Parrotfish - The Sand Makers
- Parrotfish graze on coral, removing algae.
- Their digestion breaks coral into fine sand, helping to form beaches.
- They are essential for keeping reefs clean and preventing algae overgrowth.
Seavox is the voice of the sea - building autonomous technologies that restore and protect the reefs that sustain life.
They’re bleaching, breaking, and dying faster than they can recover and with them, the foundations of ocean life are disappearing.By 2050, 90% of coral reefs are expected to be lost due to climate change, pollution, and relentless human pressure.
These fragile ecosystems are the heart of the ocean — home to 25% of all marine life, protectors of coastlines, and lifelines for millions around the world.But the way we restore reefs today?
It’s too slow. Too expensive. Too small-scale to keep up with the crisis.
Coral reefs are vital ecosystems that support marine biodiversity and sustain coastal communities worldwide. Beyond their beauty, they provide food, income, and protection for over a billion people, many of whom depend on fishing and tourism for their livelihoods.
However, climate change, pollution, and overfishing threaten these delicate habitats, putting both marine life and human communities at risk. Protecting coral reefs is not just an environmental concern – it’s a global necessity for food security and economic stability.
SeaVox is revolutionising reef restoration
with AI, robotics, and blockchain.
AI-driven monitoring (real-time reef
health analysis).
AI-driven monitoring (real-time reef
health analysis).
AI-driven monitoring (real-time reef
health analysis).
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SeaVox is revolutionising reef restoration
with AI, robotics, and blockchain.
See how SeaVox is already making waves in marine restoration.
Borga Gusso is a visionary leader in ocean conservation, sustainability finance, and environmental advocacy. Having studied in St Andrews and Oxford, he brings a global perspective to environmental strategy, bridging policy, finance, and grassroots action.
An Oxford DPhil in Autonomous Robotics, David has developed AI-driven software frameworks to enable a range of four legged robots to walk, perceive and interact in real world scenarios.
Luka Corliss is a Machine Learning Engineer with an MRes from Imperial College London where he honed his expertise in developing advanced algorithms and machine learning systems. Specialised in artificial intelligence for robotics and neurotechnology with gained hands-on experience through roles at start-ups like TaxOff actively contributing to initiatives like Imperial Neurotech
Ex-EY and IFC, Dilara focuses on sustainable innovation, corporate strategy, and data science to drive cutting-edge business competitiveness.
A PhD candidate at the University of Plymouth, Aaron specialises in the application of biodiversity monitoring methodologies and evaluating human impacts on marine ecosystems
Support SeaVox in restoring Earth's oceans before it's too late.
We partner with key companies and supporters around the globe...
