ReVora is pioneering the Space–Earth–Space innovation cycle — transforming life-support technologies developed for extraterrestrial missions into scalable systems for food security, climate resilience, and humanitarian impact on Earth.

We design space-grade hydroponic ecosystems that operate autonomously, recycle resources, and adapt across gravity, radiation, and environmental extremes ,from orbital habitats to desert biospheres.

Our systems unite astrobiology, AI, and circular design to establish a continuous data and technology feedback loop between space experiments and Earth deployments, accelerating advancements in both directions.

ReVora stands at the frontier where:

• Space innovation meets planetary application, translating astronaut life-support systems into Earth infrastructure.

• Circularity meets intelligence, optimizing every drop, lumen, and gram of input for maximum output.

• Exploration meets regeneration, creating the architecture that sustains humanity on any world.

ReVora is not adapting to the future , we are designing it, bridging the divide between space exploration and life on Earth through systems built to sustain both.

Because controlled environment agriculture (CEA) ( humanity’s promise to grow food anywhere ) remains limited by high energy demand, costly infrastructure, and fragile performance in extreme climates.

At the same time, space research has already developed the most efficient, closed-loop life-support systems ever designed ,systems built to sustain humans with minimal resources, zero soil, and complete autonomy.

ReVora exists to bring these worlds together.
We are translating space-grade CEA technologies into scalable systems for Earth — from desert biospheres and urban hubs to orbital habitats , creating a seamless cycle of innovation between space and Earth applications.

By merging astrobotany, AI control intelligence, and circular engineering, we aim to eliminate the limitations of traditional CEA and redefine what food infrastructure can achieve ,
efficient, adaptive, self-sustaining ecosystems capable of thriving in any climate, on any world.

We deliver adaptive, space-grade hydroponic systems that merge astrobotany research, AI-driven control, and circular resource engineering into scalable, high-performance modules for any environment — from orbit to desert.

Each ReVora system is designed to:

• Operate autonomously using AI predictive control for light, water, and nutrient optimization.

• Eliminate resource waste through full circular integration of air, water, and nutrient loops.

• Adapt dynamically to microgravity, high-radiation, or extreme Earth climates.

• Generate real-time data for climate performance, biomass yield, and energy efficiency.

Our portfolio includes:

• Space-Ready Ecosystems — validated for controlled environment experiments and orbital analogs.

• Earth Pilots & Mega Projects — modular biospheres for desert food security and climate resilience.

• Humanitarian Deployments — solar-powered life-support units for remote or crisis regions.

By bridging space technology, AI intelligence, and regenerative design, ReVora delivers not just systems ,
but a new class of living infrastructure that sustains life anywhere.