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Writer's pictureRich Washburn

Did OpenAI Just Crack AGI?


Is AGI (Artificial General Intelligence) finally within our grasp? That’s the billion-dollar question in the AI space right now, and depending on who you ask, the answer might be a resounding “yes,” a cautious “maybe,” or a Gary Marcus-style “nope, never gonna happen.” Recent developments, from OpenAI’s progress with its Orion model to advancements in AI reasoning benchmarks, have reignited the debate. But amidst the chatter of “walls” and “scaling slowdowns,” one thing is clear: the landscape of AI research is as contentious as ever.


Here’s a breakdown of the drama, the tech, and the tantalizing hints that we might be inching closer to cracking AGI.



The Wall That May or May Not Exist


The conversation kicked off with reports claiming that AI development is hitting a plateau. The Information recently published a piece suggesting that OpenAI’s pace of improvement is slowing. Specifically, the article argued that scaling laws—the long-held belief that more data and compute yield better AI—are reaching their limits. The quality jump from GPT-3 to GPT-4, while impressive, wasn’t as seismic as prior leaps, and preliminary tests of OpenAI’s upcoming Orion model suggest diminishing returns in some areas, such as coding.


But then came Sam Altman’s rebuttal: “There is no wall.” Altman, OpenAI’s CEO, dismissed the idea that scaling laws are dead and doubled down on his belief in continued rapid AI advancement. Critics like Gary Marcus, ever the skeptic, chimed in with glee, pointing to his 2022 blog post claiming, “Deep learning is hitting a wall.” Marcus has long argued that neural networks alone are insufficient for AGI and that hybrid approaches combining deep learning with classical AI might be the way forward.


Altman’s stance is echoed by other AI insiders who argue that the apparent slowdown isn’t due to any fundamental limit of AI but rather the increasing difficulty of incremental gains as models approach theoretical benchmarks.



A Benchmark Showdown: The ARC Challenge


One of the most intriguing aspects of this debate revolves around the ARC (Abstraction and Reasoning Corpus) benchmark. Designed to test abstract reasoning, ARC is seen as a better measure of “general intelligence” than traditional benchmarks, which many argue can be gamed through memorization.


Here’s the twist: humans find ARC relatively straightforward, but AI models struggle. The highest score currently achieved by an AI on the ARC leaderboard is 55.5%, far below the 85% threshold needed to claim the million-dollar grand prize for demonstrating AGI-level reasoning.


Altman has hinted that OpenAI’s internal models might already be capable of surpassing this threshold. However, submitting a model to ARC would require full transparency about the architecture and training methods—something OpenAI, like most AI labs, is unlikely to do.



Scaling Slowdowns vs. New Strategies


Even if traditional scaling methods are yielding diminishing returns, AI researchers aren’t out of tricks. Techniques like hyperparameter tuning and test-time training are becoming increasingly important. For example, MIT researchers recently published a study showing how allowing AI models to “think” more during test-time can significantly improve their performance on complex reasoning tasks.


Meanwhile, OpenAI and Google are exploring new ways to extract gains from large language models (LLMs). At Nvidia, for instance, LLMs like GPT-4 are being used to train robots through simulation environments like Isaac Gym, with results surpassing human experts in designing reward functions.


The takeaway? While the low-hanging fruit of scaling may be gone, innovation in training methods and hybrid systems is driving continued progress.



So, Did OpenAI Crack AGI?


That’s the million-dollar question (or, in ARC’s case, the million-euro one). There are compelling arguments on both sides:


1. The Optimists  

   OpenAI, DeepMind, and other labs have demonstrated stunning progress in recent years, from AI systems that can design new proteins (AlphaFold) to models that rival the best human mathematicians in solving Olympiad problems. These advances suggest that AGI is not a question of “if” but “when.”


2. The Skeptics  

   Critics like Gary Marcus and Yann LeCun (chief AI scientist at Meta) argue that deep learning alone won’t get us there. They contend that AI systems lack true reasoning and understanding, and that achieving AGI will require fundamentally new approaches.


3. The Pragmatists  

   Others fall somewhere in between, acknowledging both the breakthroughs and the challenges. They argue that while AGI may still be decades away, today’s systems are already transforming industries, from medicine to robotics.



In Your Heart of Hearts…


As Altman provocatively asked, “In your heart, do you believe we’ve solved that one or no?” Whether or not OpenAI already has an internal model capable of cracking the ARC benchmark—or something akin to AGI—is anyone’s guess. But the fact that we’re even debating this question suggests how far the field has come.


The real answer might lie not in whether we’ve cracked AGI today but in how we define intelligence itself. If it’s about mimicking human reasoning, then ARC and similar benchmarks might hold the key. If it’s about achieving superhuman capabilities in specialized domains, then AI is already there.



The debate over AGI isn’t just about technology; it’s about philosophy, ethics, and the limits of human ingenuity. Whether we’re hitting a wall or scaling new heights, one thing is certain: the journey toward AGI will be anything but boring.


So, what do you think? Are we on the brink of AGI, or is the hype getting ahead of the reality? Let me know in the comments. Until then, stay curious—and maybe keep an eye on those ARC leaderboard updates. You never know when the wall might crumble.



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