Problems & Solutions

Current 3D engines lack real-time performance to create a truly interactive pornographic experience. A user's voice input cannot be translated in real-time into the motion of his favourite clone.

Clonely engineers developed a neural engine that can translate the output of an AI backend into movement commands and self-learn all characters' movements. This neural engine is connected to the AI's backend and to plugins on the client side, which then take the commands and put the character into real-time motion.

Clonely’s technical objectives

• enhance existing graphical engines with AI power

• provide groundbreaking real-time graphical performance

• create a next-generation graphical integration with seamless AI integration

• Scalability: Ensure the platform can handle many concurrent users without performance degradation.

• High Availability: Achieve minimal downtime through robust infrastructure and redundancy.

• Data Security: Implement strong encryption and data protection measures to safeguard user information and privacy.

• User Personalization: Develop algorithms to tailor interactions based on user preferences and behaviours.

• AI and Machine Learning Integration: Use advanced AI and ML to create realistic and engaging virtual interactions.

• Support various devices, including smartphones, tablets, and desktops.

• Location and Language Support: Provide multi-language support and cultural adaptations to cater to a global audience.

• Content Moderation: Develop robust systems to monitor and moderate content to ensure a safe and respectful environment.