Italy’s Cyber Command Prepares for AI Threats Ahead of Winter Games

With the world’s attention turning toward Italy ahead of the next Winter Games, the country’s cyber defenders are working behind the scenes to prepare for a very different kind of competition—one where the opponents are not athletes, but increasingly sophisticated threat actors armed with artificial intelligence. Italy’s Cyber Command and national cybersecurity stakeholders are sharpening their strategies to protect critical infrastructure, event operations, transportation networks, and public trust from AI-enabled attacks that can move faster, appear more convincing, and scale further than traditional campaigns.

Large international events have long been magnets for cybercrime, espionage, hacktivism, and disinformation. What’s changed is the toolkit: AI can generate believable phishing lures in perfect Italian or English, automate reconnaissance, create deepfakes that spread instantly online, and help attackers probe for weaknesses across a sprawling digital supply chain. Italy’s preparations reflect a growing recognition across Europe that AI-driven threats require AI-aware defense.

Why the Winter Games Are a Prime Target for Cyber Threats

Global sporting events combine high visibility, high stakes, and high complexity. They bring together government agencies, private contractors, broadcasters, sponsors, hospitality providers, and international delegations—each adding systems, identities, devices, and third-party connections. This creates an expanded attack surface, often under tight timelines.

High-value systems under extraordinary pressure

During the Winter Games, even minor downtime can have major consequences. Threat actors know that event organizers may be more likely to pay ransoms or respond hastily when the world is watching. The most attractive targets typically include:

• Ticketing and accreditation platforms that manage access to venues and secure zones
• Broadcasting and media pipelines that deliver live coverage to global audiences
• Transportation systems coordinating airports, rail, buses, and crowd movement
• Hotel and tourism infrastructure handling bookings, payments, and guest data
• Public safety and emergency communications used by police, medical, and response teams

A crowded supply chain with uneven security maturity

Major events rely on hundreds (sometimes thousands) of vendors. Some are large integrators with mature security; others are small subcontractors with limited resources. Attackers frequently exploit the weakest link—compromising a supplier to reach a larger target. Italy’s cyber planners are therefore expected to emphasize supply-chain risk management, vendor due diligence, and rapid isolation of compromised partners.

How AI Changes the Threat Landscape

AI doesn’t invent new motivations, but it amplifies the speed, scale, and believability of attacks. That matters for a time-bound event like the Winter Games, where defenders must maintain uninterrupted services and public confidence for weeks.

AI-generated phishing and social engineering

Phishing remains one of the most reliable entry points for attackers. AI makes it more dangerous by enabling:

• Fluent, localized messages that mimic official tone and branding
• Highly personalized lures built from scraped social media or leaked datasets
• Rapid iteration where attackers test variants until they find what works

In the context of the Winter Games, likely themes include last-minute credential updates, schedule changes, urgent invoice requests, travel disruptions, and sponsor-related offers.

Deepfakes and synthetic media for disinformation

Deepfake audio and video can be used to impersonate officials, athletes, or broadcasters. Even when quickly debunked, synthetic media can:

• Trigger confusion during emergencies or venue incidents
• Undermine trust in official communications
• Inflame tensions with fabricated statements or leaked calls

Because major events are social-media accelerants, disinformation can spread as fast as the response teams can validate facts. That makes rapid attribution, authentic channels, and clear public messaging essential.

Automated vulnerability discovery and exploitation

AI-assisted tools can help adversaries scan large numbers of domains, endpoints, and cloud services—looking for misconfigurations, exposed admin panels, weak credentials, or unpatched software. The danger is not only sophistication, but volume: attacks can be launched at scale, forcing defenders to triage.

Italy’s Cyber Command Readiness: What Preparation Likely Looks Like

While operational details are typically not disclosed, modern preparations for an event of this magnitude usually involve a blend of governance, intelligence, technical hardening, and multi-agency coordination. Italy’s Cyber Command focus on AI threats suggests a push toward resilience in both cyber defense and information integrity.

Unified command structures and joint operations

Winter Games cybersecurity is rarely handled by a single entity. Expect close collaboration among:

• Military and national cyber units for strategic defense and threat intelligence
• Law enforcement for criminal investigations and incident response authority
• Telecom providers to monitor and mitigate network-level threats
• Event organizers and venue operators for operational continuity
• Cloud and critical vendors providing key platforms and services

Many host nations establish a centralized security operations model (often a dedicated SOC) to coordinate alerts, response actions, and communications.

Threat intelligence tuned to AI-enabled campaigns

Preparing for AI threats means defensively anticipating the pretext attackers will use and the narratives they may push. Key activities typically include:

• Monitoring for impersonation of official domains, email addresses, and social accounts
• Tracking deepfake and disinformation indicators tied to event-related keywords and hashtags
• Hunting for early intrusion signals in partner networks and exposed assets

This work is strengthened by partnerships with private-sector intelligence providers and international counterparts who have seen similar attacks during other global events.

Hardening critical systems and shrinking the attack surface

Event readiness often includes aggressive hygiene work months in advance, such as:

• Patch acceleration for operating systems, VPNs, firewalls, and identity services
• Zero trust principles to limit lateral movement if an account is compromised
• Multi-factor authentication for every privileged and remote access pathway
• Network segmentation separating venue tech, payments, broadcast systems, and admin networks
• Backups and recovery drills to reduce ransomware leverage

Because AI can help attackers find misconfigurations quickly, defenders must assume that exposed services will be discovered—and plan accordingly.

Protecting the Games from Disruption: Key Risk Areas

Italy’s efforts will likely prioritize the areas most prone to high-impact disruption or reputational damage.

Ransomware and extortion

Ransomware groups increasingly combine encryption with data theft and public pressure. During a global event, the pressure is amplified. Strong backups, immutable storage, strict privilege controls, and rehearsed restore-first playbooks are crucial to avoid paying ransoms and to keep essential operations running.

Credential theft and identity attacks

AI-enhanced phishing increases the odds of stolen credentials—especially among temporary staff, volunteers, contractors, and partners. Defenses often hinge on:

• Conditional access policies (device health, geolocation, risk scoring)
• Privileged access management and just-in-time admin rights
• Continuous user training using realistic simulations

Disinformation and public trust

For an event that relies on public cooperation and clear instructions, information reliability is a security issue. Expect increased attention to:

• Verified official channels and consistent branding
• Fast fact-checking pipelines to counter viral falsehoods
• Cross-platform coordination with media and social networks for rapid takedowns of impersonation

What Success Looks Like: Resilience, Not Perfection

No host nation can guarantee zero cyber incidents. Success is measured by detecting attacks early, containing them quickly, maintaining continuity of critical services, and communicating clearly to prevent panic or misinformation from doing more damage than the intrusion itself.

Italy’s Cyber Command preparations for AI threats reflect a broader shift in national defense thinking: cybersecurity is no longer just about blocking malware—it’s about safeguarding systems, identities, and public perception in an environment where AI can fabricate convincing realities and automate attacks at scale.

Final Thoughts

As the Winter Games approach, Italy’s ability to coordinate across government and industry, harden complex supply chains, and respond rapidly to AI-enabled threats will be tested. The stakes extend beyond the event itself: the security posture built for the Games can leave a lasting legacy for national resilience—strengthening defenses for transportation, telecommunications, tourism, and public services long after the final medal is awarded.