Nanosatisfi Raises $25 Million Series A Funding, Changes Name to Spire

spire_sat_busSAN FRANCISCO (Spire PR) –Spire, a satellite-powered data company, announced today that it has raised $25 million in Series A funding. Spire is changing its name from Nanosatisfi, with rebranding rolling out through the end of the year.

“We listen to the three-quarters of the Earth that is remote or covered by water. Our customers make global business decisions and require detailed data in regions that have been critically underserved. Spire’s offering of high frequency, high accuracy data resonated with them, particularly in the areas of global trade, weather, shipping and supply chain, illegal fishing, and maritime domain awareness. Modern remote sensing traditionally focuses on the small fraction of Earth that is covered in land and is densely populated with people,” says Peter Platzer, Spire CEO. “What happens, particularly over the oceans, is critical in understanding global systems, and our proprietary technology delivers truly global perspectives that enable our customers to make smarter decisions.”

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March of the CubeSats

Two of the 28 Planet Labs Dove satellites that make up the Flock 1 constellation are seen launching into orbit from the International Space Station on Feb. 11. (Credit: NASA)
Two of the 28 Planet Labs Dove satellites that make up the Flock 1 constellation are seen launching into orbit from the International Space Station on Feb. 11. (Credit: NASA)

HOUSTON (NASA PR) — It’s a bird, it’s a plane, it’s a CubeSat! With so many small, relatively inexpensive satellites deploying lately from the International Space Station, it may seem like the area referred to as low-Earth orbit, between 100 and 1,240 miles above the planet, is full of these compact cubes. The miniature satellites, or CubeSats, conduct research and demonstration missions.

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Cygnus to Take Science Experiments to ISS

Antibiotic Effectiveness in Space (AES-1) consists of Commercial Generic Bioprocessing Apparatus and 16 Group Activation Packs. Here, astronaut Mark Kelly works with similar hardware used in the NLP-Vaccine-10 investigation. (Credit: BioServe Space Technologies)
Antibiotic Effectiveness in Space (AES-1) consists of Commercial Generic Bioprocessing Apparatus and 16 Group Activation Packs. Here, astronaut Mark Kelly works with similar hardware used in the NLP-Vaccine-10 investigation. (Credit:
BioServe Space Technologies)

HOUSTON (NASA PR) — Delivering ants to space, sloshy fluids for robotic satellites, a study on antibiotic drug resistance and other small satellites to the International Space Station can be a tough job, and now Orbital Sciences Corporation of Dulles, Va., can help carry the load. In its first commercial resupply journey after completion of NASA’s Commercial Orbital Transportation Services program, the Orbital-1 mission will deliver some very interesting new scientific investigations to the space station.

Orbital’s Antares rocket is planned to launch Jan. 8 from Wallops Flight Facility in eastern Virginia. Antares is scheduled to deliver the Cygnus spacecraft full of new research investigations, supplies and other space station hardware to the space station on Jan. 12.

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ArduSat and ISU Sign an Agreement on Joint Cooperation

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STRASBOURG, France (ISU PR) — ArduSat is a nonprofit corporation, established in 2012 by Peter Platzer, Jeroen Cappaert and Joel Spark, all of them alumni of the International Space University. The concept behind the corporation is simple but also very novel, namely to provide cheap and global access to space in an uncomplicated way (see also www.nanosatisfi.com for further info).

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CubeSats Personalized, Eyed for Interplanetary Missions

You can read the full story by Alan Boyle and Matt Rivera here.

Meanwhile, a team from the University of Michigan’s Aerospace Engineering Department has launched a Kickstarter campaign to develop a plasma thruster capable of sending CubeSats beyond Earth orbit. The team’s partners include Planetary Resources and three NASA centers.

We are currently developing the CubeSat Ambipolar Thruster (CAT), a new plasma propulsion system which will push small spacecraft like CubeSats around in orbit or far beyond the Earth.

This new thruster technology will enable us to send low-cost satellites from the Earth to distant destinations in the Solar System. You can be a part of space exploration history! By contributing to the CAT, you can help future spacecraft make amazing discoveries about extraterrestrial bodies and further our understanding of the near-Earth environment, the Solar System, and beyond. Who knows, maybe we’ll even be able to find life on those beckoning watery moons of Jupiter or Saturn!

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