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Explore the Full Stack Extended Reality Simulation Platform (ESP™)
Being developed by Prefixa and SoftServe
Attend our joint technical paper session on July 31 at 1 p.m. in Forum Ballroom 128. We will discuss Prefixa approach to a full stack Extended Reality Software Platform (ESP™️) for space mission planning, training, implementation, monitoring, support, and documentation — all using an open architecture based on NVIDIA Omniverse™.
SoftServe and Prefixa are partnering to develop ESP™️ and seek other business partners to contribute to this effort.
July 31 at 1 pm
Forum Ballroom 128
(CEO, Prefixa)
(Business Developer, Prefixa)
(Space Project Consultant, SoftServe)
(Senior Space Robotics Engineer, SoftServe)
This is a space to share more about the business: who's behind it, what it does and what this site has to offer. It’s an opportunity to tell the story behind the business or describe a special service or product it offers. You can use this section to share the company history or highlight a particular feature that sets it apart from competitors.
Extended Reality Simulation Platform (ESP™)
This paper presents the ESP™ platform, utilizing XR and NVIDIA Omniverse™ for high-fidelity 3D simulations in space mission planning, training, and optimization. The platform enhances mission planning efficiency, robotic system validation, teleoperation precision, and ISRU processes. It offers significant advancements in mission accuracy, training effectiveness, and resource utilization.
M.Arias-Estrada, B. Varga, “Towards a full stack Extended Reality Software Platform (ESP™) for space mission planning, implementation, and training with an open architecture based on NVIDIA Omniverse™,” ASCEND AIAA Conference 2024
This is a space to share more about the business: who's behind it, what it does and what this site has to offer. It’s an opportunity to tell the story behind the business or describe a special service or product it offers. You can use this section to share the company history or highlight a particular feature that sets it apart from competitors.
Miguel Arias, CEO of Prefixa
Dr. Miguel Arias-Estrada is a leader in Extended Reality (XR) and Spatial Computing, with 20+ years of experience in computer science and machine vision, with a Ph.D. from Université Laval in Quebec, Canada. From 1999 to 2007, he led marine and aerial surveillance projects at INAOE in Puebla, Mexico, focusing on 3D computer vision accelerated by FPGA/GPU technologies.
Miguel holds two U.S. patents, has published extensively, launched a Reconfigurable Computers Conference and has researched Neuro Morphic Computing. He is the Founder and CEO, Prefixa Inc., focusing on 3D/XR advanced visualization and simulation for training, teleoperation, mining, and space applications.
Prefixa x Softserve
The partnership between Prefixa Inc. and SoftServe Inc. integrates Prefixa's high-fidelity 3D modeling, simulation, Visualization, and XR technologies with SoftServe’s AI/ML immersive interfaces, digital twins, and autonomous systems expertise. This collaboration delivers advanced solutions for both space and terrestrial mining, enhancing operational efficiency, safety, and reliability. Our commitment to ISRU and ISAM places our software at the forefront of cis-Lunar space infrastructure development.
Prefixa and SoftServe provide digital twin solutions that improve operational efficiency, safety, and reliability in space and terrestrial mining. Our integrated approach enhances mission planning, training, and execution with advanced simulations and AR/VR interfaces. We focus on tele-robotics and autonomous systems for ISRU and ISAM, delivering cutting-edge solutions for complex challenges with significant cost savings.
Application Scenarios
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Space Mission Planning and Execution: Improved accuracy and training effectiveness.
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ISRU: Optimized resource management and extraction.
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Robotics and Autonomous Operations: Enhanced autonomy and efficiency in harsh environments.
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Terrestrial Mining Operations: Increased safety and operational efficiency.
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Space Infrastructure Development: Accuracy and precision in ISAM projects, enhancing construction speed and reliability.
Real-Life Examples
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Semi-Autonomous Robotic Assembly: Space habitats, antennas, and power lines.
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Testing Autonomous Robots and Vehicles: Navigating rugged terrains and surface exploration.
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ISRU: Simulation and control of mineral extraction, transportation, and processing for space resources.
Let's Talk
AIAA AVIATION / 2024 ASCEND
Where: Las Vegas, NV
When: Jul 30 - Aug 01, 2024
What: In-Person Event
Location: Caesars Forum 3911 S Koval Ln, Las Vegas, NV 89109, United States
Booth: #42
Talk: July 31 at 1 p.m. in Forum Ballroom 128
Bo Varga, Business Developer
Bo Varga, MBA has 30+ year business development experience helping companies acquire business partners, customers, funding, and people.
He has worked on solar PV, advanced batteries, and SiC power electronics 10 year futures marketing reports for the European Investment Bank, the NEDO division of METI, Tokyo, and for a multi-client study respectively.