As a proxy, you can look at storage. The human brain is estimated at 3.2Pb of storage. The cost of disk space drops by half every 2-3 years. As of this writing, the cost is about $10 / Tb [0]. If we assume about 3 halvings, by 2030 that cost will be around $2.50 / Tb, which means that to purchase a computer roughly the storage size of a human brain, it will cost just under $6k.
The $6k price point means that (high-end) consumers will have economic access to compute commensurate with human cognition.
This is a proxy argument, using disk space as the proxy for the rest of the "intelligence" stack, so the assumption is that processing power will follow suite, also be not as expensive, and that the software side will develop to keep up with the hardware. There's no convincing indication that these assumptions are false.
You can do your own back of the envelope calculation, taking into account generalizations of Moore's law to whatever aspect of storage, compute or power usage you think is most important. Exponential progress is fast and so an order of magnitude misjudgement translates to a 2-3 year lag.
Whether you believe it or not, the above calculation and, I assume, other calculations that are similar, all land on, or near, the 2030 year as the inflection point.
Not to belabor the point but until just a few years ago, conversational AI was thought to be science fiction. Image generation, let alone video generation, was thought by skeptics to be decades, if not centuries, away. We now have generative music, voice cloning, automatic 3d generation, character animation and the list goes on.
One might argue that it's all "slop" but for anyone paying attention, the slop is the "hello world" of AGI. To even get to the slop point represents such a staggering achievement that it's hard to understate.
As a proxy, you can look at storage. The human brain is estimated at 3.2Pb of storage. The cost of disk space drops by half every 2-3 years. As of this writing, the cost is about $10 / Tb [0]. If we assume about 3 halvings, by 2030 that cost will be around $2.50 / Tb, which means that to purchase a computer roughly the storage size of a human brain, it will cost just under $6k.
The $6k price point means that (high-end) consumers will have economic access to compute commensurate with human cognition.
This is a proxy argument, using disk space as the proxy for the rest of the "intelligence" stack, so the assumption is that processing power will follow suite, also be not as expensive, and that the software side will develop to keep up with the hardware. There's no convincing indication that these assumptions are false.
You can do your own back of the envelope calculation, taking into account generalizations of Moore's law to whatever aspect of storage, compute or power usage you think is most important. Exponential progress is fast and so an order of magnitude misjudgement translates to a 2-3 year lag.
Whether you believe it or not, the above calculation and, I assume, other calculations that are similar, all land on, or near, the 2030 year as the inflection point.
Not to belabor the point but until just a few years ago, conversational AI was thought to be science fiction. Image generation, let alone video generation, was thought by skeptics to be decades, if not centuries, away. We now have generative music, voice cloning, automatic 3d generation, character animation and the list goes on.
One might argue that it's all "slop" but for anyone paying attention, the slop is the "hello world" of AGI. To even get to the slop point represents such a staggering achievement that it's hard to understate.
[0] https://diskprices.com/