The Accra Space Mining Program (ASMP) marks the beginning of an industrial revolution where ecological restoration and galactic expansion go hand in hand. The Agbogbloshie landfill in Ghana – once known as a symbol of global waste challenges – is being repurposed under the leadership of GEAIS Space into the 21st century's most valuable mine.

In a large-scale clearance and refining process, millions of tons of electronic waste are systematically processed through automated sorting facilities and high-tech chemical extraction methods. Rather than extracting resources through energy-intensive traditional mining, the ASMP utilizes the principle of Circular Space Engineering: High-purity gold for radiation shielding, copper for the power distribution of the OASES Hub, and neodymium for the drives of the GEAIS IPP Program are recovered directly from urban legacies. The ASMP cleanses the soil of Ghana while simultaneously forging the hull with which humanity will leave the atmosphere.

The Mali Space Station Target (MSST) forms the infrastructural foundation for GEAIS Holding’s journey into deep space. Situated in the tectonically stable plains of Mali, this project leverages the ideal geographic proximity to the equator to maximize launch efficiency and utilize the Earth's rotation as a natural accelerator.

The MSST serves as the terrestrial counterpart to the orbital hub OASES and is far more than a conventional spaceport. It is a state-of-the-art logistics center where resources reclaimed through the ASMP flow directly into the final assembly of the STARLINK-T Shuttles. In this strategic enclave, West African sovereignty and interstellar logistics merge into a single entity. Mali thus becomes the decisive link for humanity on its path toward a Kardashev Scale Type 1 civilization and the permanent anchor point of our presence in the cosmos.

The Space Resource Planning Agenda (SRPA) serves as the organizational heart of GEAIS Holding’s material expansion. It is the logistical matrix that governs the entire lifecycle of a spacecraft – from molecular recovery on Earth to final assembly in orbit.

As a strategic control instrument, the SRPA coordinates the flow of secondary raw materials from the ASMP directly into the production lines of the MSST, creating a completely self-sufficient supply chain. The objective of the SRPA is to transform terrestrial waste streams into high-efficiency orbital construction materials, thereby establishing a closed economic system that extends far beyond Earth's atmosphere. In doing so, the SRPA creates the infrastructural independence essential for a permanent presence in the cosmos and the construction of the OASES station.