Prototyping to models of modular [Igloos](https://drive.google.com/drive/folders/1RdkajT5t4mhahnGehgHX67oics_hM0c3?usp=sharing): [Igloo #1](https://drive.google.com/drive/folders/1_z1hj9FHzAnpa1NAqZU_Ka3TO9ZyfEmN?usp=sharing) (6.0 m width x 18.0 m long x 3.35 m height) and [Igloo #2](https://drive.google.com/drive/folders/1HrXlObPI0aVk1mwkHsKez_rzHKr3O39f?usp=sharing) (6.0 m width x 6.0 long x 3.35 m height) (modularity could vary and will depend of the funding).
Biobank or gene banking Laboratory: Equipped with state-of-the-art sequencing tools for studying coral genomics and physiology, identifying resilient traits, and creating genetically diverse coral strains. (~100 adult colonies)
Coral and Fish Nursery: A controlled environment for nurturing coral fragments and post-larvae, ensuring optimal growth conditions before transplantation. Raising post-larval reef fish and potentially releasing them as juveniles with implanted sensor chips in coral out planting areas.
Micropropagation Zone: A specialized area for microfragmentation and propagation, enabling rapid multiplication of healthy coral colonies.(~10,000 coral microfragments)
Disease and Bleaching Research Unit: Dedicated to understanding diseases like SCTLD, and the physiological mechanisms that protect or induce coral bleaching, developing diagnostics, testing treatment options, and exploring the utility of probiotics in enhancing coral health and resilience.
DeSci Web3 Collaboration Hub: Develop a web3 open-sourced decentralized platform to facilitate global collaboration, data sharing, and transparent funding for coral reef regeneration efforts with stakeholders locally and globally.

Prototyping each component of the sections of the Phygital hub (1-6) on a smaller scale (see above).
