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Gogo made a strategic investment in Farcast in December 2025 to fund development of aviation user terminals.
The Gogo Formation contains a diverse collection of lungfish and early vertebrate species that provide data points for anatomy and variation within early lungfishes.
The lungfish specimen from Gogo was first described in 2010 and was interpreted at the time as potentially representing a previously unknown type of fish.
Flinders University supplied illustrations and photographs including artwork of Paleolophus, a 3D-printed skull of the Gogo lungfish Chirodipterus australis, and images of the Gogo field site and researchers.
The Gogo site in Western Australia is part of an ancient Devonian reef sometimes described as Australia's first Great Barrier Reef.
Flinders University palaeontologists revisited a damaged lungfish specimen from the Late Devonian Gogo Formation in Western Australia's far north.
The Flinders University team used high-resolution CT scanning and computed tomography to produce detailed digital images of the external and internal structure of the Gogo lungfish cranium.
The Gogo Formation study 'Deciphering Cainocara enigma from the Late Devonian Gogo Formation, Australia' (2025) by Hannah S. Thiele, John A. Long, Joseph J. Bevitt and Alice M. Clement appears in the Canadian Journal of Zoology with DOI 10.1139/cjz-2025-0109.
The CT and computed tomography data allowed reconstruction of the complex brain cavity of the poorly preserved Gogo lungfish specimen.
New scans of the Gogo lungfish specimen revealed that earlier impressions of the fossil were likely interpreted upside down and back to front.
Immfly is leveraging Eutelsat’s OneWeb Low Earth Orbit constellation through Gogo hardware and network infrastructure for its new connectivity service.
The connectivity solution combines Gogo’s next-generation Plane Simple electronically steered antenna, Eutelsat OneWeb constellation services, and Immfly’s modular agnostic onboard server Equilux Aero.
The combined Immfly–Gogo–Eutelsat solution can be fully installed in 24 to 30 hours.
Gogo’s hardware functions as the conduit connecting Immfly hardware with the OneWeb constellation and supports connectivity needs of high-density narrowbody aircraft as well as business aviation and milgov customers.
Immfly’s new satcom service will equip formerly disconnected commercial aircraft with Gogo’s electronically steered antenna and Eutelsat’s OneWeb connectivity services.
OneWeb provides high-speed Low-Earth Orbit connectivity for the Eutelsat, Gogo, and Immfly in-flight connectivity offering.
Eutelsat is working with Gogo and Immfly to offer an in-flight connectivity solution that uses OneWeb connectivity.
Gogo’s Plane Simple electronically steered antenna is intended for next-generation airborne connectivity installations.
Jimmy von Korff supports using Eutelsat’s OneWeb LEO connectivity and Gogo ESA hardware to bring narrowbody aircraft into the digital era, enable ancillary revenue growth, streamline operations, and provide passengers with connectivity comparable to their ground experiences.
Immfly will offer the in-flight connectivity service for the Eutelsat, Gogo, and Immfly partnership.