About Flor De La Mar Coin

The Flor de la Mar was a Portuguese carrack that sank off the coast of Sumatra, Indonesia, in 1511, carrying a vast cargo of gold, silver, and precious stones from the conquest of Malacca. The treasure is estimated to be worth billions of dollars today, but the wreck has never been located.

The primary purpose of the Flor De La Mar Coin is to raise funds for the discovery and retrieval of this historic shipwreck. By participating in this project, you are not only investing in a potentially lucrative venture but also contributing to the preservation of world heritage and the advancement of underwater archaeology.

Technical Means for Discovery and Retrieval

Discovering and retrieving the treasures from the Flor de la Mar shipwreck would require a significant investment in technology, expertise, and resources. Here's a detailed breakdown of the technical means that could be employed:

Historical research and data analysis:

• Conduct extensive research on the ship's history, route, and last known location.
• Analyze historical documents, maps, and accounts to narrow down the search area.
• Collaborate with historians, archaeologists, and marine experts to gather insights.

Remote sensing technology:

• Employ satellite imagery and remote sensing data to identify potential shipwreck sites.
• Use advanced algorithms and machine learning to analyze data and prioritize search locations.
• Utilize bathymetric and side-scan sonar surveys to create detailed maps of the seafloor.

Autonomous underwater vehicles (AUVs) and remotely operated vehicles (ROVs):

• Deploy AUVs equipped with high-resolution cameras, sonar, and magnetometers to survey the search area efficiently.
• Use ROVs with manipulator arms and cutting tools to investigate potential shipwreck sites and recover artifacts.
• Employ advanced navigation and positioning systems to ensure precise underwater operations.

Manned submersibles:

• Utilize manned submersibles for detailed exploration and delicate artifact recovery.
• Equip submersibles with high-definition cameras, lighting systems, and tools for documentation and retrieval.
• Ensure submersibles have adequate life support systems and safety features for deep-water operations.

Excavation and artifact recovery:

• Employ marine archaeologists and conservators to oversee the excavation and recovery process.
• Use specialized tools and techniques to carefully extract artifacts from the shipwreck site.
• Implement a comprehensive documentation system to record the location and context of each recovered artifact.

Conservation and preservation:

• Establish on-site conservation facilities to stabilize and treat recovered artifacts.
• Use advanced conservation techniques, such as electrolysis and desalination, to preserve metal objects.
• Employ experts in marine archaeology and artifact conservation to ensure proper handling and storage of recovered items.

Data management and analysis:

• Develop a secure and centralized database to store and manage all data related to the project.
• Use data analytics and visualization tools to identify patterns and insights from the collected data.
• Collaborate with academic institutions and research centers to analyze and interpret the findings.

Logistics and support:

• Establish a base of operations near the search area to facilitate the deployment and maintenance of equipment.
• Arrange for the necessary vessels, including a mother ship and support boats, to accommodate the search and recovery teams.
• Ensure a reliable supply chain for fuel, provisions, and equipment maintenance throughout the operation.

Funding for this project would be generated through the sale of the cryptocurrency, with a maximum supply of 100 million coins at an initial price of $1 each. The funds raised would be allocated to cover the costs of the above-mentioned technical means, as well as to hire the necessary experts, acquire and maintain equipment, and support ongoing research and conservation efforts.

It is essential to emphasize that any treasure recovery operation must prioritize archaeological integrity, historical preservation, and compliance with relevant laws and regulations. Engaging with local authorities, obtaining necessary permits, and adhering to UNESCO's Convention on the Protection of the Underwater Cultural Heritage should be a top priority throughout the project.