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Artificial Intelligence

AI is another reason why Canada needs to boost the energy supply

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From Resource Works

Massive energy levels are required to keep up with AI innovations, and Canada risks being unable to do that

Artificial Intelligence is already one of the most important technologies of our time, and its development has been pushing innovation at a breakneck pace across huge swathes of the economy. Smart assistants now operate, albeit in a limited fashion, as secretaries for those who need help in the office, while autonomous vehicle capabilities keep improving.

It is a remarkable and world-changing time.

Just as one plays a video game, turns on a light, or starts up their car, AI requires energy. To say that AI’s appetite for energy is ravenous is an understatement, and Canadian governments must understand the challenge that comes with that.

Energy shortages are a growing threat to Canada’s economic security and, yes, our standard of living. Failure to keep up with demand means importing more energy at a cost, or facing energy blackouts, in which case Canada will fall behind in far more than just AI.

New AI models are seemingly rolling out every month, especially in machine learning and generative AI. OpenAI’s ChatGPT and Google’s Bard require huge levels of computing power to work. To train ChatGPT-4, an advanced language model, consumes thousands of megawatt hours of electricity, not incomparable to the energy usage of urban centres.

A single query made to ChatGPT requires ten times the energy of making a search on Google, revealing the massive needs of AI technology. AI is not just another internet search extension or downloadable app, it is an entirely new industry.

AI models are trained and run in data centers, which are central to this energy dilemma. The sheer power consumption in data centers is ballooning, and some estimates warn that the world’s data center energy demand will surge by 160 percent by 2030.

The International Energy Agency (IEA) has reported that AI and data centers already consume 1 to 2 percent of global electricity, a figure expected only to climb as more companies embrace AI-driven technology. As much as AI is driving digital innovation, it is also consuming electricity at a rate we will have to match.

Canada’s energy security is being seriously challenged by rising demand, with or without AI. Historically, Canadians have enjoyed the fruits of abundant, cheap energy generated by hydroelectricity in BC and Quebec, or nuclear power in Ontario. Times, and weather, have unfortunately changed.

A large and growing population, electrifying economies, and the weakening of Canada’s legacy energy sources are pushing the country to its limits regarding power supply.

The current federal government wants Canada to achieve net-zero emissions by 2050, which means that electricity is going to have to double in the next 25 years. Canada is already dealing with electricity shortages, such as in British Columbia, where demand for hydroelectricity is expected to rise 15 percent over the next six years. Manitoba is projecting a shortfall by 2029, while Ontario races to put up new nuclear power plants to avert an energy crisis by 2029 as well.

AI can help Canadians craft solutions to its incoming energy problems as a valuable research aid that can help with modeling and processing data. However, that will mean more energy consumption as part of the rogue wave of energy consumption that AI innovation has created.

As evidenced by the constant developments in AI, it is obvious that the technology is going nowhere, and neither are Canada’s energy shortfalls.

If AI is going to contribute to the surge in energy demand, then it only makes sense that it becomes a vital tool in the search for solutions, and we need those solutions now.

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Artificial Intelligence

DeepSeek: The Rise of China’s Open-Source AI Amid US Regulatory Shifts and Privacy Concerns

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DeepSeek offers open-source generative AI with localized data storage but raises concerns over censorship, privacy, and disruption of Western markets.

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A recent regulatory clampdown in the United States on TikTok, a Chinese-owned social media platform, triggered a surge of users migrating to another Chinese app, Rednote. Now, another significant player has entered the spotlight: DeepSeek, a Chinese-developed generative artificial intelligence (AI) platform, which is rapidly gaining traction. The growing popularity of DeepSeek raises questions about the effectiveness of bans like TikTok and their ability to curtail the use of Chinese digital services by Americans.

President Donald Trump has called attention to a recent Chinese AI development, describing it as a “wake-up call” for the US tech industry.

Speaking to Republican lawmakers in Florida on Monday evening, the president emphasized the need for America to strengthen its competitive edge against China’s advancements in technology.

During the event, Trump referenced the launch of DeepSeek AI, highlighting its potential implications for the global tech landscape. “Last week, I signed an order revoking Joe Biden’s destructive artificial intelligence regulations so that AI companies can once again focus on being the best, not just being the most woke,” Trump stated. He continued by explaining that he had been closely following developments in China’s tech sector, including reports of a faster and more cost-effective approach to AI.

“That’s good because you don’t have to spend as much money,” Trump remarked, adding that while the claims about this Chinese breakthrough remain unverified, the idea of achieving similar results with lower costs could be seen as an opportunity for US companies. He stressed, “The release of DeepSeek AI from a Chinese company should be a wake-up call for our industries, that we need to be laser-focused on competing to win because we have the greatest scientists in the world.”

Trump also pointed to what he views as a recognition by China of America’s dominance in scientific and engineering talent. “This is very unusual, when you hear a DeepSeek when you hear somebody come up with something, we always have the ideas,” he said. “We’re always first. So I would say that’s a positive that could be very much a positive development.”

DeepSeek, created by a Chinese AI research lab backed by a hedge fund, has made waves with its open-source generative AI model. The platform rivals offerings from major US developers, including OpenAI. To circumvent US sanctions on hardware and software, the company allegedly implemented innovative solutions during the development of its models.

DeepSeek’s approach to sensitive topics raises significant concerns about censorship and the manipulation of information. By mirroring state-approved narratives and avoiding discussions on politically charged issues like Tiananmen Square or Winnie the Pooh’s satirical association with Xi Jinping, DeepSeek exemplifies how AI can be wielded to reinforce government-controlled messaging.

This selective presentation of facts, or outright omission of them, deprives users of a fuller understanding of critical events and stifles diverse perspectives. Such practices not only limit the free flow of information but also normalize propaganda under the guise of fostering a “wholesome cyberspace,” calling into question the ethical implications of deploying AI that prioritizes political conformity over truth and open dialogue.

While DeepSeek provides multiple options for accessing its AI models, including downloadable local versions, most users rely on its mobile apps or web chat interface.

The platform offers features such as answering queries, web searches, and detailed reasoning responses. However, concerns over data privacy and censorship are growing as DeepSeek collects extensive information and has been observed censoring content critical of China.

DeepSeek’s data practices raise alarm among privacy advocates. The company’s privacy policy explicitly states, “We store the information we collect in secure servers located in the People’s Republic of China.”

This includes user-submitted data such as chat messages, prompts, uploaded files, and chat histories. While users can delete chat history via the app, privacy experts emphasize the risks of sharing sensitive information with such platforms.

DeepSeek also gathers other personal information, such as email addresses, phone numbers, and device data, including operating systems and IP addresses. It employs tracking technologies, such as cookies, to monitor user activity. Additionally, interactions with advertisers may result in the sharing of mobile identifiers and other information with the platform. Analysis of DeepSeek’s web activity revealed connections to Baidu and other Chinese internet infrastructure firms.

While such practices are common in the AI industry, privacy concerns are heightened by DeepSeek’s storage of data in China, where stringent cybersecurity laws allow authorities to demand access to company-held information.

The safest option is running local or self-hosted versions of AI models, which prevent data from being transmitted to the developer.

And with Deepseek, this is simple as its models are open-source.

Open-source AI stands out as the superior approach to artificial intelligence because it fosters transparency, collaboration, and accessibility. Unlike proprietary systems, which often operate as opaque black boxes, open-source AI allows anyone to examine its code, ensuring accountability and reducing biases. This transparency builds trust, while the collaborative nature of open-source development accelerates innovation by enabling researchers and developers worldwide to contribute to and improve upon existing models.

Additionally, open-source AI democratizes access to cutting-edge technology, empowering startups, researchers, and underfunded regions to harness AI’s potential without the financial barriers of proprietary systems.

It also prevents monopolistic control by decentralizing AI development, reducing the dominance of a few tech giants.

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Artificial Intelligence

Everyone is freaking out over DeepSeek. Here’s why

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From The Deep View

$600 billion collapse

Volatility is kind of a given when it comes to Wall Street’s tech sector. It doesn’t take much to send things soaring; it likewise doesn’t take much to set off a downward spiral.
After months of soaring, Monday marked the possible beginning of a spiral, and a Chinese company seems to be at the center of it.
Alright, what’s going on: A week ago, Chinese tech firm DeepSeek launched R1, a so-called reasoning model, that, according to DeepSeek, has reached technical parity with OpenAI’s o1 across a few benchmarks. But, unlike its American competition, DeepSeek open-sourced R1 under an MIT license, making it significantly cheaper and more accessible than any of the closed models coming from U.S. tech giants.
  • But the real punchline here doesn’t have to do with R1 at all, but with a previous language model — called V3 — that DeepSeek released in December. DeepSeek was reportedly able to train V3 using a small collection of older Nvidia chips (about 2,000 H800s) at a cost of about $5.6 million.
  • Still, training is only one cost of many tied to AI development/deployment; while the costs associated with researching, developing, training and operating both R1 and V3 remain either unknown or unconfirmed, DeepSeek’s apparent ability to reach technical parity at a far reduced cost, without state-of-the-art GPU chips or massive GPU clusters, has a lot of implications for America’s now tenuous position in AI leadership. (Though DeepSeek says it is open-sourced, the company did not release its training data).
Since the release of R1, DeepSeek has become the top free app in Apple’s App Store, bumping ChatGPT to the number two slot. In the midst of its spiking popularity, DeepSeek restricted new sign-ups due to large-scale cyberattacks against its servers. And, as Salesforce Chief Marc Benioff noted, “no Nvidia supercomputers or $100M needed,” a point that the market heard loud and clear. 
What happened: Led by Nvidia, a series of tech and chip stocks, in addition to the three major stock indices, fell hard in pre-market trading early Monday morning. All told, $1.1 trillion of U.S. market cap was erased within a half hour of the opening bell.
  • Performance didn’t get better throughout the day. Nvidia closed Monday down 17%, erasing some $600 billion in market capitalization, a Wall Street record. TSMC was down 14%, Arm was down 11%, Broadcom was down 17%, Google was down 4% and Microsoft was down 2%. The S&P fell 1.4% and the Nasdaq fell 3.3%. An Nvidia spokesperson called R1 an “excellent AI advancement.”
  • This is all going into a week of Big Tech earnings, where Microsoft and Meta will be held to account for the billions of dollars ($80 billion and $65 billion, respectively) they plan to spend on AI infrastructure in 2025, a cost that Wall Street no longer seems to feel quite so good about.
It’s hard to miss the political tensions underlying all of this. The tail end of former President Joe Biden’s time in office was marked in part by an increasingly tense trade war with China, wherein both countries issued bans on the export of materials needed to build advanced AI chips. And with President Trump hell-bent on maintaining American leadership in AI, and despite the chip restrictions that are in place, Chinese companies seem to be turning hardware challenges into a motivation for innovation that challenges the American lead, something they seem keen to drive home.
R1, for instance, was announced at around the same time as OpenAI’s $500 billion Project Stargate, two impactfully divergent approaches.
What’s happening here is that the market has finally come around to the idea that maybe the cost of AI development (hundreds of billions of dollars annually) is too high, a recognition “that the winners in AI will be the most innovative companies, not just those with the most GPUs,” according to Writer CTA Waseem Alshikh. “Brute-forcing AI with GPUs is no longer a viable strategy.”
Wedbush analyst Dan Ives, however, thinks this is just a good time to buy into Nvidia — Nvidia and the rest are building infrastructure that, he argues, China will not be able to compete with in the long run. “Launching a competitive LLM model for consumer use cases is one thing,” Ives wrote. “Launching broader AI infrastructure is a whole other ballgame.”
“I view cost reduction as a good thing. I’m of the belief that if you’re freeing up compute capacity, it likely gets absorbed — we’re going to need innovations like this,” Bernstein semiconductor analyst Stacy Rasgon told Yahoo Finance. “I understand why all the panic is going on. I don’t think DeepSeek is doomsday for AI infrastructure.”
Somewhat relatedly, Perplexity has already added DeepSeek’s R1 model to its AI search engine. And DeepSeek on Monday launched another model, one capable of competitive image generation.
Last week, I said that R1 should be enough to make OpenAI a little nervous. This anxiety spread way quicker than I anticipated; DeepSeek spent Monday dominating headlines at every publication I came across, setting off a debate and panic that has spread far beyond the tech and AI community.
Some are concerned about the national security implications of China’s AI capabilities. Some are concerned about the AI trade. Granted, there are more unknowns here than knowns; we do not know the details of DeepSeek’s costs or technical setup (and the costs are likely way higher than they seem). But this does read like a turning point in the AI race.
In January, we talked about reversion to the mean. Right now, it’s too early to tell how long-term the market impacts of DeepSeek will be. But, if Nvidia and the rest fall hard and stay down — or drop lower — through earnings season, one might argue that the bubble has begun to burst. As a part of this, watch model pricing closely; OpenAI may well be forced to bring down the costs of its models to remain competitive.
At the very least, DeepSeek appears to be evidence that scaling is one, not a law, and two, not the only (or best) way to develop more advanced AI models, something that rains heavily on OpenAI and co.’s parade since it runs contrary to everything OpenAI’s been saying for months. Funnily, it actually seems like good news for the science of AI, possibly lighting a path toward systems that are less resource-intensive (which is much needed!)
It’s yet another example of the science and the business of AI not being on the same page.
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