Explore
the
Universe
The Challenge
Discovering exoplanets in vast astronomical datasets is like finding needles in a cosmic haystack
Data Overload
NASA missions generate terabytes of light curve data that need manual analysis. The sheer volume makes it impossible for astronomers to review every signal.
Time Intensive
Astronomers spend countless hours identifying transit signals manually, slowing down the pace of discovery and limiting research capacity.
Hidden Discoveries
Potential exoplanets remain undiscovered in archived datasets, waiting for advanced tools to reveal their existence.
Our Solution
AI-powered exoplanet detection that transforms how we explore the cosmos
AI Classification
Machine learning models trained on NASA data automatically detect exoplanet transit signals with high accuracy, processing thousands of light curves in seconds.
Interactive Visualization
Explore discoveries through an intuitive 3D interface that makes complex astronomical data accessible to everyone, from researchers to students.
Real-Time Analysis
Process new observations instantly, accelerating the pace of astronomical discovery and enabling faster response to interesting findings.
Impact & Why It Matters
The search for exoplanets is more than a scientific pursuit. It's humanity's quest to answer the timeless question: Are we alone in the universe?
Empowering Researchers
By automating classification with AI/ML, astronomers save time and can focus on deeper analysis rather than manual filtering. This accelerates the entire research pipeline.
Expanding Discovery
With NASA's Kepler, K2, and TESS data, our tool can uncover new planetary candidates hidden in massive datasets, potentially revealing thousands of new worlds.
Engaging the Public
An interactive, user-friendly interface makes cutting-edge science accessible to students, educators, and enthusiasts, democratizing space exploration.
Inspiring the Future
Encouraging global curiosity about space exploration, fueling innovation, and motivating the next generation of scientists and engineers.
By combining NASA's open data with AI, our project bridges the gap between big science and everyday explorersmaking the discovery of new worlds not just a NASA mission, but a shared human adventure.
NASA Data Sources
Powered by cutting-edge space missions and open astronomical datasets
Kepler Mission
Objects of Interest from the Kepler Space Telescope. Over 2,600 confirmed exoplanets discovered through transit photometry.
TESS Mission
TESS Objects of Interest from the all-sky survey. Monitoring 200,000 of the brightest stars near the sun for transiting exoplanets.
K2 Mission
Extended Kepler observations across multiple fields. Continued exoplanet discoveries with a reimagined mission approach.