Новини

Just as many in the United States are starting to explore how to use artificial intelligence to make their lives easier, U.S. adversaries and criminal gangs are moving forward with plans to exploit the technology at Americans’ expense.

FBI Director Christopher Wray issued the warning Monday, telling a cybersecurity conference in Washington that artificial intelligence, or AI, “is ripe for potential abuses.”

“Criminals and hostile foreign governments are already exploiting that technology,” Wray said, without sharing specifics.

“While generative AI can certainly save law-abiding citizens time by automating tasks, it can also make it easier for bad guys to do things like generate deepfakes and malicious code and can provide a tool for threat actors to develop increasingly powerful, sophisticated, customizable and scalable capabilities,” he said.

Wray said the FBI is working to identify and track those using AI to harm U.S. citizens but added that the bureau is being cautious about employing AI itself.

“To stay ahead of the threat at the FBI, we’re determining how we can ethically and legally leverage AI to do our jobs,” he said.

When contacted by VOA, the FBI declined to elaborate on its concerns about employing AI. Nor did the bureau say when or if it has used AI, even on a limited basis.

Other U.S. national security agencies, however, are currently making use of AI.

The Department of Homeland Security is using AI to combat fentanyl trafficking, counter child sexual exploitation and protect critical infrastructure, according to department officials, even as they roll out guidelines governing its use.

“Artificial intelligence is a powerful tool,” Homeland Security Secretary Alejandro Mayorkas said in a statement last Thursday. “Our department must continue to keep pace with this rapidly evolving technology, and do so in a way that is transparent and respectful of the privacy, civil rights, and civil liberties of everyone we serve.”

DHS has also issued directives aimed at preventing its use of AI from being skewed by biased learning models and databases, and to give U.S. citizens a choice of opting out of systems using facial recognition technology.

But across multiple U.S. departments and agencies, the fear of the potential damage AI could cause is growing.

FBI officials, for example, warned in July that violent extremists and terrorists have been experimenting with AI to more easily build explosives.

And they said a growing number of criminals appear to be gravitating to the technology to carry out everything from petty crimes to financial heists.

It is China, though, that is driving the bulk of the concern.

National Security Agency officials have warned that Beijing started using AI to disseminate propaganda via what they described as a fake news channel last year.

“This is just the tip of the iceberg,” David Frederick, the NSA’s assistant deputy director for China, told a cybersecurity summit earlier this month.

“[Artificial intelligence] will enable more effective malign influence operations,” he added.

Such concerns have been bolstered by private cybersecurity companies.

Microsoft, for example, warned earlier this month that Chinese-linked cyber actors have started using AI to produce “eye-catching content” for disinformation efforts that has been gaining traction with U.S. voters.

“We can expect China to continue to hone this technology over time, though it remains to be seen how and when it will deploy it at scale,” Microsoft said.

For its part, China has repeatedly denied allegations it is using AI improperly.

“In recent years, some western media and think tanks have accused China of using artificial intelligence to create fake social media accounts to spread so-called ‘pro-China’ information,” Chinese Embassy spokesperson Liu Pengyu told VOA in an email, following the publication of the Microsoft report.

“Such remarks are full of prejudice and malicious speculation against China, which China firmly opposes,” Liu added.
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Solar panels soak up blinding noontime rays that help power a water desalination facility in eastern Saudi Arabia, a step towards making the notoriously emissions-heavy process less environmentally taxing.

The Jazlah plant in Jubail city applies the latest technological advances in a country that first turned to desalination more than a century ago, when Ottoman-era administrators enlisted filtration machines for hajj pilgrims menaced by drought and cholera.

Lacking lakes, rivers and regular rainfall, Saudi Arabia today relies instead on dozens of facilities that transform water from the Gulf and Red Sea into something potable, supplying cities and towns that otherwise would not survive.

But the kingdom’s growing desalination needs — fueled by Crown Prince Mohammed bin Salman’s dreams of presiding over a global business and tourism hub — risk clashing with its sustainability goals, including achieving net-zero emissions by 2060.

Projects like Jazlah, the first plant to integrate desalination with solar power on a large scale, are meant to ease that conflict: officials say the panels will help save around 60,000 tons of carbon emissions annually.

It is the type of innovation that must be scaled up fast, with Prince Mohammed targeting a population of 100 million people by 2040, up from 32.2 million today.

“Typically, the population grows, and then the quality of life of the population grows,” necessitating more and more water, said CEO Marco Arcelli of ACWA Power, which runs Jazlah.

Using desalination to keep pace is a “do or die” challenge, said historian Michael Christopher Low at the University of Utah, who has studied the kingdom’s struggle with water scarcity.

“This is existential for the Gulf states. So when anyone is sort of critical about what they’re doing in terms of ecological consequences, I shake my head a bit,” he said.

At the same time, he added, “there are limits” as to how green desalination can be.

Drinking the sea

The search for potable water bedeviled Saudi Arabia in the first decades after its founding in 1932, spurring geological surveys that contributed to the mapping of its massive oil reserves.

Prince Mohammed al-Faisal, a son of King Faisal whom Low has dubbed the “Water Prince,” at one point even explored the possibility of towing icebergs from Antarctica to quench the kingdom’s growing thirst, drawing widespread ridicule.

But Prince Mohammed also oversaw the birth of the kingdom’s modern desalination infrastructure beginning in 1970.

The national Saline Water Conversion Corporation (SWCC) now reports production capacity of 11.5 million cubic meters per day at 30 facilities.

That growth has come at a cost, especially at thermal plants running on fossil fuels.

By 2010, Saudi desalination facilities were consuming 1.5 million barrels of oil per day, more than 15 percent of today’s production.

The Ministry of Environment, Water and Agriculture did not respond to AFP’s request for comment on current energy consumption at desalination plants.

Going forward, there is little doubt Saudi Arabia will be able to build the infrastructure required to produce the water it needs.

“They have already done it in some of the most challenging settings, like massively desalinating on the Red Sea and providing desalinated water up to the highlands of the holy cities in Mecca and Medina,” said Laurent Lambert of the Doha Institute for Graduate Studies.

Going green?

The question is how much the environmental toll will continue to climb.

The SWCC says it wants to cut 37 million metric tons of carbon emissions by 2025.

This will be achieved largely by transitioning away from thermal plants to plants like Jazlah that use electricity-powered reverse osmosis.

Solar power, meanwhile, will expand to 770 megawatts from 120 megawatts today, according to the SWCC’s latest sustainability report, although the timeline is unclear.

“It’s still going to be energy-intensive, unfortunately, but energy-intensive compared to what?” Lambert said.

“Compared to countries which have naturally flowing water from major rivers or falling from the sky for free? Yeah, sure, it’s always going to be more.”

At desalination plants across the kingdom, Saudi employees understand just how crucial their work is to the population’s survival.

The Ras al-Khair plant produces 1.1 million cubic meters of water per day — 740,000 from thermal technology, the rest from reverse osmosis — and struggles to keep reserve tanks full because of high demand.

Much of the water goes to Riyadh, which requires 1.6 million cubic meters per day and could require as much as six million by the end of the decade, said an employee who spoke on condition of anonymity because he was not authorized to brief the media.

Looking out over pipes that draw seawater from the Gulf into the plant, he described the work as high-stakes, with clear national security implications.

If the plant did not exist, he said, “Riyadh would die.”
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