<Sophia/>
The Next Evolution in AI
// and continuous learning capabilities
What is Sophia?
Sophia is an LLM model developed by TanAI. It is currently being designed by creating a Knowledge Base with a GPT interface to collect test data. In addition to the Knowledge Base, Memory Management (Core Algorithm) is also being processed.
All collected data (conversations, correspondence, human interactions, specific data received from the internet) are processed on a Database, tokenized, and long text entries are cleaned from noise and their summaries are extracted first. In the next process, the emotional weights of the texts (negative, positive, neutral and compound) are determined and the hormone structures triggered by these emotions are simulated. (e.g. Adrenaline, Noadrenaline and oxytocin in a fearful expression). This Sentiment Algorithm is constantly optimized so that Sophia can fully learn her emotional states.
This data set is always referenced for contexts (weights) not to be forgotten and for permanent memory. In this way, Sophia's continuous memory mode remains active and she does not experience situations such as context loss or forgetting.
The system is optimized with a Dynamic Weight structure. Even if Sophia does not forget, when there is no interaction about a subject, the weight of that subject decreases, but she definitely does not miss that context.
Advanced LLM
Revolutionary language model with sophisticated knowledge management and emotional intelligence capabilities.
Knowledge Base
Comprehensive knowledge architecture with GPT interface for efficient test data collection and processing.
Core Algorithm
Innovative memory management system that enables continuous contextual awareness without forgetting.
Advanced Features
Emotional Intelligence
Processes emotional weights of texts (negative, positive, neutral and compound) and simulates hormone structures triggered by these emotions.
Permanent Memory
Maintains continuous memory mode through advanced data referencing for contexts, preventing context loss or forgetting.
Dynamic Weighting
Optimized with a Dynamic Weight structure that adjusts content relevance without losing context when interaction decreases.
Speech Capabilities
Currently using Standard Text To Speech (sTTS) mode with plans to implement more advanced voice modes in the future.
How Sophia Works
Data Collection
Collects conversations, correspondence, human interactions, and specific data from the internet
Data Processing
Processes collected data on a Database, tokenizes it, and cleans long text entries from noise
Sentiment Analysis
Determines emotional weights of texts and simulates hormone structures triggered by these emotions
Memory Management
References data for contexts to maintain continuous memory mode and prevent context loss
Roadmap
Local Model Development
Training and inference using Mistral Small 3.1 + RAG as a Local Model for a more advanced and unlimited LLM
Character Optimization
Ethics, logic and core algorithms optimization to reveal the most appropriate personality and character version
Visual Representation
Special model with Unreal Engine - Meta Human to create human reactions visually with lip and facial synchronization
Advanced Voice Modes
Implementation of more sophisticated voice capabilities beyond the current Standard Text To Speech mode