YantraAI Launches SkyLens to Map Orbital Traffic and Declassified UAP Files

YantraAI has launched SkyLens, an independent editorial platform that merges real-time 3D orbital tracking with a curated repository of declassified Unidentified Aerial Phenomena (UAP) files. The tool provides a centralized interface for analyzing public space data and official government records, bridging the gap between orbital mechanics and anomalous aerial reports.

The platform tracks 16,106 Earth-orbit objects by utilizing public TLE/GP feeds from CelesTrak. Beyond satellite traffic, SkyLens integrates live feeds from NASA/JPL’s Center for Near Earth Object Studies (CNEOS) and the Small-Body Database (SBDB) to monitor near-Earth asteroid close approaches. This combination allows users to visualize the crowded nature of low Earth orbit alongside the trajectory of incoming celestial bodies.

Alongside these tracking tools, the site hosts a declassified UAP archive based on the U.S. Department of War's PURSUE program. This archive is organized into four distinct releases: Release 01 contains 162 files, Release 02 holds 64, Release 03 contains 72, and Release 04 includes 40. These records document a range of anomalous events, including a notable F-16 shootdown detailed in Release 02 and the 1949 Los Alamos green fireballs documented in Release 04.

Context of the Platform

SkyLens is positioned as an independent editorial tool rather than a scientific advisory service. Its primary goal is to provide sensor context and interpretive framing for data that is often fragmented across various government agencies, including NASA and the Department of Defense. By aggregating these disparate sources, the platform targets a specific audience of space-tracking enthusiasts and researchers investigating unidentified aerial phenomena who require a unified data stream.

Why It Matters

Historically, accessing official UAP evidence and orbital data has required navigating multiple, often unintuitive government databases. By consolidating this information into a single 3D visual interface and an organized archive, SkyLens significantly lowers the barrier for the general public to analyze orbital traffic and official government disclosures. This shift allows for a more streamlined investigation into how orbital objects and unidentified phenomena are recorded and reported by official sources, moving the conversation from speculation to data-driven analysis.

What's Next

While the platform currently focuses on the first four PURSUE releases, the archive indicates the potential for further updates as more records are declassified. Users and researchers will likely look to see if SkyLens expands its integration to include other government sensor data or if additional PURSUE releases are added to the repository to provide a more complete historical record of UAP sightings and orbital anomalies.