Reported by: Kenrick Cai, Michaella Huck, David Jeans, Arianna Johnson, Phoebe Liu, Rashi Shrivastavaĭisclosure: The 2022 Cloud 100 includes companies that have taken investment from Bessemer Venture Partners and Salesforce Ventures, which helped create this list.
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See our full package of coverage below-including our Rising Stars list of up-and-comers-for a glimpse of the cloud’s future. Just eight companies on the Cloud 100 are helmed by women, up from just six a year ago. List makers in 2022 should now proceed with caution.Īnd while the Cloud 100 is more diverse than ever, the sector still has a long way to go. Yet those valuations are starting to crumble from their exuberant recent peaks, and layoffs have crept into the ranks. Play Xbox console games on the devices you already have.
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This year’s list is bigger than ever before, with a combined market capitalization more than $100 billion greater than 2021 and headcounts larger by total, average and median. Background of a pirate ship with Sea of Theives characters surrounding a laptop, TV and. Movement on this year’s Cloud 100, however, fails to fully capture sector-wide changes still bubbling up. 78 Aiven, two of 20 outright newcomers overall five, meanwhile, return from a hiatus, led by No. Canada and Finland gain their first companies with No. From there, things get a bit more surprising, with Russia-founded Miro moving up 32 slots to No. 3 Canva-remain private, slotting in at the top. Many of the top companies of last year’s list-including No. Of the 11 companies that went public from last year’s list, six fewer than the previous year, all are trading far below their list price.
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Ranging from Helsinki to Hong Kong, the companies on the list are selected for growth, sales, valuation and culture plus a reputation score derived in consultation with 26 CEO judges and executives from their public-cloud-company peers.Īfter several years of soaring valuations and a wide open IPO window that helped list makers become public companies and graduate off the list, the music stopped in 2022.
Text by Michon Scott.He seventh annual Cloud 100 list of the world’s top private cloud companies, produced in partnership with Bessemer Venture Partners and Salesforce Ventures, recognizes standouts in tech’s hottest category from small startups to private-equity-backed giants. Image courtesy Cloud Imaging and Particle Size Experiment data processing team at the University of Colorado Laboratory for Atmospheric and Space Physics. Although AIM had provided researchers with valuable information on noctilucent clouds by the end of the year, many other questions remained, and the researchers planned to keep watching AIM’s progress over the life of the mission. To their surprise, the researchers also noticed that the ice in the mesosphere-the layer of the atmosphere where the clouds form-occurs in a single, continuous layer stretching from about 82 to 89 kilometers (51 to 55 miles) above the Earth’s surface.īy late 2007, AIM had documented the life cycle of noctilucent clouds in the Northern Hemisphere, noting that they first appeared around May 25 and lasted through late August. They also found that the clouds’ brightness varies over horizontal scales of about 3 kilometers (2 miles). They discovered that the clouds appear daily, are widespread, and vary on an hourly to daily basis. In the months following AIM’s early observations, researchers working with the satellite shared some of their findings. Noctilucent clouds, also known as polar mesospheric clouds, form in a part of the atmosphere roughly 50 to 86 kilometers (30 to 54 miles) above the surface of our planet.
Areas of no data appear in black, and landmass outlines appear in blue-green. Because ice particles reflect sunlight, a greater concentration of such particles creates a higher albedo-the ratio of reflected light to total incoming light. In this image, centered on the North Pole, white indicates clouds with the greatest density of ice particles, and dark blue indicates clouds with the lowest. This image, acquired on June 11, 2007, shows some of the first data AIM collected about these clouds. The first satellite designed to study noctilucent clouds, NASA’s Aeronomy of Ice in the Mesosphere (AIM) mission released the first view of these clouds over the entire Northern Hemisphere in 2007, at a resolution of approximately 5 kilometers (3 miles). The clouds’ behavior grew even more mysterious over the past two decades as the clouds began to shine more brightly and appear at lower latitudes than they did before. These night-shining, or noctilucent, clouds long puzzled the researchers who studied them, who wondered how they formed. Their high altitude allows them to reflect sunlight after the Sun has set. At high latitudes in the summer months, iridescent clouds form some 80 kilometers (50 miles) above the surface of the Earth.
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