It’s been the biggest year for elections in human history: 2024 is a “super-cycle” year in which 3.7 billion eligible voters in 72 countries had the chance to go the polls. These are also the first AI elections, where many feared that deepfakes and artificial intelligence-generated misinformation would overwhelm the democratic processes. As 2024 draws to a close, it’s instructive to take stock of how democracy did.

In a Pew survey of Americans from earlier this fall, nearly eight times as many respondents expected AI to be used for mostly bad purposes in the 2024 election as those who thought it would be used mostly for good. There are real concerns and risks in using AI in electoral politics, but it definitely has not been all bad.

The dreaded “death of truth” has not materialized—at least, not due to AI. And candidates are eagerly adopting AI in many places where it can be constructive, if used responsibly. But because this all happens inside a campaign, and largely in secret, the public often doesn’t see all the details. — Read More

Millions of people are turning to AI for companionship. They are finding the experience surprisingly meaningful, unexpectedly heartbreaking, and profoundly confusing, leaving them to wonder, ‘Is this real? And does that matter?’

… The world is rapidly becoming populated with human-seeming machines. They use human language, even speaking in human voices. They have names and distinct personalities. There are assistants like Anthropic’s Claude, which has gone through “character training” to become more “open-minded and thoughtful,” and Microsoft’s Copilot, which has more of a “hype man” persona and is always there to provide “emotional support.” It represents a new sort of relationship with technology: less instrumental, more interpersonal. 

Few people have grappled as explicitly with the unique benefits, dangers, and confusions of these relationships as the customers of “AI companion” companies. These companies have raced ahead of the tech giants in embracing the technology’s full anthropomorphic potential, giving their AI agents human faces, simulated emotions, and customizable backstories. The more human AI seems, the founders argue, the better it will be at meeting our most important human needs, like supporting our mental health and alleviating our loneliness. Many of these companies are new and run by just a few people, but already, they collectively claim tens of millions of users. — Read More

In 1945 the U.S. government built ENIAC, an acronym for Electronic Numerical Integrator and Computer, to do ballistics trajectory calculations for the military; World War 2 was nearing its conclusion, however, so ENIAC’s first major job was to do calculations that undergirded the development of the hydrogen bomb. Six years later, J. Presper Eckert and John Mauchly, who led the development of ENIAC, launched UNIVAC, the Universal Automatic Computer, for broader government and commercial applications. Early use cases included calculating the U.S. census and assisting with calculation-intensive back office operations like payroll and bookkeeping.

These were hardly computers as we know them today, but rather calculation machines that took in reams of data (via punch cards or magnetic tape) and returned results according to hardwired calculation routines; the “operating system” were the humans actually inputting the data, scheduling jobs, and giving explicit hardware instructions. Originally this instruction also happened via punch cards and magnetic tape, but later models added consoles to both provide status and also allow for register-level control; these consoles evolved into terminals, but the first versions of these terminals, like the one that was available for the original version of the IBM System/360, were used to initiate batch programs.

Any recounting of computing history usually focuses on the bottom two levels of that stack — the device and the input method — because they tend to evolve in parallel.  … What stands out to me, however, is the top level of the initial stack : the application layer on one paradigm provides the bridge to the next one. This, more than anything, is why generative AI is a big deal in terms of realizing the future. — Read More

President Biden’s administration will end within two months, and likely to depart with him is Arati Prabhakar, the top mind for science and technology in his cabinet. She has served as Director of the White House Office of Science and Technology Policy since 2022 and was the first to demonstrate ChatGPT to the president in the Oval Office. Prabhakar was instrumental in passing the president’s executive order on AI in 2023, which sets guidelines for tech companies to make AI safer and more transparent (though it relies on voluntary participation).

The incoming Trump administration has not presented a clear thesis of how it will handle AI, but plenty of people in it will want to see that executive order nullified. Trump said as much in July, endorsing the 2024 Republican Party Platform that says the executive order “hinders AI innovation and imposes Radical Leftwing ideas on the development of this technology.” Venture capitalist Marc Andreessen has said he would support such a move.

However, complicating that narrative will be Elon Musk, who for years has expressed fears about doomsday AI scenarios, and has been supportive of some regulations aiming to promote AI safety.

As she prepares for the end of the administration, I sat down with Prabhakar and asked her to reflect on President Biden’s AI accomplishments, and how AI risks, immigration policies, the CHIPS Act and more could change under Trump. — Read More

The enterprise AI landscape is being rewritten in real time. As pilots give way to production, we surveyed 600 U.S. enterprise IT decision-makers to reveal the emerging winners and losers.

2024 marks the year that generative AI became a mission-critical imperative for the enterprise. The numbers tell a dramatic story: AI spending¹ surged to $13.8 billion this year, more than 6x the $2.3 billion spent in 2023—a clear signal that enterprises are shifting from experimentation to execution, embedding AI at the core of their business strategies. 

This spike in spending reflects a wave of organizational optimism; 72% of decision-makers anticipate broader adoption of generative AI tools in the near future. This confidence isn’t just speculative—generative AI tools are already deeply embedded in the daily work of professionals, from programmers to healthcare providers.

Despite this positive outlook and increasing investment, many decision-makers are still figuring out what will and won’t work for their businesses.  — Read More

If you lift your head over the media funnel of AI outlets and influencers that simply echo Sam Altman’s thoughts every time he speaks, you will realize that, despite the recent emergence of OpenAI’s New o1 Models, the sentiment against Large Language Models (LLMs) is at all-time highs.

The reason?

Despite the alleged increase in ‘intelligence’ that o1 models represent, they still suffer from the same issues previous generations had. In crucial aspects, we have made no progress in the last six years, despite all the hype. — Read More

OpenAI, Google and others are seeing diminishing returns to building ever-bigger models — but that may not matter as much as you would guess

Over the past week, several stories sourced to people inside the big AI labs have reported that the race to build superintelligence is hitting a wall. Specifically, they say, the approach that has carried the industry from OpenAI’s first large language model to the LLMs we have today has begun to show diminishing returns.

Today, let’s look at what everyone involved is saying — and consider what it means for the AI arms race. While reports that AI scaling laws appear to be technically accurate, they can also be easily misread. For better and for worse, it seems, the development of more powerful AI systems continues to accelerate. — Read More

The rigid structures of language we once clung to with certainty are cracking. Take gender, nationality or religion: these concepts no longer sit comfortably in the stiff linguistic boxes of the last century. Simultaneously, the rise of AI presses upon us the need to understand how words relate to meaning and reasoning.

A global group of philosophers, mathematicians and computer scientists have come up with a new understanding of logic that addresses these concerns, dubbed “inferentialism”. — Read More

The Open Source Initiative has published (news article here) its definition of “open source AI,” and it’s terrible. It allows for secret training data and mechanisms. It allows for development to be done in secret. Since for a neural network, the training data is the source code—it’s how the model gets programmed—the definition makes no sense.

And it’s confusing; most “open source” AI models—like LLAMA—are open source in name only. But the OSI seems to have been co-opted by industry players that want both corporate secrecy and the “open source” label. (Here’s one rebuttal to the definition.)

This is worth fighting for. We need a public AI option, and open source—real open source—is a necessary component of that. — Read More

Two of the biggest forces in two deeply intertwined tech ecosystems — large incumbents and startups — have taken a break from counting their money to jointly plead that the government desist from even pondering regulations that might affect their financial interests, or as they prefer to call them, innovation.

“Our two companies might not agree on everything, but this is not about our differences,” writes this group of vastly disparate perspectives and interests: Founding a16z partners Marc Andreessen and Ben Horowitz, and Microsoft CEO Satya Nadella and President/Chief Legal Officer Brad Smith. A truly intersectional assemblage, representing both big business and big money.

But it’s the little guys they’re supposedly looking out for.  — Read More