Solar Sail Shape Reconstruction
The intended use of this model is to predict the shape of a solar sail in flight.
TxP: Artificial Intelligence for Curation (AI-Cure)
The AI-CURE project will integrate advanced AI and machine learning models to automate and standardize data curation across NASA’s SMD databases.
Intelligent Chatbot for Science using Microsoft Copilot
It uses Microsoft's Large Language model with scientifically curated information from NASA's VEDA (Visualization, Exploration, and Data Analysis) platform to assist users in searc…
Foundation Model for Lunar Science
The purpose of Lunar FM is to overcome the limitations of traditional, task-specific Machine Learning (ML) models in analyzing the vast, diverse, and long-term datasets collected…
Adaptive State-Space Control via Neuromorphic Computing
Neuromorphic hardware for autonomous control logic adaptation in robotics/aerospace
AI-Enhanced Mission Operations Reporting & Decision Support System
NASA's Mission Control currently relies on a manual CHIT (Mission Action Request) system for real-time operational decisions, a process that places a high cognitive load on flight…
Athena (EM32 Document Intelligence)
Converts 490K+ EM32 repository files into a searchable knowledge fabric. Supports 691+ file extensions, builds cross-document graphs, enables text-to-image queries, OCR, and compl…
Autonomous Navigation Decision Making for Lunar/Martian Rovers
Enable a rover (or rover swarm) to autonomously collect lunar regolith, haul it to a worksite, and execute construction tasks (e.g., berms, landing pad layers, trenching, or feeds…
Autonomous Object Manipulation Decision Making for Lunar/Martian Rovers
Allow a robotic arm(s) on the lunar surface (or inside a habitat/lander bay) to autonomously identify, retrieve, and swap between different tools and payloads, then execute a sequ…
BoundState (Compliance & Risk Engine)
Validates engineering parts, materials, and BOMs against NASA, ASTM, and program standards. Flags PFAS/non-compliant risks, generates property-based alternative recommendations wi…
Data analysis and pattern recognition
We are often found using optical evaluation on specimens that do not necessarily have a textbook approach to evaluation. By feeding into the knowledge base and creating an agent C…
Dirty Vacuum rated 6-Axis Robotic Arm Toolpathing
MSFC has acquired a custom dirty vacuum rated 6-axis robotic arm from Motiv space systems. This robotic arm while purpose built for manufacturing does require custom toolpathing c…
Gap-filled and downscaled vegetation composited index derived from satellite optical observations
This project is in partnership with ARC and GeoNEX under the Ecological Conservation NASA Earth Action program. It seeks to leverage Harmonized Landsat Sentinel-2 (HLS) data to pr…
Lunar Foundation Model for Planetary Sciences
Foundation Model trained on LRO WAC, NAC, and RTM imagery to assist lunar scientists with AI applications regarding the surface processes of the moon
Lunar Rover Localization
AI to merge and analyze lunar reconnaissance data with terrain relative navigation techniques utilizing on board sensors to generate high resolution localized maps. Inputs are rov…
Machine learning for prediction and factor analysis of laser forming parameters
Various machine learning techniques (neural network, support vector machine, etc.) employed to predict bending angle of sheet metal subjected to laser forming processes and to elu…
MIRA (MAPTIS NLP Interface)
NLP interface for querying legacy test reports in MAPTIS
Object classification, change detection, and anomaly detection in LiDAR and other point cloud datasets.
Leveraging AI for point cloud analysis may advance accuracy and efficiency of: •Point cloud classification, enhancing capabilities for LiDAR based autonomy and navigation. •Chang…
RDUST Regolith Dust Universal System Tracker
AI for real-time dust environment simulation and analysis
Research to Operations Platform
Platform that leverages foundation models created by NASA IMPACT AI for Science to allow users to inference on the fine-tuned models and visualize the results