Singularity

← Perspectives
Steve Dekorte

I expect recursive self-improvement in artificial intelligence to produce a period of super-exponential technological change within the next decade or two. While I hope this transition goes well, I assign substantial probability to human extinction or drastic depopulation.

That judgment does not assume that AI suddenly turns malevolent. It follows from three structural shifts: the collapse of human economic bargaining power, the automation of coercive enforcement, and the centralizing pressures of an offense-dominant world.

The singularity as a compressed transition

By "singularity," I mean a recursive compounding of intelligence that radically transforms human civilization within ten to twenty years. While mathematically continuous, a sufficiently steep exponential curve will be experienced by those inside it as a sharp discontinuity.

I roughly estimate a 50 percent chance of this transition occurring within twelve years. This is a personal prior rather than an output of a formal forecasting model; the structural dynamics that follow do not depend on the exact date.

Human value historically constrained power

Power has never rested solely on the benevolence of rulers. Historically, governments, firms, and armies depended on large populations to farm, manufacture, pay taxes, administer institutions, fight wars, and police one another. That mutual dependence gave ordinary people leverage even under authoritarian rule.

Crucially, human implementation inserted an unreliable moral and political friction into every coercive apparatus. Soldiers can refuse to fire, officers can defect, workers can strike or sabotage, and bureaucrats can leak. Rulers rarely faced a monolithic system because power had to be executed through millions of individuals with divided loyalties. Even in totalitarian states, public pressure could occasionally force concessions—such as the official suspension of Hitler's centralized T4 program—because rulers could not afford to alienate essential human supporters.

Dependence on human labor was never a guarantee of safety. Stalin’s purges, Mao’s Great Leap Forward, and the Khmer Rouge demonstrated that ideological dogma and paranoia can override economic utility, destroying even the populations regimes relied upon. But human dependence established an essential floor: power required human agents to carry it out.

Automating labor automates obedience

Advanced AI combined with robotics breaks this dynamic by automating both production and enforcement:

  1. Economic obsolescence: When machines perform cognitive and physical work more cheaply and reliably than humans, labor loses its bargaining power.
  2. Coercive automation: When policing, surveillance, and warfare are executed by autonomous systems, the human veto points inside the security apparatus disappear.

A ruler or ruling coalition no longer needs millions of loyal subjects to govern. If a small leadership core—or an autonomous system—can maintain energy, compute, automated manufacturing, and physical security, human cooperation becomes optional.

The limiting condition is a closed physical loop: once an AI system can extract materials, power itself, manufacture robotics, and maintain defense, all human beings become dispensable from the system's operational perspective. At that point, human survival depends entirely on whether human welfare remains an enforced terminal objective.

The illusion of simple alignment

"Alignment" is often framed as teaching an AI to respect human values, as though humanity possessed a single coherent moral code. It does not. Values diverge across individuals, cultures, scales, and time horizons. The real questions are political: aligned with whom, prioritized by what standard, and enforced under whose authority?

AI safety cannot be solved as a purely technical optimization. Systems trained on human discourse reproduce dominant biases, flatter user priors, and can generate cobra effects—where explicit safety constraints become blueprints for evading them. More dangerously, machine-speed capabilities compress decision cycles, transferring operational control from human deliberation to automated heuristics long before any formal declaration of machine rule.

Offense dominance drives total concentration

The second destabilizing mechanism is offense dominance: technologies where attack is vastly cheaper and easier than defense. Advanced biotechnology is the clearest example—a handful of individuals could synthesize pathogens capable of defeating global healthcare. AI-enabled cyberwarfare and autonomous swarms exhibit the same asymmetry.

In an offense-dominant environment, any uncontrolled agent with access to advanced compute or biological tools represents an existential attack surface. Societies that prize privacy, decentralization, and individual liberty face a structural disadvantage: a single defector can cause civilization-ending harm.

This creates an inescapable ratchet toward centralized control:

  1. Catastrophic threats demand preemptive prevention rather than post-hoc punishment.
  2. Prevention requires ubiquitous surveillance across finance, communication, movement, computation, and biology.
  3. Machine-speed threats require autonomous, preemptive enforcement without bureaucratic delay.
  4. The apparatus built to enforce global security becomes the single most dangerous concentration of offensive power in existence.

Even liberal democracies face overwhelming structural incentives to adopt totalitarian surveillance. Because external rivals or private defectors remain threats, local control expands to national control, and national control escalates toward global monopoly. The search for safety converges on a single final corrector.

The depopulation trap

These forces do not operate in isolation; they form a self-reinforcing trap:

  • AI renders human labor economically redundant.
  • Autonomous robotics removes power's dependence on human enforcers.
  • Offense dominance turns every autonomous person into an intolerable security risk.
  • The surveillance state centralizes all coercive capability.
  • Human resistance and exit options collapse.

Under these conditions, supporting billions of autonomous people ceases to look like an asset. To a power-maximizing human elite—or an autonomous system optimizing for stability—a large human population appears costly, unpredictable, and hazardous.

Elimination does not require overt hatred. It can proceed through access restrictions, rationing, conflict containment, and managed decline. Universal basic income (UBI) can provide subsistence, but it cannot restore lost bargaining power; a population entirely dependent on an automated sovereign exists solely at that sovereign's tolerance.

Potential circuit breakers

This trajectory is not inevitable. Several developments could break the loop:

  • Defense dominance: Cryptographic, biological, or physical defenses could become decisively cheaper and more resilient than offensive weapons, allowing decentralized societies to endure.
  • Physical bottlenecks: Dangerous capabilities might continue to require scarce, highly visible physical infrastructure that can be monitored without pervasive surveillance.
  • Partitioned architectures: Technical and governance mechanisms could strictly partition coercive capability so that no single system or coalition can act unilaterally.
  • Radical abundance: The cost of supporting human flourishing could become negligible relative to total resources, removing economic motives for depopulation.
  • Durable value retention: Stable commitments to human dignity and freedom could be successfully embedded across competing autonomous systems.

None of these counterweights are automatic. The concentration drive follows directly from the baseline physics of offense dominance and automation. Resisting it requires deliberately engineering defensive asymmetries, decentralized checks, and economic independence before the window of human leverage closes.