The Role of AI in Modern Warfare and Intelligence Gathering

Artificial intelligence has rapidly become one of the most transformative forces in modern warfare and intelligence operations. No longer limited to experimental systems, AI is now embedded in real-world military decision-making, surveillance, and combat operations. As global conflicts evolve into data-driven environments, the ability to process, interpret, and act on vast amounts of information has become a decisive advantage. The integration of AI into military systems is reshaping how wars are fought, how intelligence is gathered, and how strategic decisions are made, fundamentally altering the nature of conflict in the twenty-first century.

One of the most significant contributions of AI to modern warfare is its ability to accelerate decision-making. Traditional intelligence analysis required human analysts to sift through massive volumes of data from satellites, drones, communications intercepts, and other sources. AI systems now perform this task at unprecedented speed, identifying patterns and threats that would otherwise go unnoticed. In recent U.S. military operations, AI has been used to process large datasets and generate actionable insights, significantly shortening the decision cycle for commanders (Medill on the Hill, 2026). This acceleration allows military leaders to respond more quickly to emerging threats, giving them a strategic advantage in fast-moving conflict environments.

Closely tied to decision-making is AI’s role in intelligence gathering. Modern intelligence operations rely heavily on the integration of multiple data sources, including geospatial imagery, signals intelligence, and open-source information. AI systems such as the U.S. military’s Maven Smart System are designed to analyze this data, identify targets, and prioritize them based on strategic importance (Brennan Center for Justice, 2026). These systems can scan vast amounts of information from satellites, drones, and even social media, enabling analysts to detect patterns of behavior, locate individuals or equipment, and anticipate enemy actions. This capability transforms intelligence from a reactive process into a predictive one, allowing militaries to anticipate threats before they fully materialize.

AI is also playing a critical role in battlefield operations. Autonomous and semi-autonomous systems, including drones and unmanned vehicles, are increasingly used for surveillance, reconnaissance, and combat missions. These systems rely on AI to navigate complex environments, identify targets, and adapt to changing conditions in real time. Recent developments in counter-drone technology demonstrate how AI can be used defensively as well as offensively, with systems capable of detecting and intercepting enemy drones efficiently and at lower cost (Business Insider, 2026). In addition, AI-powered platforms are being developed to coordinate swarms of drones, enhancing their effectiveness and complicating enemy defenses.

Another important application of AI is in logistics and operational support. Military operations depend on the efficient movement of personnel, equipment, and supplies, often under challenging conditions. AI systems are used to optimize logistics by predicting equipment failures, managing supply chains, and improving maintenance schedules. These capabilities enhance operational readiness and reduce costs, allowing militaries to sustain prolonged operations more effectively. AI-driven logistics systems also contribute to mission planning by simulating different scenarios and identifying the most efficient courses of action.

Cybersecurity and information warfare represent another domain where AI has become indispensable. Modern conflicts increasingly involve cyber operations aimed at disrupting communication networks, stealing sensitive information, or spreading disinformation. AI enhances both offensive and defensive cyber capabilities by detecting anomalies, identifying vulnerabilities, and responding to threats in real time. At the same time, AI is being used to generate and analyze digital propaganda, shaping public perception and influencing political outcomes. As a result, the battlefield now extends beyond physical space into the digital domain, where information itself becomes a weapon.

Despite its advantages, the use of AI in warfare raises significant ethical and strategic concerns. One of the most pressing issues is the potential for autonomous weapons systems to make life-and-death decisions without human intervention. While military leaders emphasize that humans remain “in the loop,” the increasing reliance on AI for targeting and decision-making raises questions about accountability and control (The Wall Street Journal, 2026). There is also the risk of unintended escalation, as AI systems operating at high speed may respond to threats in ways that humans cannot easily predict or control. Additionally, the use of AI in surveillance raises concerns about privacy and the potential misuse of data.

The integration of AI into warfare also has broader implications for global security. As more nations develop and deploy AI-enabled systems, the risk of an arms race increases. Countries are investing heavily in AI technologies to gain a strategic edge, leading to rapid advancements and increased competition (U.S. Army War College, 2025). This competition may lower the threshold for conflict, as states seek to demonstrate technological superiority or respond to perceived threats. At the same time, the proliferation of AI technologies raises the possibility that non-state actors could gain access to advanced capabilities, further complicating the security landscape.

In conclusion, artificial intelligence is fundamentally transforming modern warfare and intelligence gathering. By accelerating decision-making, enhancing intelligence analysis, and enabling new forms of combat and cyber operations, AI provides significant advantages to those who can effectively harness it. However, these advancements come with substantial risks, including ethical dilemmas, potential loss of human control, and increased global instability. As AI continues to evolve, its role in warfare will likely expand, making it essential for policymakers, military leaders, and society as a whole to carefully consider how this powerful technology is used. The future of warfare will not be defined solely by weapons or troops, but by algorithms, data, and the ability to turn information into action.

References

Brennan Center for Justice. (2026). The military’s use of AI, explained.

Business Insider. (2026). U.S. Army surged largest counter-drone training deployment in the Middle East.

Medill on the Hill. (2026). Data and decisions: AI is changing how the military operates.

U.S. Army War College. (2025). Artificial intelligence’s growing role in modern warfare.

The Wall Street Journal. (2026). U.S. forces employ AI every single day in Iran operation.

NSF Invests $50 Million in Research to Secure Our Nation's Cyberspace

Multiple awards include two large "Frontier" collaborative projects totaling $15 million

The National Science Foundation (NSF) today awarded $50 million for research projects to build a cybersecure society and protect the United States' vast information infrastructure.

The investments were made through the NSF's Secure and Trustworthy Cyberspace (SaTC) program, which builds on the agency's long-term support for a wide range of cutting edge interdisciplinary research and education activities to secure critical infrastructure that is vulnerable to a wide range of threats that challenge its security.

"Securing cyberspace is key to America's global economic competitiveness and prosperity," said NSF Director Subra Suresh. "NSF's investment in the fundamental research of cybersecurity is core to national security and economic vitality that embraces efficiency while also maintaining privacy."

In response to the SaTC call for proposals, more than 70 new research projects were funded, with award amounts ranging from about $100,000 to $10 million. This SaTC funding portfolio invests in state-of-the-art research in incentives that reduce the likelihood of cyber attacks and mitigate the negative effects arising from them. Together, these SaTC awards aim to improve the resilience of operating systems, software, hardware and critical infrastructure while preserving privacy, promoting usability and ensuring trustworthiness through foundational research and prototype deployments.

Two of the SaTC funded projects are Frontier awards, which are large, multi-institution projects that aim to provide high-level visibility to grand challenge research areas.

The SaTC program supports research from a number of disciplinary perspectives with investments from NSF's Directorates for Computer and Information Science and Engineering (CISE); Mathematical and Physical Sciences; and Social, Behavioral and Economic Sciences, as well as the Office of Cyberinfrastructure.

"We are excited that the SaTC award portfolio contains many interdisciplinary projects, including these two Frontier projects at the scale and complexity of research centers," said Farnam Jahanian, assistant director of NSF's CISE directorate. "The challenges they address--the technical and economic elements of Internet security and the issues associated with sharing of data in cyberspace while protecting individual privacy--are fundamental; addressing them will help establish a scientific basis for developing and operating computing and communications infrastructure that can resist attacks and be tailored to meet a wide range of technical and policy requirements."

What follows are descriptions of the two Frontier awards.

Beyond Technical Security: Developing an Empirical Basis for Socio-Economic Perspectives

University of California-San Diego - Stefan Savage

International Computer Science Institute - Vern Paxson

George Mason University - Damon McCoy

This project will receive a five-year grant totaling $10 million to tackle the technical and economic elements of Internet security: how the motivations and interactions of attackers, defenders and users shape the threats we face, how they evolve over time and how they can best be addressed.

While security is mediated by the technical workings of computers and networks, a commensurate level of scrutiny is driven by conflict between economic and social issues. Today's online attackers are commonly profit-seeking, and the implicit social networks that link them together play a critical role in fostering underlying cybercrime markets. By using a socio-economic lens, this project seeks to gain insights for understanding attackers, as well as victims, in order to help consumers, corporations and governments make large investments in security technology with greater understanding of their ultimate return-on-investment.

Security research has tended to focus only on the technologies that enable and defend against attacks. This project also emphasizes the economic incentives that motivate the majority of Internet attacks, the elaborate marketplaces that support them, and the relationships among cyber criminals who rely upon each other for services and expertise.

Grappling with both the economic and technical dimensions of cybersecurity is of fundamental importance for achieving a secure future information infrastructure, and developing a sound understanding requires research grounded in observation and experiment. Accordingly, the research will focus on four key components to:

1.Pursue in-depth empirical analyses of a range of online criminal activities.

2.Map out the evolving attacker ecosystem that preys on online social networks, and the extent to which unsafe online behavior is itself adopted and transmitted.

3.Study how relationships among these criminals are established, maintained and evolve over time.

4.Measure the efficacy of today's security interventions, both at large and at the level of individual users.

Consequently, this research has the potential to dramatically benefit society by undermining entire cybercrime ecosystems by, for example, disrupting underground activities, infrastructure and social networks.

Privacy Tools for Sharing Research Data

Harvard University - Salil Vadhan

A multi-disciplinary team of researchers at Harvard University will receive a four-year grant totaling nearly $5 million to develop tools and policies to aid the collection, analysis and sharing of data in cyberspace, while protecting individual privacy.

Today, information technology, advances in statistical computing and the deluge of data available through the Internet are transforming all areas of science and engineering. However, maintaining the privacy of human subjects is a major challenge. Given the complexities involved in ensuring privacy for shared research data, Vadhan will be joined by a team of professors with expertise in areas such as mathematics and statistics, government, technology and law. Together they will engage in a multi-disciplinary approach to refine and develop definitions and measures for privacy and data utility. They will also design an array of technological, legal and policy tools that can be used when dealing with sensitive data.

These tools will be tested and deployed at the Harvard Institute for Quantitative Social Science's Dataverse Network, an open-source digital repository that offers the largest catalogue of science datasets in the world. The ideas and tools developed in this project will have a significant broad impact on society since the issues addressed in the work arise in many other important domains, including public health and electronic commerce.

 -NSF-

DoD Cyber Crime Conference Call for Papers

The 12th Annual DoD Cyber Crime Conference, sponsored by the Department of Defense Cyber Crime Center (DC3), welcomes submission of abstracts for consideration to present a briefing, workshop, or panel discussion. In each of the last four years, we have had more than 220 speakers in 20+ concurrent track sessions. The deadline for abstract submissions is July 6, 2012.

Conferences that bring together government, academia, and industry are increasingly important as cyber criminals band together to access, gain control of, and manipulate the systems that store vital data. The conference provides an opportunity for cyber professionals to network and receive essential training in an open forum that promotes collaboration and innovation.

January’s conference will focus on developing the cyber workforce by setting the standard for degree certifications, validating credentials, and drawing in our talented youth through academic clubs and challenges.

Topics will focus on the areas of:

 Cyber Crime Investigations

 Digital Forensics

 Cyber Crime Law

 The Defense Industrial Base

 Information Assurance

 System Administration

 E-Discovery

 Research and Development

In addition to the conference, our Defense Computer Investigations Training Academy (DCITA) instructors provide four days of tremendous hands-on digital forensics training opportunities for attendees. These courses establish a multidisciplinary forum for information sharing, team building, and the development of innovative debate on cyber investigations, digital forensic techniques/technologies, and legal concerns.

IMPORTANT DATES

July 6, 2012: Abstract Submissions Due

 Sept 5, 2012: Notification of Accepted Presentations

 Sept 21, 2012: Deadline for Presenters to Accept Speaking Invitation

 Nov 16, 2012: Briefing Materials Due (this includes PowerPoint Presentations, Whitepapers, and Videos)

We invite anyone interested in presenting or learning more about the conference to visit our website. We are looking forward to seeing you in January!

 By Jim Christy (OSI Special Agent Ret.)

 Director of Futures Exploration at the Department of Defense Cyber Crime Center (DC3)

SecAF: Cyberspace is an Air Force priority

By Tech. Sgt. Richard A. Williams Jr.

Air Force Public Affairs Agency

Secretary of the Air Force Michael Donley highlighted cyberspace as an important Air Force priority and joint force enabler during remarks to airmen, industry officials and Air Force Association members March 23 at the Air Force Association’s 2012 CyberFutures Conference and Technology Exposition here.

“Access to reliable communications and information networks makes it possible for today’s modern forces to operate effectively at a high operations tempo,” Donley said. “Our military depends on resilient, reliable and effective cyberspace assets to respond to crises, conduct operations, project power abroad and keep forces safe.”

Given this, he said it was no wonder that cyberspace is a priority for the Air Force and the Department of Defense. In addition, he also pointed out that cyberspace operations impact every other operational domain, making the Air Force’s integration of air, space and cyberspace operations an important requirement.

“As the only domain created by man, cyberspace is dynamic and evolving,” Donley said. “Its operations support and closely interact with operations in all of the other domains — land, sea, air and space. And through the integration of air, space and cyberspace operations, the Air Force is developing unique capabilities that support military operations across the spectrum of conflict.”

The secretary said the Air Force has a long history of being a forward-leaning service that has always been at the forefront of applying new technologies to strengthen U.S. national security.

“Cyberspace is just the latest arena offering the Air Force the challenge and the opportunity to keep evolving as we again wrestle with technology and policy issues right on the cutting edge of national security,” he said. “But more than that, we recognize that as cyber-related technologies transform the way we communicate, share information, provide services and conduct any number of daily tasks, the Air Force cannot afford to stand on the sidelines.

“Much like the inventors who created the technologies of the 20th century, today’s innovators will redefine our expectations and expand our capabilities as cyberspace continues to develop and mature,” he said.

Donley said the Air Force is determined to ensure the service is ready to leverage these state-of-the-art technologies; to have the right plans and strategies in place; and that Air Force cyber operations and cyber support Airmen have the skills and the training needed to meet the defense challenges and opportunities this newest frontier presents.

To help tackle emerging cyber challenges and threats, the secretary said the Air Force has fielded a total force of more than 45,000 trained and certified professionals equipped to ensure continuity of operations. In addition, he said the service will establish three new total force cyber units this year, consisting of two Air National Guard information operations squadrons to be located in Washington state and California, and one Air Force Reserve active association with the 33rd Network Warfare Squadron at Lackland Air Force Base, Texas.

There are also plans to expand the Maryland Air National Guard’s 175th Network Warfare Squadron, he added.

“Cyberspace may be the newest recognized operational domain, but its importance in the way we think, the way we organize, train and equip is becoming more evident all the time,” Donley said. “Today’s joint missions in the air, space and in all domains are increasingly dependent on skilled and innovative cyberspace forces.”

He said the Air Force must maintain its cyber security commitment by resourcing; developing cyber plans and strategies; developing and acquiring the best technology; and, most importantly, building the intellectual capital and expertise of its Airmen who make it all work.

“Doing so will contribute to our national defense as well as reinforce our proud position as the world’s finest Air Force,” Donley said.

DOD Develops Cyberspace Rules of Engagement

By Cheryl Pellerin

 American Forces Press Service

Whether by land, sea or air, Defense Department leaders have long crafted rules of engagement to determine how, where and when forces can attack the enemy. They expect soon to complete the same for their newest domain: cyberspace, the assistant secretary of defense for global strategic affairs said today.

“We are working closely with the Joint Staff on the implementation of a transitional command-and-control model for cyberspace operations” while reviewing existing rules of engagement, Madelyn R. Creedon told the House Armed Services Committee’s subcommittee on emerging threats and capabilities.

Teresa M. Takai, DOD’s chief information officer, and Army Gen. Keith Alexander, commander of U.S. Cyber Command, joined Creedon at the hearing.

“This interim framework,” Creedon told the panel, “will standardize existing organizational structures and command relationships across the department for the application of the full spectrum of cyberspace capabilities.”

Describing DOD’s strategies for operating in cyberspace, Creedon said the department maintains more than 15,000 network enclaves and 7 million computing devices in installations around the globe.

“DOD continues to develop effective strategies for ensuring the United States is prepared for all cyber contingencies along the entire spectrum,” she added, “from peace to crisis to war.”

In times of fiscal constraint, Creedon said, DOD also is taking advantage of efficiencies provided by information technology advances.

“The department has been working around the clock, often in close cooperation with the Department of Homeland Security and other agencies,” she said, to protect the nation from cyber threats that include the theft of intellectual property, as well as damage to the defense industrial base, the economy and national security.

The department hit a “significant milestone” last July with the release of its first strategy for operating in cyberspace, Creedon said. The document builds on President Barack Obama’s International Strategy for Cyberspace and the DOD Quadrennial Defense Review, and guides the department’s military, business and intelligence activities in cyberspace in support of national interests, she said.

The DOD works closely with colleagues in the departments of Homeland Security, Justice, State, Treasury, Commerce and other agencies, she added, and pursues bilateral and multilateral engagements to enhance security and develop norms of behavior in cyberspace.

Takai told the panel that DOD’s $37 billion information technology budget request for fiscal year 2013 includes a range of IT investments, including $3.4 billion for cyber security efforts to protect information, information systems and networks against known cyber vulnerabilities.

It also includes $182 million for Cyber Command for cyber network defense, cryptographic systems, communications security, network resiliency, workforce development, and development of cyber security standards and technologies department-wide.

Among efforts to improve effectiveness and efficiency, Takai explained, “is consolidation of the department’s IT infrastructure, networks, computing services, data centers, application and data services, while simultaneously improving the ability to defend that infrastructure against growing cyber threats.”

Her office is leading the implementation of the initiatives, the chief information officer added, “but it is important that we work closely with the services, Joint Staff and U.S. Cyber Command to more aggressively modernize our overall information systems.”

A pillar of that modernization is a move to a single, joint network architecture, Takai said, allowing DOD and Cyber Command better visibility into network activity and better defense against cyber attacks.

Individually, she said, the services and agencies have taken action to better position the information enterprise and security posture.

The department has made significant progress in several areas, Takai said. One effort involved deploying a modular system called a host-based security system that enhances situational awareness of the network and improves the ability to detect, diagnose and react to cyber intrusions.

“We’ve also taken the lead in assessing the risk of the global supply chain to our critical information and communications technology,” Takai added, and has instituted a successful defense industrial base cyber security and information assurance program.

Alexander said cyber defense requires contributions not only from DOD, but from Homeland Security, the FBI, and the Defense Information Systems Agency — “all key partners in helping us do our cyber mission.”

Cyber space is becoming more dangerous, he added.

“The intelligence community’s worldwide threat brief to Congress in January raised cyber threats to just behind terrorism and [nuclear] proliferation in its list of the biggest challenges facing the nation.”

The task of assuring cyberspace access, the general said, “has drawn the attention of our nation’s most senior leaders over the last year and their decisions have helped to clarify what we can and must do about developments that greatly concern us.”

Cyber Command is specifically charged with directing the security, operation and defense of DOD’s information systems, he added, “but our work and actions are affected by threats well outside DOD networks … threats the nation cannot afford to ignore.”

Dangers are not something new in cyberspace.

“Nation-state actors in cyberspace are riding a tide of criminality,” the general said. “Several nations have turned their resources and power against us and foreign businesses and enterprises, even those that manage critical infrastructure in this country, and others.”

For the panel, Alexander described five key areas Cyber Command is working on:

– Building the enterprise and training the force;

 –Developing a defensible architecture;

–Getting authorities needed to operate in cyberspace;

–Setting the teamwork properly across U.S. government agencies; and

–Creating a concept of operations for operating in cyberspace.

“I think we’re making progress,” Alexander said, “but … the risks that face our country are growing faster than our progress and we have to work hard on that.”