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Sateliot's technology connects previously underserved areas, such as oceans, deserts, and remote zones, which represent 80% of the planet, through affordable and resilient communications.
Planet's agile aerospace methodology enables mass manufacturing and continuous improvement of the Owl satellites.
Planet collaborates with Anthropic and Google to train AI on Planet's data.
The contract integrates AI technology from Planet partner SynMax to detect dark vessels and illegal activities.
Planet Labs Federal announced the contract renewal on Tuesday.
Planet's high-resolution SkySat data is integrated into SeaVision for additional intelligence on specific events.
Planet Labs signed a $230 million deal to build a constellation of Earth observing satellites for Japanese operator JSAT and a $280 million agreement to supply images to the German government.
Planet's daily PlanetScope data is integrated into SeaVision for broad area management and near real-time vessel monitoring.
The project integrates Planet’s satellite imagery into SeaVision, a maritime situational awareness tool by the U.S. Department of Transportation.
Planet Labs has shipped the newest additions to the Pelican constellation to Vandenberg Space Force Base prior to launch on the SpaceX Transporter-15 mission.
The U.S. Navy awarded Planet a $7.5 million contract renewal for vessel detection and monitoring over the Pacific.
The events during the early solar system determined the elements and minerals that young worlds carried into the next stage of planet formation.
Planet Labs has shipped Pelicans 5 and 6 along with 36 SuperDove cubesats of Flock 4H for launch on the SpaceX Transporter-15 mission.
Understanding a planet's earliest characteristics, including its water, air, and carbon content, is crucial for understanding its evolution.
The team discovered that the chemistry of the disk around the planet changed during the accretion episode, with water vapor present during the event but not before.
Observations made with the Very Large Telescope of the European Southern Observatory reveal that the rogue planet is consuming gas and dust at a rate of six billion tons per second.
Earth wind is produced by atmospheric particles escaping Earth and is transported along the planet's magnetosphere to the lunar surface.
This phenomenon had been observed in stars but never in any type of planet.
Officially named Cha 1107-7626, this rogue planet is still forming and is fed by a surrounding disk of gas and dust.
This growth rate is the highest ever recorded for a rogue planet and for any planet type.