Challenge entry · MemoryVerse AI '26 by Wooble MemoryVerse AI: AI-Powered Digital Identity & Academic Memory Graph
Thank you for taking the time to review MemoryVerse AI.
MemoryVerse AI is an AI-powered Digital Identity System that transforms scattered academic and professional documents into a structured, searchable, and intelligent knowledge repository. Instead of functioning as a traditional document storage platform, the system understands the relationships between uploaded documents and reconstructs a user's academic journey through AI-powered extraction, relationship mapping, timeline generation, and semantic retrieval.
What to Review
Login Credentials
The live demo web takes little bit load.
Also go through the live demo video (drive link) attached below.
To explore the application, please use the following demo credentials:
Username: abhi or sahil
Password: hunter2demo
After logging in, you can review the complete workflow of the application.
1. AI Document Ingestion
Upload documents such as certificates, resumes, internship letters, project reports, PDFs, DOCX, PPT/PPTX files, images, or portfolio links.
The ingestion workflow automatically parses the uploaded content and extracts meaningful information.
2. Intelligent Information Extraction
The AI identifies and structures information including:
Skills
Projects
Certifications
Internships
Education
Organizations
Achievements
Technologies
Roles
Important dates
This converts unstructured documents into structured knowledge.
3. Automatic Categorization
The extracted information is automatically organized into dedicated categories without requiring manual sorting, making document management significantly easier.
4. Relationship Engine
One of the key innovations of MemoryVerse AI is its relationship engine, which builds meaningful connections between extracted entities, for example:
Certification → Skill
Skill → Project
Project → Internship
Internship → Organization
These relationships collectively form an intelligent knowledge graph representing the user's academic and professional journey.
5. Digital Journey Timeline
Whenever new documents are uploaded, the system automatically regenerates a chronological timeline showing the user's academic growth, certifications, internships, projects, and achievements over time.
6. Semantic Search
Instead of searching by filenames or folders, users can ask natural language questions such as:
Show all my certificates
Show AI projects
Show internship documents
Find projects using Python
Show my achievements
What certifications do I have?
The system retrieves the most relevant structured information along with the original uploaded documents.
Technical Highlights
The project has been developed using the Lemma ecosystem and includes:
Lemma AI Agents
Lemma Workflows
Lemma Tables
Serverless Functions
AI-based document parsing
Entity extraction
Knowledge graph generation
Timeline generation
Semantic retrieval
Conversational AI
Project Objective
The objective of MemoryVerse AI is to move beyond traditional document storage and create an intelligent digital identity that understands how a student's skills, projects, certifications, internships, and achievements are connected throughout their academic journey.
Rather than simply storing files, the platform builds a continuously evolving academic memory system capable of contextual understanding and natural language interaction.
Demo Video
Please refer to the demo video for a complete walkthrough of the project, including:
User authentication
Document upload workflow
AI-powered information extraction
Automatic categorization
Relationship generation
Timeline creation
Semantic search
Knowledge retrieval
Overall application workflow
Demo Video Link: https://drive.google.com/file/d/1eQP1WeZpHFeBOUAzJipiNI4_sa_gegDu/view?usp=sharing
Source Code
GitHub Repository:
https://github.com/abhijeet-1203/MemoryVerse-AI
Thank you once again for reviewing MemoryVerse AI. I appreciate your time and feedback, and I hope the project demonstrates how AI can transform scattered academic documents into an intelligent, connected, and searchable digital identity.
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