Now weeks into active U.S. and Israeli military operations against Iran, Iranian unmanned aerial systems (UAS) continue striking U.S. military bases and civilian infrastructure across the Middle East.

American defense and intelligence organizations are consequently exploring new ways to disrupt the global supply networks that keep Iranian drone production running.

The current conflict with Iran has been building, relationship by relationship, across four decades and multiple continents, placing new urgency on tracking the diffuse and often hidden connections between Iranian proxy networks and drug cartels in Latin America, whose interactions carry increasingly unpredictable and far-reaching consequences. 

So says Cormac Meiners, a retired Green Beret and i2 Group's federal lead for the Department of War and the intelligence community (IC), whose firm has spent more than 30 years developing software to map exactly these kinds of complex, shifting networks.

Mid-market manufacturers are entering the AI era with less patience for experimentation and more exposure to consequences. The sector is being pushed to invest by cost pressure and competitive urgency, but it is also being forced to confront an uncomfortable reality. A large share of AI initiatives still stall in pilots, fail to operationalize, or produce unclear returns, even as budgets keep rising.

Mid-market manufacturers are entering the AI era with less patience for experimentation and more exposure to consequences. The sector is being pushed to invest by cost pressure and competitive urgency, but it is also being forced to confront an uncomfortable reality. A large share of AI initiatives still stall in pilots, fail to operationalize, or produce unclear returns, even as budgets keep rising.

 After two years of heavy investment in artificial intelligence, corporate technology budgets are hitting a moment of truth, with executives facing mounting pressure to show that early AI commitments are generating measurable returns rather than accumulating as sunk costs.

That market reality framed nearly every conversation at the CIO 100 Leadership Live conference held March 5 at the Westin Buckhead Atlanta.

As companies accelerate investments in artificial intelligence, enterprise technology leaders are placing renewed attention on knowledge management. Executives say the way organizations capture, structure, and apply operational knowledge will play a decisive role in determining how effectively AI systems function inside the enterprise.

This was a theme that emerged during a roundtable discussion among technology executives at CIO 100 Leadership Live in Atlanta.

As enterprises accelerate investments in artificial intelligence, many are discovering that the hardest part of the transition is not deploying algorithms or modernizing infrastructure. The greater challenge is reshaping how organizations manage data, develop software, and prepare their workforce for a world in which humans and AI systems operate together.

That was the message delivered by Anjali Arora, chief technology officer of Perforce Software, during the CIO 100 Leadership Live in Atlanta.

As corporations accelerate the deployment of artificial intelligence across operations, a growing chorus of technologists, regulators and risk specialists is warning that governance, accountability and intellectual-property protection are lagging dangerously behind innovation.

As corporations accelerate the deployment of artificial intelligence across operations, a growing chorus of technologists, regulators and risk specialists is warning that governance, accountability and intellectual-property protection are lagging dangerously behind innovation.

Law enforcement agencies are no longer debating whether data should inform policing decisions; the question now is whether institutions are organized to act on the data they already have. As intelligence-led models move from theory into daily operations, many state and local departments are discovering that success depends less on technology adoption than on leadership alignment, workforce design, and the ability to translate analytical insight into timely operational choices. That shift has raised new questions about how intelligence functions are staffed, funded, and governed as well as whether existing structures are suited to an environment where information arrives continuously and decisions must be made faster than ever.

Cybersecurity leaders from government, enterprise, and the security industry gathered in Baltimore last week for the FutureCon Cybersecurity Conference, outlining a threat landscape defined less by incremental change than by structural disruption.

For decades, American policing borrowed a familiar metaphor from mid-20th century television: gather everything, sift later, and let “just the facts” emerge. That dragnet approach made sense when information was scarce and investigations were bounded by paper files, radio calls, and eyewitness accounts. Today, law enforcement agencies face the opposite problem. Data is abundant, continuous, and fragmented across thousands of digital systems.

Mid-market industrial organizations — spanning manufacturing, energy distribution, utilities, and their associated supply chains — are undergoing a profound shift in how they think about cybersecurity and operational resilience. Once able to rely on physical separation and legacy processes to protect industrial control systems, these organizations now operate in a digitally connected environment where the line between IT and OT is increasingly blurred. Ransomware attacks targeting OT networks have surged dramatically, often arriving through weak points in IT infrastructure before pivoting into production systems. At the same time, cyber insurers — facing years of escalating claims — have recalibrated their underwriting requirements, pushing for higher levels of identity security, privileged access management, and continuous visibility.

In response to rising ransomware attacks that are targeting mid-market industrial organizations, a consensus is emerging among business leaders that a much more integrated, multi-disciplinary strategy is needed to reduce risk and enhance resilience across both IT and operational technology environments. This is because manufacturers and utilities are being forced to confront risks their legacy systems were never engineered to withstand.

Financial crime compliance has long been treated as a necessary but burdensome function within banks. Many have suggested that these initiatives represent an operational cost center designed to satisfy regulators rather than actively reduce risk. For mid-market financial institutions, that model is under increasing strain. Regulatory expectations that once applied primarily to global banks have steadily cascaded downstream, while staffing shortages, rising alert volumes, and expanding data requirements make traditional operating models difficult to sustain.

For mid-market financial institutions, financial crime compliance is emerging as a broader risk-management challenge, one that extends beyond meeting regulatory requirements to integrating fraud prevention, customer risk, and operational controls across the bank. Regional and super-regional banks face many of the same anti-money-laundering (AML), sanctions, and know-your-customer (KYC) obligations as the largest global institutions, but without comparable scale, staffing depth, or technology budgets. As regulatory expectations continue to cascade downstream, these banks are increasingly turning to artificial intelligence not as an experimental add-on, but as a way to keep their compliance programs viable, according to David Caruso, vice president of financial crimes and compliance at WorkFusion, speaking during a BizTechReports executive vidcast interview.

As artificial intelligence accelerates decision-making, automation, and customer interaction across industries, it is quietly transforming expectations for uptime. Systems that once tolerated scheduled outages or delayed recovery now operate in an always-on environment where minutes of downtime can cascade into lost revenue, operational disruption, and reputational damage.

The intelligence community is confronting an operational paradox: threats are multiplying, data is exploding, but budgets and headcount remain largely fixed. The result is a widening gap between the volume of information agencies must process and their capacity to process it while addressing ethical issues and classification rules, among many other considerations.

As artificial intelligence systems reshape the global security landscape, intelligence agencies and law enforcement organizations are confronting more data, more complexity, and more scrutiny, without corresponding increases in budget or personnel. For many in the field, the question is no longer whether artificial intelligence (AI) will be incorporated into intelligence workflows, but how to do so in a way that improves accuracy, increases speed, and maintains public trust.

As the quantum era draws closer, the cybersecurity conversation is shifting from technology to trust. What was once a matter of internal encryption policy has become a test of how effectively companies can coordinate across entire ecosystems. The arrival of post-quantum cryptography (PQC) will not simply change how organizations secure data—it will redefine how they work together.