Pioneering technology development, demonstration, and deployment missions for cislunar space
Xtraordinary Innovative Space Partnerships, Inc. (XISP-Inc) develops Technology Development, Demonstration, and Deployment (TD3) missions conducted on and leveraging the resources of the International Space Station. Its research and product development focus on the intersection of computer, robotics, and space systems engineering.
Xtraordinary Innovative Space Partnerships, Inc. designs and implements Technology Development, Demonstration, and Deployment (TD3) missions to mature space technologies toward commercial readiness.
Integrating and deploying technology demonstrations utilizing the resources of the International Space Station.
Designing mission concepts and transport solutions for cislunar and deep space applications.
The practice conducts foundational research and intellectual property development at the intersection of computer, robotic, and space systems engineering.
Developing frameworks and gateways like the Xrosslink Internet Services Protocol (XISP) to support space-based communications.
Maturing power beaming technology and frequency agnostic rectennas for orbital and surface operations.
Developing system-state models to enable variable autonomy and shared human-robotic control systems.
The practice facilitates the formation of public-private consortia and commercial partnerships to implement matured space mission concepts.
Space · Federal
Space · 2018 · Client: NASA Ames Research Center
An active commercial mission proceeding under a Space Act Agreement with the NASA ARC Mission Control Technologies Laboratory to develop near-real-time state models and foundational automation technologies.
Space · 2018 · Client: CASIS
A commercial technology development, demonstration, and deployment mission cooperating with the International Space Station to mature beamed energy systems for cislunar utilities.
Space · 2018
A mission to establish a cislunar network communications and navigation services utility, designed to extend commercial networks to cislunar space.
Space · 2016 · Client: NASA
A highly configurable, low-cost spacecraft bus platform designed for Earth orbit, cislunar, and deep space applications, developed as a registered participant in the NASA Cube Quest Challenge.