CCell develops scalable technologies that enable the monitoring, analysis, and restoration of marine ecosystems. Our digitised reef systems combine advanced sensing, data analytics, and bioengineered structures to protect coastlines from erosion while accelerating coral and habitat recovery.
Coastal ecosystems are under increasing pressure from human activity and climate change, leading to significant loss of biodiversity and natural coastal protection. Yet the dynamics between ocean processes, reef structures, and coastal morphologies remain poorly understood.
We are building the tools to quantify these interactions — measuring how physical forces and human impacts shape marine environments over time. By integrating continuous monitoring with adaptive infrastructure, we enable data-driven restoration that supports both ecological resilience and coastal stability.
Advanced simulations of waves, currents, severe storm, and coastal morphology.
Nature based reefs that provide long-term stability for beaches and clifts.
Efficient structures with the highest known strength to weight ratio.
Real time data insight for nearshore marine operations.
Exploring bio-based materials and electrochemical processes to create carbon-neutral, sustainable reef structures that grow and strengthen over time.
Developing hyperboloid reef geometries with exceptional strength-to-weight ratios and intricate internal complexity — dissipating wave energy while nurturing marine habitats.
Modelling the interaction between waves, currents, and reef forms to deliver predictable, site-specific performance and optimal habitat conditions.
Applying precision environmental control and continuous monitoring to enhance reef formation and track ecosystem health in real time.
mm/month of limestone rock
growth rate of calcareous organisms
reduction in CO2
wave energy attenuation
of marine life in reefs
bio-compatable
