Launch
$30,000 starting price
For companies starting with a defined experiment or application.
Get startedFeatures
- 2 configuration and deployment reviews
- Flexible team & workspace size
- 90 days access to deployed module
We work with you to scope an initial deployment.
For companies starting with a defined experiment or application.
Get startedFor organisations that want to use g-SPACE to scale up across multiple experiments and applications.
Talk to g-SPACEContact us for a discounted price for academic institutions.
Start with a 14-day free trial — no credit card required. Explore the platform with your own data or historical microgravity datasets, run your first workflow, then choose the plan that matches the scale of your work and the level of support you need.
For users getting started with quantitative microgravity decisions.
Get startedFor users using g-SPACE across multiple experiments, conditions, or larger datasets.
Get startedFor advanced users who need the best capability and decision-making.
Get startedYes. Every individual account starts with a 14-day free trial, with no credit card required. You can explore the platform and run workflows before choosing Plus, Pro or Max.
Yes. Individual plans let you run workflows on your own image and video data, and benchmark results against historical microgravity datasets where relevant.
Plus is for getting started with single predefined workflows; Pro adds larger datasets, batch processing and multi-condition or time-series work; Max adds automated workflows across unlimited conditions, more workspace and priority access to new features and modules.
Launch starts at $30,000 for companies starting with a defined experiment or application. It includes 2 configuration and deployment reviews, flexible team and workspace size and 90 days of access to the deployed module.
If the workflow is useful, we can talk about continuing access. For broader use across experiments and applications, we can scope an Enterprise licence.
Enterprise is designed for organisations that need flexible team and workspace size, access to deployed modules, private-cloud or customer-hosted deployment, APIs and integrations, and customized expert and technical support.
Yes. We offer special pricing for accredited schools, colleges, and universities. Please contact us to find out more.
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.