Protoinnovations Llc
- View government funding actions
- Pittsburgh, PA 152171132
- Phone: 412-916-8807
- Estimated Number of Employees: 2
- Estimated Annual Receipts: $500,000
- Business Start Date: 2005
- Contact Person: Dimitrios Apostolopoulos
- Contact Phone: 412-916-8807
- Contact Email: da1v@protoinnovations.com
- Business Structure:
- Corporate Entity (Not Tax Exempt)
- Business Type:
- For Profit Organization
- Limited Liability f
- Industries Served: Space Research and Technology
- Product Areas: CLEAN WORK STATIONS, CONTROLLED ENVIRONMENT, AND RELATED EQUIPMENT, CLEAN WORK STATIONS ENVIRONMENT EQ, MISC SPECIAL INDUSTRY MACHINE, MISCELLANEOUS SPECIAL INDUSTRY MACHINERY, ELECTRON TUBES & ASSOC HARDWARE, ELECTRON TUBES AND ASSOCIATED HARDWARE, R&D- DEFENSE SYSTEM: MISSILE/SPACE SYSTEMS (APPLIED RESEARCH/EXPLORATORY DEVELOPMENT), R&D-MISSILE & SPACE SYS-A RES/EXPL, R&D- DEFENSE SYSTEM: MISSILE/SPACE SYSTEMS (ADVANCED DEVELOPMENT), R&D-MISSILE & SPACE SYS-ADV DEV, R&D- ECONOMIC GROWTH: MANUFACTURING TECHNOLOGY (BASIC RESEARCH), MANUFACTURING TECHNOLOGY (BASIC), R&D- ENERGY: OTHER (ADVANCED DEVELOPMENT), OTHER ENERGY (ADVANCED), PHYSICAL SCIENCES (ADVANCED), R&D- GENERAL SCIENCE/TECHNOLOGY: PHYSICAL SCIENCES (ADVANCED DEVELOPMENT), ENGINEERING (ADVANCED), R&D- GENERAL SCIENCE/TECHNOLOGY: ENGINEERING (ADVANCED DEVELOPMENT), R&D-OTHER SCIENCES-A RES/EXPL DEV, R&D- GENERAL SCIENCE/TECHNOLOGY: OTHER (APPLIED RESEARCH/EXPLORATORY DEVELOPMENT), R&D- OTHER RESEARCH AND DEVELOPMENT (ADVANCED DEVELOPMENT), R&D-OTHER R & D-ADV DEV, SPECIAL STUDIES/ANALYSIS- ENERGY, ENERGY STUDIES
Sampling of Federal Government Funding Actions/Set Asides
In order by amount of set aside monies.
- $86,317 - Thursday the 5th of June 2014
National Aeronautics And Space Administration
NASA SHARED SERVICES CENTER
PROTOINNOVATIONS, LLC AND CARNEGIE MELLON UNIVERSITY HAVE FORMED A PARTNERSHIP TO COMMERCIALLY DEVELOP ROVER-AUTONOMY TECHNOLOGIES INTO RELIABLE AUTONOMOUS SURFACE MOBILITY (RASM). OUR AIM IS TO PROVIDE SAFE AND RELIABLE MEANS FOR LUNAR ROVERS TO TRAVEL AT SUBSTANTIAL SPEEDS AND OPERATE IN PROXIMITY TO ASTRONAUTS AND OTHER VEHICLES. OUR UNIQUE PARTNERSHIP BRINGS TOGETHER STATE-OF-ART TECHNOLOGIES FOR AUTONOMOUS ROVER NAVIGATION WITH EXPERIENCE IN DELIVERING AND SUPPORTING MOBILITY SYSTEMS FOR NASA. THE RASM PROJECT WILL CREATE AN AUTONOMY FRAMEWORK THAT IS CAPABLE OF SUPPORTING OFF-ROAD VEHICLE SPEEDS BEYOND 3 M/S WITH PLANETARY-RELEVANT CONSTRAINTS INCLUDING A LACK OF INFRASTRUCTURE (SUCH AS GPS) AND LIMITED COMMUNICATION AND COMPUTING RESOURCES. OUR RASM FRAMEWORK IS BASED ON ENVIRONMENT MODELING, OBSTACLE AVOIDANCE, PATH PLANNING, AND LOCALIZATION ALGORITHMS DEVELOPED BY CARNEGIE MELLON AND PROVEN BY HUNDREDS OF KILOMETERS OF TRAVERSE IN PLANETARY ANALOG LANDSCAPES ON EARTH. ON THE RASM PROJECT WE WILL MATURE AND PACKAGE THESE ALGORITHMS IN A RELIABLE AND PORTABLE SOFTWARE ARCHITECTURE THAT SUPPORTS A VARIETY OF VEHICLE PLATFORMS, SENSORS, AND MIDDLEWARE ALTERNATIVES. UNIQUE TO RASM WILL BE A FAILURE-MODES ANALYSIS OF THE AUTONOMY SYSTEM TO MODEL AND MITIGATE HAZARDS POSED BY OPERATING ALONGSIDE ASTRONAUTS AND LUNAR VEHICLES. MISSION CONSTRAINTS AND OPERATING SCENARIOS WILL VARY BROADLY, SO RASM WILL BE ADAPTABLE. WE WILL DEVELOP ABSTRACTION LAYERS TO ENABLE PORTABILITY ACROSS VARIOUS VEHICLE CHASSIS CONFIGURATIONS, PERCEPTION SENSORS, LOCALIZATION SENSORS, AND COMMUNICATIONS PROTOCOLS. IN PHASE 2 OF THE PROJECT, WE WILL IMPLEMENT THE PORTABLE ARCHITECTURE DEVELOPED IN PHASE 1 AND DEMONSTRATE ITS CAPABILITY ON KREX OR LATUV VEHICLES DEVELOPED BY PROTOINNOVATIONS. - $43,770 - Monday the 18th of March 2013
National Aeronautics And Space Administration
AMES RESEARCH CENTER
IGF::OT::IGF - SBIR PHASE III IDIQ TASK ORDER CONTRACT ENTITLED "LUNAR ALL TERRAIN UTILITY FOR EVA ENGINEERING SUPPORT" - $224,495 - Thursday the 5th of June 2014
National Aeronautics And Space Administration
NASA SHARED SERVICES CENTER
PROTOINNOVATIONS, LLC AND CARNEGIE MELLON UNIVERSITY HAVE FORMED A PARTNERSHIP TO COMMERCIALLY DEVELOP ROVER-AUTONOMY TECHNOLOGIES INTO RELIABLE AUTONOMOUS SURFACE MOBILITY (RASM). OUR AIM IS TO PROVIDE SAFE AND RELIABLE MEANS FOR LUNAR ROVERS TO TRAVEL AT SUBSTANTIAL SPEEDS AND OPERATE IN PROXIMITY TO ASTRONAUTS AND OTHER VEHICLES. OUR UNIQUE PARTNERSHIP BRINGS TOGETHER STATE-OF-ART TECHNOLOGIES FOR AUTONOMOUS ROVER NAVIGATION WITH EXPERIENCE IN DELIVERING AND SUPPORTING MOBILITY SYSTEMS FOR NASA. THE RASM PROJECT WILL CREATE AN AUTONOMY FRAMEWORK THAT IS CAPABLE OF SUPPORTING OFF-ROAD VEHICLE SPEEDS BEYOND 3 M/S WITH PLANETARY-RELEVANT CONSTRAINTS INCLUDING A LACK OF INFRASTRUCTURE (SUCH AS GPS) AND LIMITED COMMUNICATION AND COMPUTING RESOURCES. OUR RASM FRAMEWORK IS BASED ON ENVIRONMENT MODELING, OBSTACLE AVOIDANCE, PATH PLANNING, AND LOCALIZATION ALGORITHMS DEVELOPED BY CARNEGIE MELLON AND PROVEN BY HUNDREDS OF KILOMETERS OF TRAVERSE IN PLANETARY ANALOG LANDSCAPES ON EARTH. ON THE RASM PROJECT WE WILL MATURE AND PACKAGE THESE ALGORITHMS IN A RELIABLE AND PORTABLE SOFTWARE ARCHITECTURE THAT SUPPORTS A VARIETY OF VEHICLE PLATFORMS, SENSORS, AND MIDDLEWARE ALTERNATIVES. UNIQUE TO RASM WILL BE A FAILURE-MODES ANALYSIS OF THE AUTONOMY SYSTEM TO MODEL AND MITIGATE HAZARDS POSED BY OPERATING ALONGSIDE ASTRONAUTS AND LUNAR VEHICLES. MISSION CONSTRAINTS AND OPERATING SCENARIOS WILL VARY BROADLY, SO RASM WILL BE ADAPTABLE. WE WILL DEVELOP ABSTRACTION LAYERS TO ENABLE PORTABILITY ACROSS VARIOUS VEHICLE CHASSIS CONFIGURATIONS, PERCEPTION SENSORS, LOCALIZATION SENSORS, AND COMMUNICATIONS PROTOCOLS. IN PHASE 2 OF THE PROJECT, WE WILL IMPLEMENT THE PORTABLE ARCHITECTURE DEVELOPED IN PHASE 1 AND DEMONSTRATE ITS CAPABILITY ON KREX OR LATUV VEHICLES DEVELOPED BY PROTOINNOVATIONS.
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