Why the convergence of AI and cybersecurity must be a top priority for the administration

Artificial intelligence is no longer a future promise for government. The technology is already reshaping how federal agencies operate, deliver services and defend national infrastructure. But as adoption accelerates, one reality is becoming unavoidable: AI and cybersecurity can no longer be treated as separate missions.

For this administration, the convergence of AI and cybersecurity is not simply a technical issue; it is a workforce imperative, a governance challenge, and ultimately a national security priority. If the federal government hopes to modernize responsibly, it must invest now in building cyber-AI capability across agencies, education pipelines and critical infrastructure systems.

The ATARC Cybersecurity Education and Workforce Development Working Group authored the recent white paper, The Convergence of AI-Cybersecurity in Education, Workforce Development, and Campus Infrastructure, which makes clear that AI’s rapid evolution is fundamentally changing cybersecurity. The full report is available here. (Editor’s note: ATARC, like Nextgov/FCW, is owned by GovExec.)

AI is a tool and a threat

AI is directly impacting blue team (defender) and red team (attacker) strategies, operations and tactics. Federal cybersecurity teams are increasingly relying on AI for anomaly detection, predictive threat intelligence and faster incident response. AI can flag suspicious behavior, such as access to sensitive systems from unusual locations, without depending on static rules.

But AI is also empowering adversaries. The same technologies that help automate defense can also accelerate phishing, generate malicious code and enable more adaptive cyberattacks. The future may be defined by automated AI attacks against AI-infused defenses, placing enormous pressure on agencies to modernize faster than ever.

That is why the AI-cyber convergence is not optional. It is the new terrain of digital conflict.

The federal government cannot buy its way out of the skills gap

One of the strongest arguments in the ATARC Cybersecurity Education and Workforce Development Working Group’s white paper is that technology alone will not solve the problem. The U.S. already faces a persistent cybersecurity workforce shortage, and AI is further complicating the gap.

The working group emphasizes that cyber-AI skills are no longer niche expertise reserved for specialists. They are becoming essential skills across occupations, with growing value for employers throughout the economy. All industry sectors are impacted.

For federal agencies, this means cyber-AI literacy must expand beyond security operations centers. Acquisition staff, program managers, engineers and frontline employees will all interact with AI-enabled systems, regardless of sector or domain. Without a workforce trained in both AI and cybersecurity, government modernization will create new vulnerabilities faster than it creates efficiencies.

Education pipelines are national security infrastructure

Perhaps the most urgent contribution of the ATARC Cybersecurity Education and Workforce Development Working Group’s paper is its emphasis on education and workforce development as strategic infrastructure. Pandora’s digital box is open, and we must prepare a significantly different workforce than we have seen in the past.

The working group argues for a fully functional cyber-AI security pipeline from pre-K to Ph.D., which would position the U.S. favorably in the long-term competition with global adversaries.

This is not just an education issue, but a federal preparedness issue as well. Building national capacity requires aligned pipelines and pathways across K–12, higher education, certifications, apprenticeships and agency hiring needs. We must also support transitioning workers into the workplace.

In other words, the administration cannot wait until workers reach mid-career to introduce converged AI-cyber skills. The workforce of the AI era must be built deliberately, starting now — and as early in the employee preparation process as possible.

Governance must catch up before the next crisis

AI adoption is already producing real-world failures. The ATARC Cybersecurity Education and Workforce Development Working Group highlights incidents such as employees entering sensitive corporate intellectual property into ChatGPT, as well as lawyers relying on AI-generated hallucinated case law.

These examples underscore the need for enforceable governance frameworks inside institutions, not vague guidelines. The working group recommends policies that include clear definitions, approved AI platforms, prohibitions on disclosure of confidential information and mandatory human oversight of AI outputs.

For federal agencies deploying AI at scale, governance is not bureaucracy; it is defense.

A converged strategy for this administration

The convergence of AI and cybersecurity presents the administration with a defining choice: lead proactively, or respond reactively after breaches, workforce failures and governance breakdowns.

A serious federal strategy should include:

• Expanding cyber-AI workforce development through NICE-aligned roles and modern curricula
• Embedding AI security governance across agency operations
• Investing in education pipelines as part of long-term national resilience
• Strengthening public-private-academic collaboration to keep pace with innovation

The ATARC Cybersecurity Education and Workforce Development Working Group’s central message is clear: this is an all-hands-on-deck moment requiring coordinated effort from government, academia, industry and civil society.

The convergence of AI and cybersecurity is not a distant trend; it is the defining operational reality of government technology today. This administration has an opportunity — and responsibility — to ensure the federal workforce is prepared not just to use AI, but to secure it. We are at the dawn of the AI era, and the nation must be prepared to secure and defend it.

Dr. Keith Clement is the academic chair of the Cybersecurity Education and Workforce Development Working Group of the Advanced Technology Academic Research Center (ATARC).