My AI investment thesis is that every AI application startup is likely to be crushed by rapid expansion of the foundational model providers.
App functionality will be added to the foundational models' offerings, because the big players aren't slow incumbents (it is wrong to apply the analogy of "fast startup, slow incumbent" here), they are just big. Far more so than with any other prior new technology, there is a massive and fast-moving wave that obsoletes every new app almost as fast as it can be invented. There is almost no time to build a company and scale it.
There are two ways AI application startup founders can make money:
- Make a flash-in-the-pan app that generates a ton of cash and bank the cash (my estimate is that you have about 12-18 months cashflow generation)
- Make a good enough app that you get acquired by one of the big players for sufficient equity
The situation is highly unstable - we don't know if it's going to crash or go to the moon but both scenarios make it very unlikely that any AI application startup will independently become a generational supercompany (baseline odds are low to begin with).
The best odds are finding an application niche in a highly specialized field with extremely unique and specific data barriers, ideally ones relating to real atoms (hardware or world-related) data and not software/finance.
Great, this is blowing up so I will offer some additional follow-up:
This is NOT your typical prediction of "the incumbents are agile" or the old "what if Google clones your startup" midwit investor question.
The entire novelty of this thesis is that unlike in the past, specific elements of the AI industry are likely to make it so that application companies cannot outrun the wave of obsolescence, which will rush along far, far more quickly than prior technology waves.
The foundational technology has not stabilized in any way whatsoever, and applications require a sufficiently stable foundation for some extended period of time in order to create value and then a system for monetizing that value (i.e. "a business"). The wholesale rate of change in the nature of the foundation is the reason why I think almost all application startups will not survive to achieve any significant scale, not because the current large players are special.
Most companies don't survive sea changes in the business-technological environment. But these sea changes happen slowly enough that one can build businesses in between. PC, desktop internet, mobile internet, etc, all took many years to play out, and were spaced out enough for application companies to grow, mature, and become incumbents themselves. As a baseline, most startups don't survive during a rapid period of change either. The small minority of incumbents who survive need extreme agility and enough of a stable footing in the last epoch (i.e. a revenue base that doesn't dissolve too quickly) to fund their evolution.
Moreover, it's usually new startups that drive the disruption that challenges incumbents. This is not the case with AI. In this case, the largest players are the ones continually causing the sea change. The environment is so continuously roiled that there is no stable foundation for application startups to become established before the next wave overtakes them. I'm not talking about incumbents outcompeting them, I'm talking about the landscape changing to make them obsolete.
From a practical investment lens, the way to apply this thesis to an AI application startup is to ask: are the fundamental assumptions underpinning this startup's existence going to be the same in five years? Or will they be unpredictably different? The key here is predictability - if the future will be radically different but you can predict it with confidence, you can pre-position your business. But that's not the case right now in AI. You can't skate to where the puck is going if all you know for sure is that 20 people are going to slap the puck in some crazy direction at extremely high velocity.
Sea changes are now happening on a 9-12 month cycle. Very few startups can turn into a mature business in that timeframe - and by mature, I mean having all the boring stuff like sales relationships and brand recognition. Yes, your engineers can make the change, but human hiring cycles and team solidification and market relations are incompressible (e.g. if you hire 100 people in a month, your organization will implode).
Thus, application companies never quite make it to a full business threshold before the sea change happens out from under them. When I say the incumbents will take the application space, I mean that they're the only ones who can provide enough internal stability and resources to survive the sea changes they themselves will be driving, NOT that they're going to provide a superior product. They're just the ones who won't starve.
The original architects of American global power did something very clever that no other empire had ever done before: they deliberately hid the instruments of their power.
Specifically, they institutionalized the hard power of the post-WW2 American military into a "rules-based international order" and the organizations needed to run it.
These include the UN, IMF, World Bank, NATO, and numerous philanthropic NGOs like (as has been in the news recently) USAID.
The reason they did this is because repeated use of hard military power is fragile and self-defeating: it engenders resentment and breeds defiance. The British learned this and used prototypical methods of institutionalization in the declining years of their empire, but their American successors perfected it.
(If you don't understand how this works, I will link a post in the replies explaining how one example works - NATO)
The more sophisticated rivals of the US obviously know what's up, so they try to oppose or circumvent these institutions, but obviously the institutions are backed by hard power in the end. It sounds fair enough to say "if you don't abide by the 'rules,' we will invade you." It works well enough because it it sounds more fair to say that than "if you don't do what we tell you, we will invade you." Rival governments aren't fooled, but a lot of their ordinary citizens are, and combined with media dominance and control of the reserve currency (economic dominance), it's enough to keep everyone in line.
An unanticipated problem seems to have arisen:
It turns out that if you hide the levers of power, your own successors may have trouble understanding them. Especially if you failed to educate them, or let various cultural forces undermine the indoctrination of your elites.
With that happening, once the new generation of elites gains power, they don't recognize that the complicated weird control panel you built that doesn't seem to do anything but costs $10 billion a year to maintain is actually how you're controlling everything around the world and they take it down to save money. All because you did too good a job hiding the levers of power.
Soft power isn't "soft." It's real power. It's just soft because it's hidden.
I don't know how to solve this problem because I think hidden levers of power are definitely better, but you have to train a priesthood generation after generation to understand them, and that kind of thing corrupts itself too. Open power is much more honest, but no one likes it and it's hard to hold on to.
Here is a reply I wrote in response to the question "What does the United States get out of being in NATO? How does MY COUNTRY benefit from protecting these anti-freedom European freeloaders?"
I feel like there is an ancient desire common to all peoples, stretching back through history. Our ancestors knew the fundamental value of water megaprojects: land otherwise dry, but made fertile by applying patient labor, putting into place crucial water-moving infrastructure.
Our planet actually has lots of water. The modern notion of "abundance mentality" is key here: are you willing to do the work to bring water from where it exists to where you need it?
If you can, you can be wealthy. Our willingness to do so at whatever level our civlization's then-current technology allows is the most basic expression of abundance mentality: we can have water, we can have food, we can be wealthy - if we are willing to do the work and build the systems to bring the water.
There is, literally, enough water for everyone to thrive.
Moral hazard or not, I now feel the climate situation is bad enough that we should begin scalability work for stratospheric aerosol injection (SAI) immediately.
This is not the same conclusion I would have had even two years ago, but the increase in ocean temperature and extreme climate events indicates a trend that will rapidly get worse unless we are able to take global-scale action within the next 1-5 years, and SAI is the only feasible one.
For those whose initial reaction is opposed, there are a few key things you should be aware of:
- One common fear is that this will be bad for crop yields. I thought this too, but the existing data from volcanic eruptions (which have similar effect) indicated a neutral to positive (!) productivity effect on crops.
- This is not "polluting the air with sulphur." The amount of SO2 needed to significantly induce cooling is on the order of 1% of the SO2 pollution we currently emit, and we would be injecting it into the upper atmosphere. Existing SO2 pollution occurs much lower down, so moving it much higher would likely be better, in terms of health/pollution effects.
- The cessation of sulphur emissions from ships since the 2020 ban on those fuels has given us strong evidence that the prior SO2 emitted by those ships had an (unintended) anti-warming effect on the Atlantic shipping lanes, which is now warming rapidly. While it was also unhealthy pollution, it gives us strong real-world data that this would work at large scale, and we can do it without the harmful pollution side effects by injecting it in the higher atmosphere.
At this point I believe the facts now this conclusion should be relatively uncontroversial if one is practical about looking for solutions.
I am the "tree guy" and in 2020 I would not have supported this, as I felt the world could move quickly to a large-scale reforestation and land restoration effort to make significant progress by 2030. But pandemic, wars, and recession have prevented this (along with good ol' inertia), and warming has accelerated.
Would successful implementation of SAI reduce incentive to move away from fossil fuels? It is a very real risk, yes. In fact, I personally think it is likely.
But the hard brutal reality is that the heating trends right now are very dire, and immediate action to reduce the heating are necessary.
We must begin scaling SAI immediately precisely so that things like reforestation and other carbon capture solutions have time for implementation, which in turn buys time for decarbonization of our economies.
If you want to support this, @MakeSunsets seems to have highest ROI and most scalable method of doing this. You can donate to them or utilize their DIY guide, as SAI can be done in a decentralized way.
Most of the copy on their website talks about it as “cooling power equivalent to trees” which is really scientifically awful if you are STEM-literate, but I talked to them and they do it because (as measured in donation effectiveness), it drives the most action.
They have done the science properly under the hood, so it is just part of the unfortunate reality of climate where you need to speak differently to audiences with different levels of sophistication. One of the things I like about them is that they have very good telemetry and measurement so they can report accurately on what they’re doing.
The advantage of using high-altitude balloons is that they are cheap and scalable to produce, rather than needing to design-build expensive new aircraft to deploy it, which was how SAI was originally conceived.
If you just want to support tree-planting (forest restoration), you can still send money to terraformation.org. We will direct it to maximally catalytic tree-planting (native biodiverse forest restoration) efforts.
If you wish to invest larger amounts, you can contact us and we can arrange for you to fund any number of projects that we have coming through our forest creation accelerator.
Conspiracy theorists who keep saying there’s “no way” the hurricane could have intensified so much without some human cause are so close to getting it.
I mean, literally there was a decades-long conspiracy and people have been trying to tell you about it
"As early as 1959, oil industry executives understood the connection between burning fossil fuels and climate change. Soon thereafter, industry scientists confirmed beyond a reasonable doubt that the burning of fossil fuels contributed to anthropogenic climate change. In response, oil companies scrambled to promulgate climate change denial and disinformation in order to avoid government regulation. It was not until the late 1990s and early 2000s that oil companies began publicly acknowledging the scientific consensus on climate change and responded by promoting market-based solutions to mitigating emissions.
Popular concern for anthropogenic climate change did not emerge until the late 1980s, but formerly secret industry documents that are now available through the Climate Files database reveal that oil industry scientists were raising concern about oil’s impacts on the climate as early as the 1950s and 1960s."
There's this hypothetical climate scenario where a summer heat wave hits a city, temp is high enough that:
- internal combustion engines don't work
- HVAC is overloaded and also breaks
- because people can't leave or be cooled, thousands or millions die in the span of a week
Given the non-linear rise in high temp records, I actually think it is within the realm of possibility that this occurs as soon as NEXT SUMMER.
I hate to bring it up because it's going to sound like fear-mongering, but I promise it's not.
I've always thought of "deadly-too-hot" scenarios as being vaguely further in the future, but in looking at trends and what we've seen this summer, it may be closer than we imagine.
Here is a graph showing surface air temps. The increases in high temps seems to be non-linear (i.e. accelerating).
It's worth noting that the reduction in sulphur emissions from ships is partially responsible for this jump (IYKYK).
Here is the administrative proceeding from the SEC. I recall much of this personally in the news at the time. If we steelman PG/YC side's comments, maybe the news narrative was controlled by Sacks, but official docs from the SEC are another thing: