Bryce Johnston
The nation-state was the primary actor in international affairs for the last two centuries; advances in digital technology may ensure the network-state dominates the next two centuries. The network-state, as conceived by Balaji Srinivasan, is a cohesive digital community that is capable of achieving political aims and is recognized as sovereign by the international community[2]. The citizens of the network-state are not tied to a physical location. Instead, they gain their political and cultural identity through their affiliation with a global network connected through digital technology. The idea of the network-state poses an immediate challenge to the nation-state whose legitimacy comes through its ability to protect its physical territory. By 2050, nation-states like the United States of America could compete with sovereign entities that exist within their borders.
An accepted definition of a state is an entity that has a monopoly on violence within its territory[3]. While a network-state may have a weak claim to a monopoly of physical violence, they could monopolize an alternate form of power that is just as important. Most aspects of modern life rely on the cooperation of networks. A network-state that has a monopoly over the traffic that comes through it could very easily erode the will of a nation-state by denying its citizens the ability to move money, communicate with family, or even drive their car. One only has to look at China today to see this sort of power in action.
Culturally, citizens in developed countries have grown used to spending most of their time online. The average American spends about eight hours online engaged with digital media[4]. Digital communities such as QAnon and WallStreetBets have been able to coordinate their members to affect the physical world. These communities were able to distill a strong sense of identity in their members even though they only ever interacted with each other in an online forum. Advances in generative media, virtual reality hardware, and digital currencies will only make these communities more engaging in the near future.
The network-state is not inevitable. Three conditions are necessary to create the technology needed to sustain a politically viable digital community that spans the world by 2050. First, the marginal cost of capital must approach zero. The last decade saw interest rates stay near zero. Cheap money leads to the misallocation of capital towards frivolous endeavors, but it also nudges technologists to place a higher value on innovations that have a longer time horizon[5]. Artificial intelligence, crypto, and virtual reality all need significant investments to make them viable for the market. These same technologies also make up the building blocks of the network-state.
Second, the marginal cost of computing must approach zero. The technologies mentioned above require vast amounts of computational power. To persuade millions of users to make their online community the core of their identity, online communities will need to provide a persistent level of immersion that is not feasible today. This technical challenge is best understood by looking at the billions of dollars it took to allow Mark Zuckerberg’s metaverse citizens to traverse their community on legs[6]. Moore’s Law, which states that the number of transistors on microchips will double every year, has remained largely true for the last forty years[7]. While this pattern will likely come to an end, other technologies such as NVIDIA’s specialized graphic chips and quantum computing will ensure that the cost of computing power will drop over time[8].
Finally, the marginal cost of energy must approach zero. Improvements in computing technology will likely make systems more energy efficient, but digital communities that encompass a majority of mankind will require a large amount of energy. The ability to transfer this energy to decentralized nodes will become important as network-states span vast swaths of the earth. Solar panels and battery stations are already becoming cheap enough for individuals to buy. As these materials become cheaper and more reliable, most of the citizens in a network-state likely provide their own power. This decoupling from national grids and fossil fuels will not only allow these citizens to run their machines uninhibited but make them less vulnerable to coercion by nation-states who derive their power from energy production.
The likelihood of these conditions occurring by 2050 is high. Investors like billionaire Chamath Palihapitiya are already betting on a drastic reduction in the cost of energy and computing power[9]. Assuming these three trends do allow for the creation of sovereign network-states, the balance of power on the global stage will shift. A world in which there is a unipolar moment amongst nation-states does not preclude the existence of a multipolar balance amongst network-states. Nation-states and network-states will not compete for many of the same resources, but the proliferation of new sovereign entities creates more opportunities for friction and miscalculation.
If war comes, nation-states will consider how to fight against an adversary that is not bound by territorial lines. Nation-states will have an advantage in that they control the physical means of production for commodities such as food and raw materials, but as the world becomes more connected to the internet, networks will still have a reach into this domain. The rise of the network-state makes it more important than ever for nation-states to control their physical infrastructure and learn to project power in the cognitive domain. Advanced missile systems and drones will do little to threaten the power of the network-state; instead, offensive capabilities will be limited to information campaigns and sophisticated cyber-attacks will allow the nation-state to protect its interests in a world where borders become meaningless.
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