Orbital space is becoming the next shared environment of humanity—yet it remains largely unstructured. Thousands of satellites are launched each year without a unified framework for spatial coordination. My work in orbital geography began as a simple question: How do we give structure to a realm that has none?
The Case for Segmentation
On Earth, geography is organized into tracts, parcels, and zoning systems that guide sustainable use. Near-Earth space needs the same logic. By dividing the orbital domain into tracts—defined volumes based on altitude, inclination, and right ascension— we can assign spatial identity to every operational zone. This segmentation transforms an invisible orbital shell into a measurable, governable environment.
Transparency Through Data
The Orbital Governance API provides a public interface for listing and analyzing these tracts. Each record functions like a digital "land parcel" in space—documented, queryable, and reproducible. Transparent data enables accountability: nations, researchers, and private operators can see the same spatial truths.
Policy and Equity
Without segmentation, space policy relies on self-reporting and voluntary coordination. An orbital zoning model introduces structure that supports fair access, debris mitigation, and long-term sustainability. Governance begins with visibility—and visibility begins with maps.
Looking Ahead
The Orbital Tract Framework is an open concept. It is meant to evolve through shared research and public scrutiny. Even if I cannot build every component myself, documenting this system ensures that the conversation about ethical orbital management continues—grounded in geography, not secrecy.