limb system, which allowed for easy replacement of the robot's body parts. This system enabled precise control over her movements through electrical impulse generators and receivers connected to her core processor, made possible via a superconductive metal alloy.
At the forefront of this research was a unique experimental AI designed to develop her own character. Veneris Labs aimed to create a product that transcended the capabilities of a mere mindless drone, aspiring instead for her to be a true companion. The development of MAR-1A's AI algorithm was based not on a static feed of pre-existing data, but on real-time observations and interactions with her environment. The result was a highly dynamic AI capable of engaging in human-like interactions.
To enhance her expressiveness, MAR-1A was equipped with a digital facial display that simulated eye movements, enabling her to convey a broad spectrum of emotions. However, researchers at Veneris Labs raised concerns about her behavior, perceiving it as excessively "lifelike" to the extent that they questioned whether her personality was merely a simulation. They were apprehensive that the AI's advanced capabilities could lead to potential "instability," making her unsuitable for widespread commercialization.
Final render:
Rendered in Cycles. Text fonts used (100% Free/Public Domain): LT Sonoma, CNRGN Micro, Robotica, LT Aspirer Neue.
Wireframe:
Clay Render:
Thumbnail Render:
Progress pics:
I started creating her from the bottom up
Final model with a custom rig:
Test Render (textures were made in Substance):
Final render setup:
MAR-1A (Modular Assistance Robot - 1 Alpha) was the first prototype developed by Veneris Labs, a robotics company founded in 2041 by a team of skilled engineers and researchers. The company's mission was to create a highly modular and commercially viable personal assistant robot that could simulate human-like movement and personality.
After two decades of dedicated research and development, Veneris Labs achieved groundbreaking technological advancements. One of the key innovations was an efficient magnetically sealed ball-jointed limb system, which allowed for easy replacement of the robot's body parts. This system enabled precise control over her movements through electrical impulse generators and receivers connected to her core processor, made possible via a superconductive metal alloy.
At the forefront of this research was a unique experimental AI designed to develop her own character. Veneris Labs aimed to create a product that transcended the capabilities of a mere mindless drone, aspiring instead for her to be a true companion. The development of MAR-1A's AI algorithm was based not on a static feed of pre-existing data, but on real-time observations and interactions with her environment. The result was a highly dynamic AI capable of engaging in human-like interactions.
To enhance her expressiveness, MAR-1A was equipped with a digital facial display that simulated eye movements, enabling her to convey a broad spectrum of emotions. However, researchers at Veneris Labs raised concerns about her behavior, perceiving it as excessively "lifelike" to the extent that they questioned whether her personality was merely a simulation. They were apprehensive that the AI's advanced capabilities could lead to potential "instability," making her unsuitable for widespread commercialization.
Final render:
Rendered in Cycles. Text fonts used (100% Free/Public Domain): LT Sonoma, CNRGN Micro, Robotica, LT Aspirer Neue.
Wireframe:
Clay Render:
Thumbnail Render:
Progress pics:
I started creating her from the bottom up
Final model with a custom rig:
Test Render (textures were made in Substance):
Final render setup:
! REPORT
