For most of the Internet age, cyberwarfare has been constrained by one stubborn reality: hacking requires talent. Finding vulnerabilities, developing exploits, penetrating networks, maintaining access, stealing information, and avoiding detection traditionally demanded skilled operators. Even hostile governments with substantial ambitions could not manufacture elite hackers overnight.
Artificial intelligence threatens to weaken that constraint.
The most unsettling consequence of increasingly capable AI may not be a chatbot spreading misinformation or a machine replacing an office worker. It may be the democratization of sophisticated cyber capabilities. Governments that lack the technological infrastructure, educational institutions, intelligence services, or financial resources of the United States could increasingly compensate by using AI to make relatively ordinary cyber operators dramatically more capable.
That changes the security equation.
For decades, technological superiority gave advanced nations a significant advantage. America possesses extraordinary universities, technology companies, intelligence agencies, telecommunications networks, and cybersecurity expertise. A developing nation with a modest intelligence budget could not easily reproduce those capabilities.
But it does not necessarily have to reproduce them anymore. It may only need access to powerful artificial intelligence.
AI can accelerate many of the tedious tasks surrounding cyber operations. It can analyze software, examine enormous quantities of technical documentation, generate and modify code, identify suspicious configurations, translate foreign-language materials, automate reconnaissance, and help operators understand unfamiliar computer systems.
Those capabilities have legitimate defensive purposes. The same technology helping an American cybersecurity engineer locate vulnerabilities can potentially help a hostile intelligence service search for them.
The dangerous word is scale.
A conventional hacking operation requires humans to investigate targets individually. AI increasingly allows portions of that process to be automated. Instead of examining a handful of organizations, attackers may eventually be capable of probing thousands or millions of potential targets, identifying promising weaknesses and concentrating human attention only where automated systems discover an opportunity.
That could make cyber aggression economically attractive to governments that previously lacked sophisticated capabilities.
Consider what this means for developing countries with weak conventional militaries. Building an aircraft carrier requires billions of dollars, an industrial base, trained sailors, logistics networks and years of preparation. Developing an advanced fighter aircraft is similarly difficult.
Cyberwarfare has much lower barriers to entry.
A government does not need a blue-water navy to attack a hospital network in Wisconsin, a water utility in Texas or a manufacturer in Ohio. It needs computers, connectivity, technical personnel and increasingly powerful software.
AI potentially lowers that threshold further.
The concern should not be confined to the world’s established cyber powers. China, Russia, Iran and North Korea already receive enormous attention from American security agencies, and appropriately so. But AI could gradually expand the number of governments capable of conducting meaningful cyber operations. Countries possessing comparatively modest technological sectors could acquire capabilities that once required large teams of highly trained specialists.
The consequences could extend far beyond espionage.
America’s critical infrastructure is deeply interconnected with ordinary commercial technology. Hospitals depend upon digital systems. Municipalities operate computerized water facilities. Logistics companies coordinate shipments electronically. Energy companies rely on industrial control systems. Banks operate enormous digital networks. Small businesses store sensitive information online.
Even agriculture increasingly depends upon connected machinery, positioning systems and software.
An adversary therefore does not have to defeat the United States military to inflict economic damage. It can search for weaknesses throughout the civilian infrastructure upon which modern life depends.
There is another uncomfortable reality. AI does not need to turn mediocre hackers into geniuses to create a serious problem. It merely needs to make them somewhat faster, somewhat more knowledgeable and substantially more productive.
Multiply that improvement across hundreds of operators working for dozens of governments, criminal organizations and intelligence services, and the cumulative effect becomes significant.
The United States should therefore resist treating cybersecurity exclusively as a contest against a few sophisticated adversaries. The proliferation of AI means cyber capability itself could spread.
The proper response is not panic or an attempt to halt artificial intelligence. America has enormous advantages in AI, and surrendering technological leadership would be strategically foolish. The better answer is to recognize that superior offensive technology must be accompanied by superior resilience.
Critical infrastructure should be designed under the assumption that hostile actors will continually probe it. Government agencies and private companies need faster vulnerability remediation, stronger authentication, better network segmentation, reliable offline backups and serious contingency plans for operating when digital systems fail.
Most importantly, cybersecurity must stop being treated as an obscure technical department buried somewhere inside an organization.
It is national defense.
America spent generations protecting its borders, airspace and territorial waters because geography defined traditional security. In the digital age, hostile governments can reach American institutions without crossing an ocean.
Artificial intelligence could give increasingly modest adversaries capabilities once reserved for technological powers.
The next dangerous hacker may not be a brilliant programmer sitting inside an elite intelligence agency. He may be an average operator working for an otherwise unremarkable regime, armed with an AI system capable of supplying much of the expertise he lacks.
That is the uncomfortable promise of technological democratization: the tools that make productive people more capable can make dangerous people more capable as well.
And in cyberspace, even a poor country can suddenly find itself living next door.