Experiment Status: Public Beta Completed, Revenue Phase Active
Generative AI focuses on creating new content and ideas based on input data no differently than most other standard commercially available services. At this time, we are not directly selling access. We currently have 3 active licenses generating revenue from our platform. End users must use one of these outlets to access Project Emili for commercial use.
Experiment Status: Plan Produced, Core Level Coding In-Progress
Budget: $ 5,000 / $50,000
Experiment #2 uses a single webcam and microphone to create an advanced virtual head and bust interface, integrating visual and audio data for a lifelike AI presence that enables natural, daily interaction with intelligent systems.
Business sponsors get a permanent "Sponsored By" with a link to their website.
Experiment Status: Plan Produced, Ready for Execution
Budget: $ 0 / $75,000
Experiment #3 leverages AI and sensor technology to create an advanced autopilot for small-scale ground vehicles, integrating real-time data and navigation protocols to enable reliable autonomous operation. This system optimizes routes, enhances safety, and adapts to varied environments, meeting the demand for efficient transport and sustainable mobility solutions.
Business sponsors get an ad spot on the vehicles, similar to NASCAR vehicle ads, permanently on the experimental vehicles.
Experiment Status: Plan Produced, Ready for Execution
Budget: $ 0 / $100,000
Experiment #4 focuses on developing a lifelike robotic head using custom-engineered hardware and advanced manufacturing, setting new standards for human-robot interaction and positioning Project Emili as a leader in accessible AI robotics.
Business sponsors get their company name and logo in a "name badge" on the opposite side of the label of the bust, along with prominent "sponsored by" features at trade shows and press releases.
Experiment Status: Plan Produced, Ready for Execution
Budget: $ 0 / $150,000
Experiment #5 develops advanced autopilot systems for small-scale air vehicles, integrating AI, sensor tech, and adaptive controls to meet the demands of the growing drone market. This initiative enhances autonomy for delivery, agriculture, and surveillance, positioning Project Emili as a leader in aerial robotics innovation.
Business sponsors, much like the ground vehicles, will have their logos on the vehicles and prominent featuring at trade shows and media release events.
Experiment Status: Plan Produced, Ready for Execution
Budget: $ 0 / $150,000
Experiment #6 develops advanced autopilot systems for sea surface and submarine vehicles, utilizing AI, real-time data, and adaptive navigation to meet the demand for autonomous marine solutions in environmental monitoring, exploration, and security, positioning Project Emili as a leader in marine robotics.
Business sponsors will have their logos featured on vehicles and receive prominent exposure at trade shows and media events.
Experiment Status: Plan Produced, Ready for Execution
Budget: $ 0 / $1,000,000
Experiment #7 focuses on developing full-scale autonomous driving for ground vehicles, enhancing perception, decision-making, and adaptability in complex environments. Using advanced AI and machine learning, this initiative meets the demand for autonomous mobility and positions Project Emili as a leader in full-size vehicle automation.
Business sponsors, much like with smaller ground vehicles, will have their logos on the vehicles and prominent featuring at trade shows and media release events.
Experiment Status: Plan Produced, Ready for Execution
Budget: $ 0 / $2,500,000
Experiment #8 develops a lifelike bipedal robotic system with advanced biomechanics and intelligent controls, designed for applications in healthcare, service, and personal assistance. Using real-time feedback and adaptive algorithms, this robot navigates complex environments, positioning Project Emili as a leader in next-generation humanoid robotics.
Experiment Status: Plan Produced, Ready for Execution
Budget: $ 0 / $5,000,000
Experiment #9 integrates advanced head and body systems to create a lifelike humanoid robot with synchronized movements and responsive interactions. Tailored for sectors like healthcare and customer service, this system provides intuitive user experiences, positioning Project Emili as a leader in humanoid robotics innovation.
Experiment Status: Plan Produced, Ready for Execution
Budget: $ 0 / $10,000,000
Experiment #10 develops swarm logic for autonomous fleet coordination, using real-time data, adaptive algorithms, and resilient communication to enable seamless interaction among agents. This scalable solution drives efficiency across industries, positioning Project Emili at the forefront of swarm-based technology.