
Almighty: World Tracker
Flights, space, news & weather
About
What's New in Almighty
1.0.5
October 15, 2026
Version 1.0.5: rendering fidelity, efficiency and live observation This release refines rendering fidelity and computational efficiency. The night-lights view now follows the instantaneous solar terminator: NASA's Black Marble emission is masked per pixel by solar elevation, so the luminous signature of the world's cities appears only where night has actually fallen, with civil twilight rendered as a continuous transition. New layers present official live streams (including hydrophones, and research-vessel dives that track the ship's position), the Deep Space Network's current antenna contacts, and charted shipwrecks. A followed aircraft gains greater perceptual salience through contour highlighting and a peripheral luminance gradient; on capable devices an optional depth-of-field effect is available. Terrain at regional scales is hill-shaded. Start-up payload is reduced by approximately 355 kB, an adaptive data-saving mode responds to constrained networks (including iOS Low Data Mode), and the Solar System, Milky Way and sky views render on demand, reducing energy use at rest. Also in this update (from version 1.0.4): Earth sciences, curated open data and historical reconstruction An "Earth & hazards" suite grounded in peer-reviewed geophysical models. A pole-to-pole cut-away renders the planet's internal stratification (crust, upper and lower mantle, liquid outer core and solid inner core) at depths from the Preliminary Reference Earth Model (Dziewonski & Anderson, 1981). Within it, some 23,500 earthquakes of magnitude 5.5 and above recorded by the USGS since 1976 are plotted at their hypocentral depths, revealing subducting slabs beneath Japan, Tonga and the Andes. Plate boundaries follow Bird's PB2002 model (2003), classified by tectonic regime, with subduction polarity indicated and plate velocities resolved in a no-net-rotation frame; the Ring of Fire may be highlighted. Ocean-crust age derives from Müller et al. (2008). Hotspot tracks such as the Hawaiian–Emperor chain are annotated with radiometric ages. The geomagnetic field is modelled as an IGRF-14 dipole, alongside the secular migration of the magnetic poles since 1590. A palaeogeographic reconstruction (Müller et al., 2019) lets you step through 250 million years of continental drift, from Pangaea to the present day. The solar terminator is drawn with its civil, nautical and astronomical twilights. A new History category offers an animated reconstruction of RMS Titanic's maiden voyage, among other moments from the past, placed where they happened. Newly available layers: submarine cable networks, AI computing infrastructure, airport meteorological reports (METAR, winds in knots), space-based lightning detection, armed conflicts (drawn on internationally recognised borders and described in neutral terms), official weather warnings, power stations (with post-2021 changes noted), GNSS interference and global disaster alerts. The Layers panel is now organised into searchable thematic groups. Navigating to your own location is immediate and no longer momentarily loses the globe on arrival, and multi-stop flights now display the correct leg of their journey. All sources are credited in Data & Credits.
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