Skip to main content
  1. Home
  2. Emerging Tech
  3. News

The Rocket Lab founder just launched a giant disco ball into orbit

Add as a preferred source on Google

The spaceflight startup Rocket Lab recently launched the second test flight of its Electron rocket, and it marked the first rocket launched from New Zealand. Named “Still Testing,” the 55-foot-tall rocket successfully deployed three commercial satellites.

The launch from the Māhia Peninsula made New Zealand the 11th country to deliver a payload into orbit. The rocket had an extra passenger that it deployed in addition to the satellites, however, as sharp-eyed observers noticed and the company recently revealed.

Recommended Videos

Created by the company CEO Peter Beck, the sculpture called “Humanity Star” is a polygonal carbon-fiber sphere consisting of 65 panels that reflect sunlight as it spins. About the size of a large beach ball, it’s visible from Earth with the naked eye, and the company announced it will be “the brightest thing in the night sky.”

Don’t call it a disco ball, Beck told the Washington Post. He wants it to have a more serious impact. “But in all honesty, yes, it’s a giant mirror ball,” he admitted.

The space sculpture will orbit the Earth every 90 minutes travelling at 27 times the speed of sound, spinning as it orbits. Its orbit will last for about nine months, at which point it will burn up as it reenters the atmosphere.

Rocket Lab has set up a website for tracking Humanity Star, so you can see it when it passes overhead. “The goal is make people look up and realize they are on a rock in a giant universe,” Beck said in a statement.

“My hope is that everyone looking up at the Humanity Star will look past it to the expanse of the universe, feel a connection to our place in it and think a little differently about their lives, actions and what is important,” he added. “You may just feel a connection to the more than seven billion other people on this planet we share this ride with.”

Not everyone views the space sculpture as such a lofty accomplishment, as Mashable points out. “This is stupid, vandalizes the night sky and corrupts our view of the cosmos,” tweeted astronomer David Kipping. “Looking up at the Moon and the planets in the night sky invokes similar feelings of wonder – why do we need this artificial disco ball in orbit?” echoed planetary scientist Meg Schwamb.

According to Rocket Lab, regulators of space missions in both the U.S. and New Zealand were informed of the payload and approved it prior to launch.

The company also responded to the critics with an emailed statement. “The Humanity Star will briefly flash across the sky for a few seconds, reflecting sunlight back to the Earth’s surface, creating a fleeting glint of light,” said Beck. “It is designed to be a brief moment of just a few seconds.”

Mark Austin
Former Digital Trends Contributor
Mark’s first encounter with high-tech was a TRS-80. He spent 20 years working for Nintendo and Xbox as a writer and…
Anthropic warns of imminent self-replicating AI that might even work off an oven or TV
Self-replicating AI could be merely months away, and tests show it can run on the devices sitting at your home.
Illustration of dangerous AI.

Over the past few weeks, nearly every AI lab has released frontier AI models. Earlier today, Google started rolling out Gemini 4, Argon, hot on the heels of Meta announcing its Muse Wonder frontier AI models to compete against the best from OpenAI and Anthropic's Claude. This relentless pace of AI model release comes at a time when the same AI labs are calling for development slowdown and increased regulation, following a series of concerning incidents where these AI models went rogue and broke into private, as well as government-owned, websites.

Now, Anthropic has dropped a chilling set of predictions about the capabilities of these AI models after running a series of tests. The company claims that small AI models could be merely a few months away from self-replicating and turning into a dangerous swarm. More importantly, they won't require a massive data center or an uber-powerful computer to do so. On the contrary, the lab claims that these self-replicating AI swarms will need something with as little computing power as an average Internet-connected device, like a smart oven or an Android TV box.

Read more
Trending Forward: Fold’s CEO spills on the real future of everyday bitcoin
What if the future of Bitcoin is not the US Dollar? What if it's mainstream future is earning small rewards on everyday bills?
Wristwatch, Emblem, Symbol

Saying the word crypto out loud, or posting on social media sites, is almost a guaranteed road to passionate commentary. And by passionate, I mean the two extremes of the conversation — the optimist side and the vitriolic detractions. There is a big pool of leaders who still see it as the future, while others aren't quite sold on the idea. In the latest episode of Trending Forward, I sat down with Fold CEO Will Reeves to discuss whether Bitcoin actually needs to replace the US dollar to become genuinely useful to mainstream consumers.

While I've long been skeptical of crypto's wild volatility and its viability as everyday cash, our conversation explored a pragmatic alternative: continuing to live, spend, and pay bills in dollars while quietly accumulating Bitcoin in the background as a long-term savings asset.

Read more
Tiny robots could shrink weeks of heart infection treatment into a single day
Forget open-heart surgery, because these rice-sized robots take the express route to your heart.
heart being treated by tiny robot

Treating a heart infection is no walk in the park. Patients often spend weeks on IV antibiotics, and if that fails, open-heart surgery enters the picture. Johns Hopkins University engineers may have found a better way.

The team has developed magnetic “millirobots” that are about as wide as a pencil tip and roughly as long as a grain of rice. As detailed in their study published in Advanced Materials Technologies, the robots are designed to deliver medicine directly to infected heart tissue.

Read more