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Key takeaways on geopolitical cyber attacks

  • An advanced persistent threat (APT) attack is one of the most prominent activities carried out by state-sponsored actors and entities. It involves conducting prolonged, stealthy cyber-espionage actions to support a sponsor’s objectives.
  • AI and generative AI have not created many new attack types, but they are rapidly becoming essential tools for nation-states, making existing attacks faster, higher in volume and more sophisticated.
  • Due to the severe, systemic nature of these threats, cyberrisk must be treated as a critical national and board-level risk. Preparation requires integrating threat intelligence into security planning and conducting dedicated scenario planning (e.g., disaster recovery plans, business continuity plans).
  • Effective resilience requires a three-pronged strategy:
    1. Foundational hygiene: Implementing basic controls such as multi-factor authentication and patch management.
    2. Proactive governance: Conducting risk assessments and crisis management exercises.
    3. Widespread collaboration: Fostering public-private partnerships to share threat intelligence.

What is a cyber attack?

A cyber attack is a malicious attempt by an individual or organization to compromise the confidentiality, integrity or availability of a computer system, network or data. Cyber attacks can take many forms, including hacking, malware, phishing, denial-of-service attacks or ransomware.

At S&P Global, we recognize that cyberrisks are part of the broader geopolitical risk outlook. Therefore, tracking cyber attacks can help us to understand the geopolitical risk environment.

Difference between general and geopolitical cyber attacks

While cyber attacks often target the same entities, ranging from private individuals to critical national infrastructure, they are differentiated by the actor's motive and the scale of the intended impact.

General cyber attacks

A general cyber attack is the broadest category, carrying day-to-day risks and involving anyone in the digital landscape. Driven primarily by personal gain, actors such as cybercriminals, hacktivists or competitors target individuals and businesses for financial, social or political reasons. The results are often contained, from lower-impact outcomes such as personal financial loss to higher-impact consequences such as massive data breaches.

Geopolitical cyber attacks

In contrast, geopolitical attacks are driven by national interest and strategy. They are usually part of a broader strategic or political campaign and can occur just below the threshold of a declared war. These are typically orchestrated by nation-states or state-sponsored actors to weaken rivals, gather intelligence or prepare for physical conflict. While they may hit the same infrastructure as a general attack, the intent is to cause systemic instability or to gain a long-term strategic advantage. In times of declared war, these attacks can become cyberwarfare as part of an armed military conflict.

Feature

General cyber attack

Geopolitical cyber attack

Context

Day-to-day risk in the digital landscape.

Part of a broader foreign policy or strategic competition, often in a "gray zone" below the threshold of declared war.

Primary actor

Cybercriminals, hacktivists, business competitors, or other individuals.

Nation-states or non-state actors operating on their behalf.

Main motive

Personal gains or interests (financial, social, or political).

Strategic, political, or national interest.

Target

Individuals, businesses, social organizations, governments, and critical infrastructure.

Defense contractors and commercial entities that support the government and national functions

Level of sophistication

Low to high

Extremely high and persistent

Effect/Severity

Varies from low to high:  data theft, financial loss, system disruption,  or reputational damage.

High impact, often persistent and sophisticated. ; can lead to major economic damage,  and political instability,  shifting the balance of power.

Why view cyber attacks through the lens of geopolitics?

The COVID-19 pandemic significantly accelerated the shift toward digital services, forcing essential societal and economic functions into the digital realm. However, by increasing the number of connected devices, remote access points and third-party cloud services, society has expanded the “attack surface” of modern nations, creating unprecedented entry points for malicious actors. When a nation’s critical functions depend on these sprawling networks, their stability becomes a matter of national defense, directly linking a country's geopolitical standing to its ability to secure this vast and vulnerable digital territory.

The same technology that enables people to connect also allows global cyberthreat actors to share innovations, skills and tools. This compels governments and nation-states to view cyber attacks as a form of statecraft and a strategic threat comparable to traditional military actions. If cyber attacks and geopolitics are intertwined, then the political and social factors behind them must be examined. It is essential to recognize that cyber attacks now serve as tools of political influence and hybrid warfare.

12 Most common types of cyber attack in geopolitics

1. Denial-of-service (DoS)/distributed denial-of-service (DDoS)

A denial-of-service (DoS) attack uses one computer to overload a service, causing a shutdown. A distributed denial-of-service (DDoS) attack is more disruptive; it uses a vast, dispersed network of infected devices called a botnet to launch a multisource flood that is nearly impossible to block. These attacks work by overwhelming resources, often through volumetric attacks that clog the target's entire internet connection. In a geopolitical context, these low-cost attacks are weapons of chaos, designed to:

  • Undermine public trust: By making critical services, such as banking or media, unavailable, they erode confidence in the government.
  • Cause strategic disruption: They sabotage an opponent's command and control by hindering military or economic functions.
  • Serve as a distraction: The noisy flood ties up security teams, allowing other, quieter hackers to slip in unnoticed.

The pro-Russian hacking group NoName057(16) claimed responsibility for DDoS attacks targeting various Italian government, financial and transportation websites in January 2025. These attacks, which caused temporary disruptions, were a response to Italy's continued support for Ukraine, specifically following Ukrainian President Volodymyr Zelenskyy's visit to Rome and Prime Minister Giorgia Meloni's reaffirmed commitment to aid Kyiv. Targets included the Ministry of Infrastructure and Transport and local public services. Italy's National Cybersecurity Agency (ACN) worked swiftly to mitigate the impact and restore services.

2. Strategic intelligence collection and data theft

Strategic intelligence collection is a sophisticated, long-term method of cyber attack designed to gather high-value information without detection. These operations are typically executed by an advanced persistent threat (APT): a highly skilled, well-funded group often tied to a nation-state. Rather than causing immediate disruption, this approach acts as a "digital spy," remaining hidden within a network for months or years. The objective is to achieve long-term geopolitical advantages by quietly exfiltrating government secrets, classified defense blueprints or crucial intellectual property. This sustained, covert intelligence gathering is a core component of modern cyberwarfare.

Salt Typhoon, a Chinese state-sponsored APT, targeted telecommunications providers to conduct strategic espionage. By infiltrating "lawful intercept" systems and core routers, they accessed sensitive metadata and unencrypted communications from political figures. This demonstrates how commercial entities are leveraged as "side doors" for high-stakes geopolitical intelligence gathering.

3. Supply chain cyber attacks

Supply chain attacks are a sophisticated technique employed by state-sponsored actors to bypass primary targets’ defenses. By exploiting the "weakest link," such as a smaller, less secure vendor or a trusted third-party service provider, foreign adversaries can gain covert, long-term access to critical national systems. From a geopolitical perspective, this is an act of statecraft designed to compromise a rival country's national security or economic stability. These operations may involve compromising hardware or software components at the manufacturing stage to install persistent backdoors for long-term cyber espionage or future sabotage.

The SolarWinds attack, for example, compromised the software build process of the Orion network management software, allowing attackers, believed to be Russia’s Foreign Intelligence Service, to inject malicious code (SUNBURST) into legitimate updates. This created a backdoor that enabled months of undetected access to thousands of organizations globally, including US federal agencies, thereby escalating geopolitical tensions.

4. Destructive malware attacks

Destructive malware attacks are digital weapons used by nation-states or their proxies for strategic sabotage and disruption, rather than financial gain. So-called wipers are commonly used to cause widespread irreversible damage to their targets' data.

Unlike ransomware, a wiper's sole purpose is to permanently overwrite or corrupt data. The primary targets are often critical infrastructure, such as government networks, power grids and financial systems, with the aim of causing widespread chaos and weakening an adversary’s economy. The use of wipers, especially in contexts such as the Russia-Ukraine conflict, demonstrates a clear intent to inflict maximum, irreversible damage as a strategic military or political objective.

The NotPetya attack in 2017, attributed to Russian military intelligence, is widely cited as the most destructive wiper attack in history, masquerading as ransomware. Originating in Ukraine, it spread globally and crippled major multinational corporations. The malware was engineered to make decryption impossible, confirming its true purpose was irreversible destruction, with total financial damage estimated at more than $10 billion.

5. Targeted ransomware attack

From a geopolitical perspective, targeted ransomware attacks are a form of digital aggression. They are carefully chosen to strike critical infrastructure, such as energy, healthcare or transportation, or government institutions. The goal shifts from merely collecting a ransom to causing widespread societal disruption and economic instability. These attacks are often conducted by criminal groups, either state-sponsored or operating with the tacit approval of a nation-state, granting that state plausible deniability for the aggression.

An example of the geopolitical use of ransomware is North Korea’s state-sponsored revenue generation model. Through units such as the Lazarus Group, the North Korean regime has weaponized ransomware — for example, in the 2017 WannaCry outbreak — not merely for criminal profit, but as a strategic tool of statecraft. In the face of international sanctions, these cyber operations serve as a financial lifeline, funnelling “hard currency” directly into the state’s treasury to fund its weapons programs, effectively turning cybercrime into a pillar of national security.

6. Spear phishing

Spear phishing is a highly targeted cyber attack that exploits human trust. Meticulously crafted for a specific individual, such as a government official or defense contractor executive, it is a key tool in cyber espionage and digital warfare, often orchestrated by nation-state actors. The goal is to infiltrate an enemy's network to steal highly sensitive information, such as national security secrets or defense plans. This social engineering tactic grants the foreign adversary a secret foothold, effectively compromising national security without using conventional force.

The 2016 breach of the Democratic National Committee involved suspected Russian state-sponsored hackers using spear-phishing emails to steal login credentials. The subsequent public release of the stolen data during the US presidential election was an act of political disruption with profound geopolitical consequences.

7. Disinformation campaigns

A disinformation campaign is a sophisticated form of information warfare in which a state actor deliberately creates and spreads false or misleading information to achieve a political objective in another country. It primarily uses the digital landscape, such as social media, fake news sites and deepfakes, to wage a "soft" attack. The primary goal is to cause political chaos and social disruption by exploiting existing societal divisions and eroding public confidence in democratic institutions. This is a low-cost, high-impact tool of international conflict.

Russian interference in the 2016 US presidential election, primarily orchestrated by the Russian government’s Internet Research Agency, involved creating hundreds of fake social media accounts to push highly polarized and sensational false narratives. The strategic goal was to sow discord and promote general chaos and instability within the US.

8. Sabotage of critical infrastructure (ICS/SCADA)

This is essentially a form of cyberwarfare targeting vital services such as power grids, water treatment plants and transportation systems, which are operated by industrial control systems and supervisory control and data acquisition (SCADA) systems. The primary goal is to cause real-world physical damage or widespread societal chaos, offering an asymmetric way to inflict harm with plausible deniability. By crippling core services, the attacker aims to paralyze the target nation's economy and erode public trust, mirroring the effects of traditional warfare.

The December 2015 BlackEnergy malware attack on Ukraine's power grid was the first publicly acknowledged cyber attack to successfully cause a power outage. The attack, attributed to Russian threat group Sandworm, took control of SCADA systems, plunging more than 225,000 people into darkness for hours.

9. Zero-day exploits

A zero-day exploit is a secret vulnerability in software that the defensive side is entirely unaware of, making it virtually impossible to stop. From a geopolitical perspective, a state's decision to use a zero-day exploit for sabotage, such as destroying industrial equipment, is a significant escalation. This means the attacking nation sacrifices its long-term intelligence-gathering capability for a short-term, high-impact strategic objective, publicly demonstrating a superior offensive capability.

The TRITON malware attack in 2017 on a Middle Eastern petrochemical facility targeted a safety instrumented system, a computer designed to prevent catastrophic plant failures. This was the first publicly identified cyberweapon specifically designed to compromise human safety by simultaneously disrupting operations and disabling safety measures.

10. Cyber-enabled financial theft

Cyber-enabled financial theft is a deceptive tactic in which a nation-state uses the pretense of simple criminal theft to achieve a geopolitical goal. To the public, it appears to be a digital bank robbery, but the true motive is often to generate revenue to evade international sanctions or to fund clandestine operations. The key is plausible deniability. By crafting the attack to appear as the work of financially motivated criminals, the sponsoring state can execute a strategic act of aggression, such as disrupting a rival's financial markets or undermining confidence in its banking system, while diverting international condemnation.

The Lazarus Group, a state-sponsored hacking entity linked to North Korea, routinely conducts cyber-enabled financial theft against global financial institutions and cryptocurrency exchanges. A prime example is the massive theft from the Central Bank of Bangladesh's New York Federal Reserve account in 2016 via fraudulent SWIFT requests, as well as the ongoing theft of hundreds of millions of dollars in cryptocurrency.

11. Website defacement/hacktivism

Hacktivism is a form of digital influence operation that focuses less on stealing data and more on psychological impact and geopolitical messaging. It involves visible, public methods such as changing the content on an adversary's official government or media website (defacement) or leaking stolen, embarrassing documents (hacktivism) to cause confusion and distrust. By allowing the attack to be attributed to an ambiguous hacktivist group, the sponsoring state can exert significant pressure on an adversary’s political process without risking overt military or diplomatic retaliation.

Following Russia's invasion of Ukraine, numerous hacktivist groups launched waves of website defacement attacks against organizations in countries supporting Ukraine. By replacing official web content with pro-Russian propaganda, the attackers aimed to project influence and undermine public confidence in the targeted governments.

12. Insider threat exploitation

Insider threat exploitation is a uniquely dangerous form of geopolitical sabotage because the vulnerability lies in trust, not technology. It involves a nation-state recruiting or manipulating an individual who already has authorized access to a target organization's sensitive data or systems. This method bypasses advanced external defenses and grants unparalleled access to highly sensitive intelligence. It also provides the highest degree of plausible deniability, as the public narrative can focus on the rogue individual, diverting international condemnation from the sponsoring state.

A sophisticated evolution of the insider threat is the state-directed infiltration of global corporations. Recently, the US Justice Department and international intelligence agencies have identified thousands of North Korean nationals using falsified identities and “front” companies to secure remote IT positions in Western firms. These individuals are not typical employees; they are state operatives who use their privileged system access to exfiltrate proprietary data, generate revenue for the regime's weapons programs, and potentially plant “logic bombs” or backdoors for future state-sponsored cyber attacks.

AI in cybersecurity and emerging AI cyber attacks

AI poses opportunities for and threats to cybersecurity. According to AI for Security, and Security for AI: Two Aspects of a Pivotal Intersection, the intersection of AI and cybersecurity is defined by a crucial dual role: AI as a powerful defender, and AI as a new target and source of risk.  

AI for security

Machine learning has been a foundational defense tool for years, offering scalable solutions to keep pace with evolving threats. It helps distinguish between benign files and new, unknown threats, enabling user and entity behavior analytics to spot subtle anomalies in the system.

The rise of generative AI marks a significant advancement for security analysts. It automatically processes massive datasets, extracts valuable insights and translates complex technical details into human language. This lessens the burden on analysts, allowing them to focus on high-value threat response.

Security for AI

On the other hand, AI systems themselves introduce new security exposures. Flaws can be hidden within the software components used to build and train AI models. Adversaries can manipulate AI functionality to bypass security controls or tamper with data. Attackers can leverage AI to accelerate the development of sophisticated and difficult-to-detect exploits.

To counter these threats, security experts are developing new standards, such as MITRE’s Adversarial Threat Landscape for Artificial Intelligence Systems (ATLAS), to catalog threats that systematically target AI.

AI in geopolitical cyber attacks

Geopolitical cyber attacks are increasingly leveraging AI and generative AI, primarily as a force multiplier in the supporting phases of an operation. While this technology has not birthed entirely new categories of threats, it enables nation-state actors to execute traditional attacks with unprecedented speed, volume and sophistication. However, the landscape is shifting: Recent developments have seen threat actors utilize AI to bridge the gap between intent and execution, exemplified by "VoidLink," a sophisticated malware developed almost entirely through AI-driven processes.

Beyond automated code generation, the primary pillars of AI-augmented geopolitical threats include:

  • AI-driven social engineering: Automating the reconnaissance and psychological profiling of high-value targets.
  • Hyperrealistic phishing: Using large language models to eliminate the linguistic "red flags" typical of foreign-origin attacks.
  • Deepfakes: Deploying synthetic audio and video to destabilize public trust or impersonate political leaders.
  • Adversarial AI/machine learning: Directly attacking or "poisoning" the machine learning models used by an adversary's defense systems.

Most of these occur more frequently at the general level than at the geopolitical level. However, while a catastrophic geopolitical attack powered by fully autonomous, offensive AI has not yet been confirmed, the current trend shows AI is rapidly becoming an essential tool for nation-state-backed threat actors to make their cyber campaigns more efficient and dangerous.

Given the speed, sophistication and strategic intent behind these attacks, exacerbated by AI’s capabilities, governments and businesses must shift from reactive to proactive defense. 

How to reduce risks from geopolitical cyber attacks

To build digital resilience against the growing complexity of geopolitical cyber attacks, governments and businesses must focus on three core strategic areas: strengthening foundational defenses, embracing proactive governance and fostering widespread collaboration.

Foundational cyber resilience and hygiene

The primary line of defense against sophisticated state-sponsored attacks involves establishing and rigorously maintaining robust, fundamental cybersecurity practices.

Implementing basic security controls

Organizations must diligently apply basic controls to make initial breaches difficult and restrict an attacker's movement once inside. This starts with using multi-factor authentication for all accounts, particularly for remote access and critical systems. It is also vital to practice prompt patch management, which means immediately applying security updates to all software and operating systems to fix known vulnerabilities. For organizations with critical national infrastructure, network segmentation is essential. This involves dividing the network into smaller, isolated zones, which is crucial for keeping operational technology systems, such as SCADA, separate from the leading information technology network to prevent a broader compromise.

Strengthening supply chain security

Geopolitical actors frequently target the weakest link in a system, often a third-party vendor or a component in the supply chain. Therefore, organizations must:

  • Rigorously vet vendors to ensure that all third-party partners and suppliers meet or exceed their own security standards.
  • Diversify sourcing for critical technologies and services to mitigate the risk of disruption caused by reliance on a single country or vendor during geopolitical events.

Enhancing threat detection

In times of heightened geopolitical tension, organizations cannot afford to miss subtle intrusion attempts. They must lower their thresholds for detecting intrusions and prioritize near-real-time analysis of network traffic. Ignoring what seems like a minor alert during calm periods could be catastrophic during a crisis, as attackers often gain a foothold before launching a destructive attack.

Establishing Robust robust Disaster disaster Recovery recovery(DR)

Since state-sponsored attacks often aim for total system destruction or long-term lockout, technical recovery must be a priority. Organizations should maintain immutable backups, such as data copies that cannot be altered or deleted even by an attacker with administrative privileges. These backups must be stored "off-network" to prevent them from being encrypted during a ransomware or wiper-ware attack. These disaster recovery plans must be regularly tested to ensure that systems can be restored within an acceptable time frame, minimizing the window of vulnerability.

Proactive risk assessment and governance

Cybersecurity is no longer just a technical issue; these risks must also be tracked within an enterprise risk management program to increase their visibility.

Conducting geopolitical risk assessments

Executive leadership must integrate geopolitical understanding into security planning. This involves conducting detailed assessments to map exposure, such as identifying all systems, people and assets in high-risk territories, and explicitly defining the board's risk tolerance for geopolitical events.

Scenario planning and Business business Continuitycontinuity

Preparedness relies on practicing for crises, not just planning for them. Beyond incident response, organizations must have documented business continuity plans that outline how to maintain "minimum viable operations" during a total digital blackout. This includes manual workarounds for automated processes and clear communication channels that do not rely on the compromised network. These plans should be refined through regular tabletop exercises involving both IT and executive leadership to ensure a coordinated, resilient response under pressure.

Integrating geopolitical expertise

To stay ahead of state-sponsored threats, organizations must embed geopolitical understanding into their security structures. This involves monitoring new laws, sanctions or emerging conflicts by consulting with international affairs experts or hiring government relations staff.

Collaboration and information sharing

Because geopolitical threats are systemic, no single entity can defend against them in isolation. Effective defense relies on collective action and partnership.

Fostering public-private partnerships

Governments have a duty to actively share threat intelligence with the private sector, especially with owners and operators of critical national infrastructure in energy, finance and telecommunications. Likewise, private businesses must assume a collaborative role by reporting suspicious activity to appropriate government cybersecurity agencies.

Cultivating a strong security culture

Ultimately, every employee is part of the defense system. Organizations should use constant communication and training to:

  • Improve cybersecurity awareness.
  • Train employees to recognize and report sophisticated spear-phishing and social engineering attacks, which are the standard initial entry vectors used by nation-state actors to steal credentials.

Final thoughts on geopolitical dynamics in cyber attacks

The evolving landscape of geopolitical cyber attacks demands a proactive, strategic approach from governments and businesses worldwide. As threat actors leverage advanced technologies, including AI, the risks to critical infrastructure, public sector entities and private organizations continue to escalate.

Building digital resilience requires more than technical solutions; it calls for robust governance, continuous risk assessment and strong collaboration across sectors. By prioritizing foundational cybersecurity practices, enhancing threat detection and fostering a culture of security awareness, organizations can better defend against sophisticated, state-sponsored attacks.

Ultimately, the ability to anticipate, adapt and respond to emerging threats will determine the effectiveness of national and organizational defenses in an increasingly interconnected and volatile digital environment.

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