SkyLens says it indexed 375 UAP records beside a live satellite globe

Why it matters

SkyLens shows how a small web project can create value from free government and scientific data through indexing, provenance and interface design. Its credibility will depend on fixing its own metadata before asking users to trust its treatment of ambiguous evidence.

SkyLens has built a browser-based 3D satellite tracker around a second, stranger product: a searchable reading room for the US government's rolling release of unidentified anomalous phenomena records.

The independent project, published under the YantraAI name, puts live orbital data, near-Earth asteroid information, space news and declassified UAP material behind one interface. Its sharpest product decision is organizational. Government records remain linked to their original sources, while SkyLens adds filters, summaries and case-by-case context intended to make a sprawling document release readable.

That work became more relevant after the fifth PURSUE release on August 7th. The official government portal describes Release 05 as the latest tranche in a disclosure program that began on May 8th, with earlier batches following on May 22nd, June 12th and July 10th.

SkyLens says the August 7th batch contained 41 records, including 16 Navy videos, six clips from a 2021 Gulf of Oman series, five clips from a 2019 Pacific Ocean series, FBI witness interviews and digital renderings, a CIA report concerning a 1965 incident near Puerto Rico, and State Department cables concerning a 1963 report in Bahia, Brazil.

The archive does not authenticate the phenomena described in those files. The government calls the underlying cases unresolved, meaning it could not reach a definitive determination from the available material. SkyLens presents an editorial and navigation layer over those records, with direct links back to government-hosted documents, videos and images.

A public-source cockpit

The live tracker is designed to render publicly cataloged Earth-orbiting objects on a 3D globe. Visitors can search for objects such as the International Space Station or Starlink satellites, 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. SkyLens also offers views for orbital density, debris, science satellites and objects passing above a user's location.

The underlying orbital information comes from CelesTrak. SkyLens's data documentation says it loads CelesTrak GP and SATCAT records through its server, then calculates positions in the browser. Those positions are estimates derived from public orbital elements. SkyLens warns users that the product is neither navigation-grade nor an authoritative sensor network.

That distinction separates SkyLens from commercial space-domain-awareness companies that collect proprietary observations or sell operational intelligence. Privateer, for example, combines multiple data streams for government and commercial customers and offers analytics across space, maritime and terrestrial domains. SkyLens is closer to a public research interface: free, open without an account and built primarily from public feeds.

The tracker extends beyond satellites. SkyLens pulls close-approach information from NASA and the Jet Propulsion Laboratory, displaying asteroid miss distances, relative velocities, orbital paths and potentially hazardous classifications. Its interface tries to give users one place to investigate lights in the sky before reaching for a more exotic explanation.

The real product is the filing system

SkyLens's UAP index is the more distinctive part 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 file type. It also places modern military sensor footage beside FBI records, diplomatic cables, NASA material and Cold War documents. That structure makes it easier to distinguish an original record from commentary written decades later.

SkyLens describes its method as adding source, time, place, sensor limitations, sky context and possible conventional explanations. Its own disclaimer is appropriately narrow: the analysis is educational, the records remain unresolved, and the platform makes no claim about the origin of unidentified objects.

That restraint matters in a category where an unclear infrared image can acquire an elaborate backstory after enough reposting. A useful UAP research product needs provenance, metadata and direct source links. SkyLens has made those mechanics central to the experience.

The archive counters need a cleanup

SkyLens's current presentation contains several incompatible totals. Its updated guide says the five PURSUE releases contain 375 records, calculated as 158 in Release 01, 64 in Release 02, 72 in Release 03, 40 in Release 04 and 41 in Release 05.

Elsewhere, the homepage describes Release 01 as containing 162 files and retains a heading advertising 334 files across four releases. The same page promotes 375 records in newer sections. These appear to be stale labels or different counting methods, though SkyLens does not define a distinction between a file and a record that would reconcile them.

The editorial totals also vary. One homepage section claims more than 660 deep-dive posts, another lists 538 stories, and the product page describes 538 posts that include a 535-item UAP series plus three automatically generated daily posts. The about page says the daily items are produced at scheduled intervals from CelesTrak, NASA/JPL and Spaceflight News data.

These inconsistencies do not erase the archive's utility, though they undercut a product whose central promise is careful cataloging. Stable counters, visible update timestamps and a published counting methodology would make the release history easier to audit.

The AI stays backstage

SkyLens also promotes an assistant called Trinetra AI for orbital assessments, anomaly scans and UAP reviews. Public access is restricted. The tracker states that Trinetra's model calls and deeper analysis require an administrator token, while ordinary visitors can use the globe, object cards, visualizations and published investigation summaries.

That leaves the public product anchored in conventional web engineering: ingesting government and scientific data, normalizing metadata, building search and filter tools, and writing an explanatory layer around difficult source material. The AI branding is currently ahead of the public AI experience.

SkyLens has still found a coherent use for an unusual collection of tools. Satellite trackers tend to focus on observation. UAP archives tend to focus on documents. SkyLens connects the two around a practical question: what public data can explain what someone saw, and which government record describes what remains unresolved?

The next step is less glamorous than another anomaly detector. SkyLens needs tighter release bookkeeping, reliable live-feed states and clearer separation between automated news posts and editorial case analysis. Get those mechanics right, and the project can become a useful public-source workbench for a subject that usually produces far more certainty than its evidence permits.