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When Nanoracks was created a decade ago it became the first company in the world to own and market its own hardware on the International Space Station. In doing so it faced a number of philosophical challenges, in particular because the notion of a private company wanting to own research hardware, market the results and set its own prices was something of an alien concept for NASA at the time. Here, in an article based on his presentation at the Asgardia Space Science & Investment Conference (ASIC) in October, CEO Jeff Manber reflects on the company’s pioneering commercial journey and looks at challenges that lie in the future.


The business model of Nanoracks has essentially been to grow, not through increasing investment but by building increasingly more complex hardware. I like to think that we’re not actually in the hardware business but, in reality, we are — and it’s where we have found a niche in the market.

Ten years ago, when we started with Nanolabs, it was the first time that miniature (10 × 10 × 10 cm) space laboratories had been standardised. I made a decision right at the start not to patent the Nanolab and its power frame because I wanted to create an ecosystem. Today, we are competing with ICE Cubes (a public-private partnership between the European Space Agency (ESA) and Belgium-based Space Applications Services) and Space Tango (a Kentucky, USA-based company that builds research and manufacturing systems into compact smart containers, called CubeLabs, installed in hubs on the International Space Station (ISS). We want to see the market develop and so, as much as possible, we try not to patent. However, at the same time, we believe we’ll be better at getting the customers and building the market.

Great interview with Villanova University astronomer Ed Guinan, who explains today’s news of the latest paper on why Betelgeuse experienced such a deep dimming this past Fall and Winter. We cover a lot of territory from how Gene Roddenberry chose the name Guinan for the Whoopi Goldberg character on Star Trek’s Next Generation to the history behind the pole star’s mysterious brightening; to the Dog Star Sirius; to why life might still be possible around red dwarfs; to our Sun’s longterm future. Please listen!


In a stroke of serendipity during a wide-ranging podcast interview, Villanova University astronomer Edward Guinan explains the paper behind today’s news flap about the red supergiant star’s inexplicable dimming. The most recent explanation is that dust generated from cooling plasma spewed forth from the massive star’s interior caused Betelgeuse to appear more dim than usual. While Guinan acknowledges this scenario is a possibility, he remains skeptical. Please listen to this candid and entertaining episode!

Everybody has questions about space and what’s beyond the horizon. Our mission is to be the answer.


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A world first. New footage from Mars rendered in stunning 4K resolution.

Although the cameras are high quality, the rate at which the rovers can send data back to earth is the biggest challenge. Curiosity can only send data directly back to earth at 32 kilo-bits per second.

Instead, when the rover can connect to the Mars Reconnaissance Orbiter, we get more favourable speeds of 2 Megabytes per second.

However, this link is only available for about 8 minutes each Sol, or Martian day.

As you would expect, sending HD video at these speeds would take a long long time. As nothing really moves on Mars, it makes more sense to take and send back images.

Credits — NASA, ElderFoxDocumentaries.

#MARS #Marsin4K #MARSinHD #MARSVideo #OccupyMars #MarsSurface #NASA