SkyLens integrates 375 UAP files into interactive satellite globe

A Unified Space and UAP Interface

SkyLens has combined live satellite tracking with a searchable archive of UAP records into a single web portal.

The project is published under the YantraAI name and offers free access without requiring an account.

Its design places orbital data, near‑Earth asteroid information, space news and declassified UAP material behind one coherent interface.

By keeping each government record linked to its original source, SkyLens adds filters, summaries and case‑by‑case context to make the material readable.

The fifth PURSUE release on 7 August added urgency to the effort, as it introduced 41 new records.

Those records include 16 Navy videos, six clips from a 2021 Gulf of Oman series and five clips from a 2019 Pacific Ocean series.

The batch also contains FBI witness interviews, digital renderings, a CIA report on a 1965 incident near Puerto Rico and State Department cables about a 1963 report in Bahia, Brazil.

The archive does not authenticate the phenomena described in those files.

The government labels the underlying cases as unresolved because no definitive determination could be reached from the available material.

SkyLens presents an editorial and navigation layer over those records while preserving direct links to the government‑hosted documents, videos and images.

Data Sources and Limitations

The live tracker renders publicly catalogued Earth‑orbiting objects on a three‑dimensional globe.

Visitors can search for objects such as the International Space Station or Starlink satellites and then filter the catalog by operator, country, orbit and mission category.

Object cards expose fields including NORAD identifiers, altitude, speed, operator, purpose and data epoch.

Additional views show orbital density, debris, scientific satellites and objects passing above a user’s location.

All underlying orbital information is sourced from CelesTrak.

SkyLens’s documentation states it loads CelesTrak GP and SATCAT records through its server and calculates positions in the browser.

Those positions are estimates derived from public orbital elements rather than real‑time sensor data.

“SkyLens warns users that the product is neither navigation‑grade nor an authoritative sensor network.”

This distinction separates SkyLens from commercial space‑domain‑awareness firms that collect proprietary observations and sell operational intelligence.

For example, Privateer combines multiple data streams for government and commercial customers and offers analytics across space, maritime and terrestrial domains.

SkyLens is positioned closer to a public research interface: free, open and built primarily from public feeds.

The tracker also pulls close‑approach information from NASA and the Jet Propulsion Laboratory.

It displays asteroid miss distances, relative velocities, orbital paths and potentially hazardous classifications.

The interface aims to give users one place to investigate lights in the sky before turning to more exotic explanations.

The UAP index is the most distinctive component of the project.

Official UAP material is already available through the PURSUE portal, AARO and other agency reading rooms.

Those sources are arranged around agency publication requirements, leaving room for an independent product focused on discovery and comparison.

SkyLens lets users search by release, source agency, incident date, location and other metadata.

By aggregating 375 indexed UAP records alongside live orbital data, the platform creates a unified view of both conventional and anomalous aerial phenomena.

Why This Matters