As quantum navigation sensors become smaller, more affordable, and commercially viable, the question
is no longer if we’ll use them—but how we’ll integrate their outputs into today’s systems.
At GPS2Quantum, we anticipate a global wave of innovation to prepare for this transition. Every database
that stores geospatial data—whether for mapping, navigation, infrastructure, or exploration—will soon
need to accommodate a new layer of quantum-derived spatial attributes. Latitude, longitude, and
altitude will no longer be enough.
We created the GPS2Quantum Mobile App (available now on iOS, Android coming soon) to simulate this
transformation today. Using Earth-Centered Earth-Fixed (ECEF) coordinates as a conceptual bridge
between GPS and quantum positioning, the app enables users to preview what data conversion might
look like—and what infrastructure upgrades might be required.
Our work doesn’t stop with the app. The upcoming GPS2Quantum Enterprise Platform API and Web UI will support
a wide range of coordinate formats—from the common (WGS84, UTM) to the specialized (SPCS, MGRS,
ENU). The mobile app already runs on this API, giving GIS professionals and quantum adopters a head
start in understanding the shift from legacy geolocation to quantum precision.
Quantum navigation is still in its infancy, but with rapid advances in AI and sensing, the future may arrive
faster than expected. GPS2Quantum offers a low-friction way to explore, learn, and brainstorm what that
future could look like—while quietly preparing you for when it becomes reality.