Starlink is poised to launch in South Korea this year, pending regulatory approvals, as global demand for low-orbit satellite connectivity surges.

On April 27, South Korea’s Ministry of Science and ICT announced system improvements to facilitate low-orbit satellite communication services like Starlink and the U.K.’s OneWeb. Low-orbit satellites, operating at 300–1,500 km, enable high-speed internet without extensive ground infrastructure, serving remote areas, ships, and airplanes.

“If we start domestic services, high-speed Wi-Fi services will be available on airplanes, and we will be able to provide online video services (OTT) and video calls to crews on long-haul ships,” said Minister of Science and ICT Yoo Sang-im.

According to KMIB, OneWeb is awaiting approvals for cross-border supply agreements and terminal suitability assessments. SpaceX’s Starlink is also waiting for approval. In October 2024, South Korea’s Ministry of Science and ICT notified the public about amendments to technical standards that would prevent frequent interference. After 60 days of the notice’s publication, the South Korean government is estimated to take 3-4 months to approve Starlink’s cross-board supply agreement with SpaceX.

Kim Nam-cheol, director of the Radio Policy Bureau, noted, “It is certain that (the two companies) will launch services this year, but it is difficult to specify a date as changes may occur during the consultation process.”

Starlink and OneWeb’s pending approvals in S. Korea involve ensuring compliance with local regulations, including terminal assessments for new devices. The push for satellite internet reflects a broader global trend, with S. Korea positioning itself to bridge connectivity gaps in aviation, maritime, and remote regions.

Starlink’s global reach is evident, and its usefulness increases as it expands. In January, T-Mobile used Starlink Cellular to transmit emergency alerts during LA wildfires. Meanwhile, Hawaiian and United Airlines offer Starlink Aviation for in-flight video streaming and gaming.

As Starlink expands, new competitors enter the ever-growing lob-orbit satellite communications industry. For example, Amazon’s Kuiper established a corporation in South Korea last May.

Starlink’s involvement in the Ukriane-Russia war has also led world governments to consider establishing their own satellite communications network. South Korea aims to develop its own independent satellite technology by 2030. The Asian nation plans to invest 320 billion won over six years to launch two communication units via the Nuri rocket.

Ukraine is also exploring Starlink alternatives developed by the European Union. In addition, Germany’s military, Bundeswehr, plans to build its own satellite constellation to reduce dependence on foreign networks amid geopolitical tensions.

As Starlink expands, S Korea’s regulatory and technological efforts could shape its role in the global satellite communication market, balancing foreign services with ambitions for domestic innovation.

Alphabet-owned robotaxi company Waymo is mulling over the possibility of selling self-driving vehicles to individual owners in the future, as highlighted last week by the Google parent company’s head executive.

On Thursday, Alphabet CEO Sundar Pichai said during the company’s first-quarter earnings update that Waymo would maintain selling self-driving vehicles to individuals as an option in the future, according to a report from Reuters. Pichai didn’t disclose any specifics about the potential to do so or a timeline, though he noted that “there is future optionality for personal ownership.”

Waymo currently operates over 700 self-driving vehicles, 300 of which are operating in San Francisco, and it’s the only company to operate a paid self-driving ride-hailing service as of yet.

The statement comes as Tesla and other companies aim to launch their own commercial robotaxi services, and while the electric vehicle (EV) giant already sells its Supervised Full Self-Driving (FSD) software to individual owners. Additionally, Tesla aims to launch an Unsupervised version in the coming months.

Waymo launched in Austin in January in a unique partnership with Uber, while its self-driving ride-hailing vehicles in California run through its in-house ride-hailing app, Waymo One. It has opened the app to the public in multiple areas of Los Angeles and in cities surrounding and including San Francisco. The company also dropped the need to sign up for a waitlist to use the service in Los Angeles in November, after doing so in the Bay Area earlier that year.

The Alphabet-owned firm also started initial testing in Japan earlier this month, marking the company’s first time in an international market.

Waymo is setting the stage for its rollout in Tokyo. 🇯🇵

Have you experienced a ride in Waymo's self-driving robotaxis?pic.twitter.com/V7lQf1CMjD

— TESLARATI (@Teslarati) April 10, 2025

READ MORE ON WAYMO’S ROBOTAXIS: Here’s where Waymo is launching autonomous robotaxis next

Tesla is targeting a launch its first commercial robotaxis and Unsupervised FSD around Austin in June, and CEO Elon Musk reiterated this goal during the company’s Q1 earnings call on Tuesday. When asked about how Tesla expected its commercial robotaxi services would compete with Waymo, which is already operating paid driverless rides in multiple cities, Musk highlighted how costly the company’s cars are to produce:

The issue with Waymo’s cars is it costs way more money, but that is the issue. The car is very expensive, made in low volume. Teslas probably cost 25 percent or 20 percent of what a Waymo costs, and are made in very high volume.

So, ironically, we’re the ones to make the bet that a pure AI solution with cameras, and what do you have? The car actually will listen for sirens and that kind of thing. It’s the right move.

And Waymo decided that an expensive sensor suite is the way to go, even though Google is very good at AI.

Musk also went on to predict that Tesla would eventually capture at least 90 percent of the robotaxi market, or potentially as much as 99 percent, with millions of cars on the road that are already able to run FSD.

He also highlights that Tesla’s vehicles at both the Gigafactory in Austin, Texas and the Fremont, California plant can drive themselves fully autonomously from the end of the production line to the outbound lot. Musk also said that he was “confident” that the first Model Y units to drive themselves to the customer will take place later this year, from both the Fremont and Austin factories.

Ex-Waymo CEO dismisses Tesla, Cybercab: “They’re a car company with a driver-assist system”

Recent reports from Chinese social media and news outlets have shared some rumors about an upcoming vehicle that Tesla China is reportedly developing.

Rumored to be internally codenamed as “E80,” the vehicle will reportedly be a more affordable variant of the best-selling Model Y crossover.

The Model Y “E80” Rumors

As per the recent rumors, which were initially posted on Chinese social media, the Model Y “E80” will reportedly be equipped with a 50-55 kWh battery. The vehicle’s launch will reportedly be determined by the market performance of the new Model Y, though some rumors suggest that its rollout could be as early as the second half of 2025, or sometime in 2026.

Rumors about the vehicle’s price are varied, with some news outlets stating that the “E80” will be priced at around 150,000-170,000 yuan ($20,500-$23,300), while others cited a price of 190,000–210,000 ($26,000–$28,800). For context, the new Model Y in China today is priced at 263,500-313,500 yuan ($36,160-$43,000) depending on its variant.

Being an affordable variant of the new Model Y, he “E80” will reportedly be quite different from its more premium siblings. The vehicle will reportedly be fitted with smaller wheels, single-layer windows on its sides, no rear display, half the number of speakers, single-color ambient interior lighting, fabric seats with no heating or ventilation functions, a manual trunk, and a metal roof.

Rumored, But Not Farfetched

While these rumors about the alleged Model Y “E80” from China are not confirmed at all, Tesla has released a pretty similar, stripped-out variant for one of its current vehicles—the Cybertruck. Just recently, Tesla introduced the Cybertruck Long Range Rear Wheel Drive (LR RWD), which costs $10,000 less than the Cybertruck All Wheel Drive (AWD). The vehicle featured smaller wheels, fabric seats, less than half the number of speakers, and no rear display, among others.

A more affordable Model Y was teased by Tesla VP of Engineering Lars Moravy, who noted that Tesla’s affordable models will likely resemble the company’s current products. “Models that come out in next months will be built on our lines and will resemble, in form and shape, the cars we currently make. And the key is that they’ll be affordable, and you’ll be able to buy one,” Moravy stated during the Tesla Q1 2025 earnings call.