A scientific project using artificial intelligence to imagine what we would see if we could visit every planet, moon and exoplanet, based on our best current knowledge.
Exocosmia was born from a simple question: what do the worlds we can't yet visit look like? For every celestial body in our solar system and beyond, we generate landscapes and views that best represent what science knows today about these extraordinary environments.
From Jupiter's storms to Enceladus's geysers, from Mars's rusty deserts to Europa's sub-glacial oceans — every scene is created by the most advanced AI models available, then submitted to rigorous scientific review.
For each celestial body, we compile a thorough research dossier: atmospheric composition, geology, temperatures, gravity, host star luminosity. This data serves as the foundation for generating visual representations faithful to scientific reality.
Every image and description is examined by a scientific committee composed of several independent artificial intelligences. These AIs evaluate the scientific accuracy of the content: are the sky colors consistent with the atmosphere? Does the geology match observations?
With every new space discovery — telescope data, robotic missions, spectral analyses — our knowledge base grows richer and our representations gain in accuracy. When a new AI model becomes available, it challenges existing evaluations with new perspectives.
The committee is composed of the most advanced models from each AI provider. Each member independently evaluates images and texts, then a collective vote determines the final verdict.
Reference model for reasoning and textual analysis.
Excellence in nuance, factual rigor and detailed critical analysis.
Multimodal vision and vast scientific knowledge base.
Alternative perspectives and ability to challenge consensus.
Matania, an orchestration AI developed by ProductivIA, coordinates the entire review process. It synthesizes the evaluations of each committee member, produces a final verdict, and decides the actions to take: approve, adjust, or regenerate.
Compiling a scientific dossier for the celestial body: atmosphere, geology, temperature, gravity.
Creating landscapes and views using a generative AI model, based on scientific data.
Independent evaluation by each member of the scientific committee.
Matania consolidates the opinions and produces a final verdict.
If needed, the image or text is adjusted or regenerated, then re-evaluated.
The knowledge base built here serves as a foundation for immersive space exploration experiences:
Exocosmia uses the latest AI models from the world's leading providers: OpenAI, Anthropic, Google, and xAI. Orchestration is handled by Matania, a sovereign AI infrastructure developed in Quebec by ProductivIA.
A creation by Opus numériques