In-Space Manufacturing: Facts and Myths
Over the past decade, the space economy has rapidly expanded
G-Space
A software-first, AI/ML-powered platform built to scale microgravity manufacturing and research.
Explore, optimize, and predict microgravity behavior
without ever leaving Earth.
Microgravity innovation and manufacturing is held back by limited access to data, making it hard to visualize, design, or scale. Our ML-powered platform is pre-trained for space manufacturing. It saves time, reduces costs, and accelerates market growth.
Extract and measure gravity-driven differences in structure, behavior, or performance across materials or biological systems via our standardized delta-to-gravity (TM) streamlined analytics.
Harness AI/ML-powered analytics before, during and after flight to monitor, adjust, and optimize your microgravity experiment in real time.
Leverage levitation-based simulations and our microgravity data engine to make better design decisions before you fly.
Use real-time insights to evaluate process viability early, reduce uncertainty, and de-risk flight investment.
Discover how G-Space's platform can transform your microgravity research and manufacturing processes.
Track grain growth, defect formation, and microstructure evolution with precision. Our object detection tools reveal hidden morphological differences between Earth and space processing in real time.
Visualize dynamic biological responses on Earth and in space. Monitor physiological changes, growth and adaptation through real-time video analytics and statistical overlays.
Automatically detect and quantify cellular behaviors and structural changes under microgravity. Our platform highlights critical differences in growth, organization, and viability with high-resolution image analytics.
Determine material properties unique to microgravity and explore new, stable formulations not possible on Earth—guiding product development for in-space manufacturing.
Esteemed organizations and industry-leading companies we work with
Dive into our extensive database for insights into microgravity.
Absolutely. G-SPACE is built for everyone: from beginners to experts. Explore our Knowledgebase to learn what microgravity is, why it matters, and how it shapes innovation in space research and manufacturing. With the largest dataset of real microgravity experiments in materials and life sciences, G-SPACE lets you dive in quickly using step-by-step workflows, visual tools, and pre-loaded data. No coding or spaceflight background required. You can even request a custom report tailored to your goals.
You can analyze images and videos from optical or electron microscopes, time-lapse recordings, and experimental captures whether collected on Earth or in space. Our platform extracts morphological, structural, and dynamic features to help you quantify change under varying gravity conditions.
Yes. Scroll through our curated gallery to visually explore how cells, crystals, droplets, and other systems behave differently in microgravity. We also offer customized microgravity reports tailored to your process or material. Just reach out through our platform.
Absolutely. Our analytics tools can be easily integrated into your mission via a lightweight hardware extension or used post-flight for rapid analysis. Whether you`re working on the ISS or private platforms, G-SPACE streamlines your insight-to-impact cycle.
G-SPACE helps you assess how your material's properties shift in microgravity, from surface tension to viscosity, nucleation behavior, or degradation dynamics. Our AI-powered workflows can also predict outcomes and help optimize formulations for in-space manufacturing.
G-SPACE is purpose-built for space. We combine environmental context (like gravity level, exposure time, and platform type) with AI/ML analytics. This enables you to extract insights not just from data but from the physics behind the data.
Have questions? Feel free to contact us using the form below. We're here to help!
Over the past decade, the space economy has rapidly expanded
Space isn’t the final frontier — it’s the next marketplace, the next laboratory, the next place to visit!
An outer space perspective
There is a big gap between current microgravity R&D and the emerging field of in-space manufacturing.