About G-SPACE

Making microgravity measurable, reproducible, and scalable.

G-SPACE builds the intelligence layer for microgravity research and manufacturing. We help teams design better experiments, understand flight behavior faster, and turn scarce microgravity data into predictive insight.

Before flight

Design stronger experiments

During flight

Monitor complex data

After flight

Build better models

Mission

Accelerate the path from experiment to scalable process.

Our mission is to make in-space manufacturing profitable at scale by accelerating time to market, reducing costs, and unlocking new possibilities.

Microgravity creates rare conditions for discovery, but flight opportunities are limited and expensive. G-SPACE helps teams learn more from every run by connecting simulation, in-flight analytics, and post-flight modeling into one continuous workflow.

What we believe

Microgravity should become an accessible design environment, not a one-off research event.
Every experiment should produce clearer decisions, stronger models, and more reproducible outcomes.
The future of in-space production depends on infrastructure that makes complex experiment data usable.

Team

Ioana Cozmuța, PhD

Founder and CEO

Ioana is a physicist and entrepreneur driving innovation at the edge of space and science. With 20+ years in space tech, she's worked on major NASA missions, is a TEDx speaker, IAA member, and ISS National Lab advisor. She turns breakthrough research into real-world solutions for startups to $30B+ companies. She is an active lecturer and inspirational speaker about the New Space economy. She loves sports, hiking, writing and mentoring young people.
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Razvan Bohatel

Chief Architect

Razvan is a Software Architect with 23+ years of experience designing scalable software and AI solutions across industries. He specializes in complex data systems, integration and leading high-performing engineering teams.
Remus Osan, PhD

CTO

Remus is a data science leader with 20+ years of experience across pharma, biotech, and space. He held leadership roles at Octave Bioscience and Georgia State University, where he led NIH- and NSF-funded work on neurological and cancer data modeling.
Elizabeth Mak

Product & Data Science

Ellie graduated astrophysics at UC Berkeley where she focused on applying ML to space science. She’s contributed to NASA’s GAPS mission and LBNL cloud research, building software and training neural networks.
Ionut Neagos

Software Development

Ionut brings over 20 years of experience in software architecture and full-stack development, designing high-performance, resilient platforms. His work focuses on minimizing architectural complexity to build highly stable software environments. At G-SPACE, Ionut focuses on the data-driven systems and underlying workflows that translate complex microgravity data into usable, predictive insights.

Values

Built where scientific rigor meets commercial reality.

Our values shape how we build, partner, and translate microgravity research into usable systems.

Truth Through Data

Every discovery and recommendation should be rooted in quantifiable, traceable evidence.

Access to Space

Microgravity becomes more valuable when more researchers and builders can work with it.

Precision with Purpose

Precision matters because it helps teams create better products, treatments, and technologies.

Collaboration Over Ego

Microgravity work spans disciplines. Better outcomes come from trusted, cross-functional partnerships.

Integrity in Innovation

We push boundaries responsibly, with respect for science, sustainability, and real-world impact.

Speed with Substance

We move quickly without sacrificing rigor. Fast insight only matters when it is trustworthy.

Making microgravity measurable, reproducible, and scalable.

Accelerate the path from experiment to scalable process.

What we believe

Ioana Cozmuța, PhD

Razvan Bohatel

Remus Osan, PhD

Elizabeth Mak

Ionut Neagos