Coral reefs are collapsing — and traditional conservation models can’t keep up. Manual restoration is slow, expensive, and unscalable. Monitoring is inconsistent. Data is often unverifiable. Funding is fragmented.SeaVox was created to solve these systemic failures — not with a patch, but with a platform.
We are building the world’s first fully integrated coral restoration system: one that is intelligent, autonomous, verifiable, and built to scale.
REEF
MONITORING
AUTONOMOUS CORAL
PLANTING
Autonomous underwater drones construct coral propagation structures, collect fragments, perform microfragmentation, and securely attach corals to artificial reef structures.
GROWTH
TRACKING
Autonomous drones track coral growth and biodiversity, assessing biomass increases and species composition to inform restoration effectiveness.
IMPACT VERIFICATION
SCALE
Scalable drone operations enable efficient restoration across large marine areas, allowing rapid expansion from local pilot projects to regional and global reef regeneration.
GROWTH
ADAPTATION
As more and more people adopt the strategy this only further increases the effectiveness of the campaign.
This approach does more than restore reefs - it builds a new, self-sustaining economic model that funds restoration through scientifically validated biodiversity credits.
SeaVox is not just a tool - it’s an end-to-end system designed for the 21st century.
Scalable: Autonomous drones and AI systems dramatically reduce the time and cost of restoring large reef areas.
Verifiable: Blockchain-backed validation ensures full transparency — helping prevent greenwashing and unlocking sustainable funding.
Integrated: From habitat analysis and coral planting to ecosystem monitoring and biodiversity credit issuance — SeaVox unifies the entire restoration cycle under one coordinated platform.
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Giant clams absorb sunlight and use algae inside their shells to feed reefs.
They can live over 100 years, acting as natural reef stabilizers.
SeaVox operates in two key phases:
Phase 1: Understanding and Laying the Foundation
We begin by deploying autonomous monitoring drones— using advanced 3D imaging, environmental sensors, and Biorock structures — to collect the data needed for targeted, ecosystem-specific restoration. This data lays the groundwork for a future digital twin.
Phase 2: Autonomous Restoration and Scaling
Once our AI models and infrastructure are in place, autonomous drones begin precision coral planting, real-time monitoring, and adaptive ecosystem management — supported by blockchain-verified data and sustainable credit systems.
This is not just about saving corals — it’s about securing the future of coastal nations, global food systems, and the stability of our shared planet.
Our goal is to restore over 1 million square metres of coral reef by 2033, starting with a pilot in Indonesia and scaling globally. But this isn’t just about one million square metres. It’s about building a future where technology, ecology, and transparency work together to regenerate the ecosystems that sustain life on Earth.
SeaVox isn’t just solving a problem — it’s building the blueprint for how we heal nature at scale.
This is not just about saving corals — it’s about securing the future of coastal nations, global food systems, and the stability of our shared planet.
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