AI-Driven Learning Assistant (LLM Open Module)

Product Kenesis enhances the educational experience by integrating AI-driven learning assistants powered by Large Language Models (LLMs) into its decentralized platform. These custom assistants provide personalized, real-time support to learners, aligning with our vision of creating an innovative, accessible, and learner-centric knowledge ecosystem.

The AI-driven learning assistant, referred to as the LLM Open Module, includes the following features:

Prompt-Based Bots

Creators can design course-specific AI assistants by providing tailored prompts to train the LLM. These prompts are crafted to align with the course content, ensuring the assistant delivers relevant and accurate responses. This allows creators to customize the learning experience, embedding their expertise and teaching style into the AI bot.

The following example shows how a creator can use the AI SDK to train a course-specific AI bot:

from kenesis_ai_sdk import KenesisAIClient
# Initialize Kenesis AI Client
client = KenesisAIClient(api_key="your-api-key", endpoint="https://api.kenesis.io/v1/ai")

# Train AI bot with course-specific prompt
course_id = "course_12345"
prompt = {
    "context": "Blockchain Basics",
    "question": "What is a blockchain?",
    "response": "A decentralized, immutable ledger for recording transactions."
}
response = client.train_course_bot(course_id, prompt)
print(f"Bot trained: {response['botId']}")

Functionality

The AI-driven learning assistant enhances the learning process by answering learner queries, providing clarifications on complex topics, and offering contextual guidance. Whether explaining concepts, solving problems, or suggesting additional resources, the bot acts as an interactive tutor, improving comprehension and engagement for learners worldwide.

Integration

The LLM Open Module is seamlessly embedded within the course interface, accessible to learners as they progress through the material. This real-time support ensures that assistance is readily available within the decentralized platform, creating a cohesive and interactive learning environment without reliance on external tools.

By incorporating AI-driven learning assistants, platform empowers creators to deliver dynamic and personalized educational experiences while maintaining the security and transparency of its blockchain-based ecosystem. This feature underscores our commitment to revolutionizing education through cutting-edge technology, fostering a global marketplace where learners can access high-quality, interactive, and decentralized knowledge.