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WASHINGTON — Last year, VPN usage in China nearly doubled, according to data from IT education news outlet Techopedia, this despite the country’s strict regime of internet controls of everything from overseas websites to online games.

China’s “Great Firewall” is one of the world’s most comprehensive internet censorship regimes, preventing citizens from accessing websites like Instagram, Wikipedia and YouTube, as well most major news organizations including VOA.

VPNs are outlawed in China because they allow users to jump the “Great Firewall” and securely connect to the internet outside the country while blocking their IP address.

Rob Binns, a journalist with Techopedia, said China’s increasingly strict censorship policies may explain the rise in VPN usage there.

“Looking at VPN usage versus what it’s combating, which is online censorship, we are seeing online censorship in a range of countries, particularly China, becoming more strategic and more surgical,” Binns told VOA in an interview. 

In 2021, Chinese regulators limited teenagers’ access to video games to three hours per week — from 8 to 9 p.m. on Fridays, Saturdays and Sundays — before unveiling more severe restrictions last December which set spending limits on video game platforms and banned incentives for daily logins.

Binns said these regulations on minors may particularly motivate Chinese usage of VPNs.

“With that younger demographic, which is traditionally, extremely, highly tech-literate demographic, they’re always going to be looking for ways to kind of circumvent that top-down pressure from governments and find ways to get around that,” Binns said. “And if that means turning to VPNs to circumvent that, then that’s certainly what we’re seeing.”

Analysts say VPNs empower Chinese internet users to discuss major political issues on the internet without facing governmental blowback.

“Circumvention tools like VPNs can enable people in China to access the global internet, including spaces where they can express themselves freely without fear of censorship,” Kian Vesteinsson, a senior research analyst for technology and democracy at the nonprofit Freedom House, which advocates for political freedom, told VOA in an emailed response. “During unprecedented nationwide protests in late 2022, many Chinese people used VPNs to sidestep the Great Firewall and share their views on otherwise-inaccessible social media platforms.”

Vesteinsson said access to a free, open internet potentially threatens the ruling Chinese Communist Party — hence the government’s crackdowns on internet usage.

“Circumvention technology helped produce one of the most open challenges to CCP rule in decades,” Vesteinsson told VOA. “CCP authorities responded to the 2022 protests in part by scrubbing references to VPNs from the Chinese internet.”

“People face severe consequences for using prohibited VPNs, particularly if they belong to a marginalized ethnic or religious minority or try to access content censored by the authorities,” Vesteinsson added. “The government even removes discussion of VPNs from China-based social media platforms, preventing people from learning about circumvention technology.”

Analysts expect further crackdowns could lead either to additional upticks in VPN usage or a reluctance to use VPNs, depending on how China chooses to further enhance its censorship regime.

“The exact nature of the crackdown, as well as accompanying measures are what decides which effects it is likely to have,” Antonia Hmaidi, a senior analyst at the Berlin-based think tank Mercator Institute for China Studies, told VOA in an email. “China has been so successful in managing its internet partly through making the Great Firewall work not only with fear, but also friction and flooding.”

Hmaidi adds that instead of cracking down, China could also slow the speed of all connections outside the country, which would make it more inconvenient to use VPNs, and maintain an approved list of fast connections for companies.
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In an effort to connect to younger voters, the Biden campaign has joined TikTok. But while many users have welcomed the move, security experts and even legislators have expressed disapproval amid long-standing privacy concerns surrounding the use of the Chinese-owned app. VOA’s Veronica Balderas Iglesias has details from Washington.
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Wildfires fueled by climate change have ravaged communities from Maui to the Mediterranean this summer, killing many people, exhausting firefighters and fueling demand for new solutions. Enter artificial intelligence.

Firefighters and startups are using AI-enabled cameras to scan the horizon for signs of smoke. A German company is building a constellation of satellites to detect fires from space. And Microsoft is using AI models to predict where the next blaze could be sparked.

With wildfires becoming larger and more intense as the world warms, firefighters, utilities and governments are scrambling to get ahead of the flames by tapping into the latest AI technology — which has stirred both fear and excitement for its potential to transform life. While increasingly stretched first responders hope AI offers them a leg up, humans are still needed to check that the tech is accurate.

California’s main firefighting agency this summer started testing an AI system that looks for smoke from more than 1,000 mountaintop camera feeds and is now expanding it statewide.

The system is designed to find “abnormalities” and alert emergency command centers, where staffers will confirm whether it’s indeed smoke or something else in the air.

“The beauty of this is that it immediately pops up on the screen and those dispatchers or call takers are able to interrogate that screen” and determine whether to send a crew, said Phillip SeLegue, staff chief of intelligence for the California Department of Forestry and Fire Protection.

The cameras, part of a network that workers previously had to watch, provide billions of bytes of data for the AI system to digest. While humans still need to confirm any smoke sightings, the system helps reduce fatigue among staffers typically monitoring multiple screens and cameras, alerting them to look only when there’s possible fire or smoke, SeLegue said.

It’s already helped. A battalion chief got a smoke alert in the middle of the night, confirmed it on his cellphone and called a command center in San Diego to scramble first responders to the remote area.

The dispatchers said that if they hadn’t been alerted, the fire would have been much larger because it likely wouldn’t have been noticed until the next morning, SeLegue said.

San Francisco startup Pano AI takes a similar approach, mounting cameras on cell towers that scan for smoke and alert customers, including fire departments, utility companies and ski resorts.

The cameras use computer vision machine learning, a type of AI.

“They’re trained very specifically to detect smoke or not, and we train them with images of smoke and images of not smoke,” CEO Sonia Kastner said.

The images are combined with feeds from government weather satellites that scan for hotspots, along with other data sources, such as social media posts.

The technology gets around one of the main problems in the traditional way of detecting wildfires — relying on 911 calls from passers-by that need confirmation from staffers before crews and water-dropping planes can be deployed.

“Generally, only one in 20 of these 911 calls are actually a wildfire. Even during fire season, it might be a cloud or fog or a barbecue,” Kastner said.

Pano AI’s systems do still rely on final confirmation, with managers playing a time lapse of the camera feed to ensure it’s smoke rising.

For fighting forest fires, “technology is becoming really essential,” said Larry Bekkedahl, senior vice president of energy delivery at Portland General Electric, Oregon’s largest utility and a Pano AI customer.

Utility companies sometimes play a role in sparking wildfires, when their power lines are knocked down by wind or struck by falling trees. Hawaii’s electric utility acknowledged that its power lines started a devastating blaze in Maui this summer after apparently being downed by high winds.

PGE, which provides electricity to 51 cities in Oregon, has deployed 26 Pano AI cameras, and Bekkedahl said they have helped speed up response and coordination with emergency services.

Previously, fire departments were “running around looking for stuff and not even really knowing exactly where it’s at,” he said. The cameras help detect fires quicker and get teams on the ground faster, shaving up to two hours off response times.

“That’s significant in terms of how fast that fire can can spread and grow,” Bekkedahl said.

Using AI to detect smoke from fires “is relatively easy,” said Juan Lavista Ferres, chief data scientist at Microsoft.

“What is not easy is to have enough cameras that cover enough places,” he said, pointing to vast, remote areas in northern Canada that have burned this summer.

Ferres’ team at Microsoft has been developing AI models to predict where fires are likely to start. They have fed the model with maps of areas that burned previously, along with climate and geospatial data.

The system has its limitations — it can’t predict random events like a lightning strike. But it can sift through historical weather and climate data to identify patterns, such as areas that are typically drier. Even a road, which indicates people are nearby, is a risk factor, Ferres said.

“It’s not going to get it all perfectly right,” he said. “But what it can do is it can build a probability map (based on) what happened in the past.”

The technology, which Microsoft plans to offer as an open-source tool, can help first responders trying to figure out where to focus their limited resources, Ferres said.

Another company is looking to the heavens for a solution. German startup OroraTech analyzes satellite images with artificial intelligence.

Taking advantage of advances in camera, satellite and AI technology, OroraTech has launched two mini satellites about the size of a shoebox into low orbit, about 550 kilometers above Earth’s surface. The Munich-based company has ambitions to send up eight more next year and eventually put 100 into space.

As wildfires swept central Chile this year, OroraTech said it provided thermal images at night when aerial drones are used less frequently.

Weeks after OroraTech launched its second satellite, it detected a fire near the community of Keg River in northern Alberta, where flames burned remote stretches of boreal forest repeatedly this summer.

“There are algorithms on the satellite, very efficient ones to detect fires even faster,” CEO Thomas Gruebler said.

The AI also takes into account vegetation and humidity levels to identify flare-ups that could spawn devastating megafires. The technology could help thinly stretched firefighting agencies direct resources to blazes with the potential to cause the most damage.

“Because we know exactly where the fires are, we can see how the fires will propagate,” Gruebler said. “So, which fire will be the big fire in one day and which will stop on their own.”
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NASA’s first asteroid samples fetched from deep space parachuted into the Utah desert Sunday to cap a seven-year journey.

In a flyby of Earth, the Osiris-Rex spacecraft released the sample capsule from 63,000 miles (100,000 kilometers) out. The small capsule landed four hours later on a remote expanse of military land, as the mothership set off after another asteroid.

Scientists estimate the capsule holds at least a cup of rubble from the carbon-rich asteroid known as Bennu but won’t know for sure until the container is opened. Some spilled and floated away when the spacecraft scooped up too much and rocks jammed the container’s lid during collection three years ago.

Japan, the only other country to bring back asteroid samples, gathered about a teaspoon in a pair of asteroid missions.

The pebbles and dust delivered Sunday represent the biggest haul from beyond the moon. Preserved building blocks from the dawn of our solar system 4.5 billion years ago, the samples will help scientists better understand how Earth and life formed.

Osiris-Rex, the mothership, rocketed away on the $1 billion mission in 2016. It reached Bennu two years later and, using a long stick vacuum, grabbed rubble from the small roundish space rock in 2020. By the time it returned, the spacecraft had logged 4 billion miles (6.2 billion kilometers).

NASA’s recovery effort in Utah included helicopters as well as a temporary clean room set up at the Defense Department’s Utah Test and Training Range. The samples will be flown Monday morning to a new lab at NASA’s Johnson Space Center in Houston. The building already houses the hundreds of pounds (kilograms) of moon rocks gathered by the Apollo astronauts more than a half-century ago.

The mission’s lead scientist, Dante Lauretta of the University of Arizona, will accompany the samples to Texas. The opening of the container in Houston in the next day or two will be “the real moment of truth,” given the uncertainty over the amount inside, he said ahead of the landing.

Engineers estimate the canister holds 250 grams (8.82 ounces) of material from Bennu, plus or minus 100 grams (plus or minus 3.53 ounces). Even at the low end, it will easily surpass the minimum requirement of the mission, Lauretta said.

It will take a few weeks to get a precise measurement, said NASA’s lead curator Nicole Lunning.

NASA plans a public show-and-tell in October.

Currently orbiting the sun 50 million miles (81 million kilometers) from Earth, Bennu is about one-third of a mile (one-half of a kilometer) across, roughly the size of the Empire State Building but shaped like a spinning top. It’s believed to be the broken fragment of a much larger asteroid.

During a two-year survey, Osiris-Rex found Bennu to be a chunky rubble pile full of boulders and craters. The surface was so loose that the spacecraft’s vacuum arm sank a foot or two (0.5 meters) into the asteroid, sucking up more material than anticipated and jamming the lid.

These close-up observations may come in handy late in the next century. Bennu is expected to come dangerously close to Earth in 2182 — possibly close enough to hit. The data gleaned by Osiris-Rex will help with any asteroid-deflection effort, according to Lauretta.

Osiris-Rex is already chasing after the asteroid Apophis and will reach it in 2029.

This was NASA’s third sample return from a deep-space robotic mission. The Genesis spacecraft dropped off bits of solar wind in 2004, but the samples were compromised when the parachute failed, and the capsule slammed into the ground. The Stardust spacecraft successfully delivered comet dust in 2006.

NASA’s plans to return samples from Mars are on hold after an independent review board criticized the cost and complexity. The Martian rover Perseverance has spent the past two years collecting core samples for eventual transport to Earth.
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Earlier this year, Taiwanese semiconductor giant TSMC announced that it was delaying the opening of a computer chip plant in the U.S. state of Arizona because of a shortage of specialized workers. But during a visit to Taiwan this week, Arizona Governor Katie Hobbs told officials that the project is back on schedule and should have no further delays. From Phoenix, Arizona, Levi Stallings has our story.
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