Introduction  

The Middle East conflict is no longer being fought only with missiles and military force; it is increasingly shaped by invisible battles in cyberspace. From disrupting communication networks to targeting critical infrastructure and influencing public perception, cyberwarfare has become a powerful tool that is quietly amplifying the scale of this conflict. 

What is currently happening in the Middle East? 

Currently, there is a heightened conflict between the United States, Israel, and Iran. Things changed after 28 February 2026 with the launch of Operation Epic Fury, a coordinated military campaign aimed at Iran’s key military and strategic infrastructure. The operation has involved sustained airstrikes, precision strikes, and a broader strategy to degrade Iran’s defensive capabilities across the region. 

In response, Iran has mobilised allied groups across Iraq, Syria, Lebanon, and Yemen to carry out retaliatory attacks. What had long remained a shadow war characterised by covert operations and proxy engagements has now evolved into a direct state to state confrontation, raising serious concerns about wider regional destabilisation and global security. 

How exactly does cyberwarfare fit into the picture? 

According to Data Security Council’s report titled “Escalating Cyber Risks due to the ongoing Middle East Conflict 2026”. Cyberwarfare now stands at the heart of this conflict, running alongside bombs and missiles. The United States and Israel are using advanced cyber operations to weaken Iran. During Operation Epic Fury, Israel reportedly launched one of the largest cyberattacks, cutting Iran’s internet connectivity to about 4% and severely disrupting military communications and systems. This was backed by months of preparation, including infiltrating surveillance networks like CCTV and traffic cameras to track key leaders and plan precise strikes.  

In response, Iran is also increasingly turning to cyber operations as an asymmetric tool of warfare.  It is now operating through a coordinated network of state agencies and proxy hacker groups such as Handala to launch disruptive attacks ranging from data wipes to cyber espionage. 

Major Cyberwarfare Methods in Use  

The main types of cyberattacks being deployed in this conflict span a wide spectrum, ranging from psychological operations to destructive strikes on critical infrastructure. These mainly include:  

Destructive and Disruptive Attacks 

• Wiper Malware: Threat actors are utilising wiper malware to permanently erase data and cripple government and commercial systems. A prominent example is the attack on the U.S. medical technology firm Stryker by an Iranian linked group. 

  
  

• Distributed Denial of Service (hereinafter “DDoS”): High volume DDoS campaigns are being frequently deployed to overwhelm and take down public sector platforms, media outlets, and financial institutions. 

  
  

• Ransomware: There have been coordinated attempts to deploy ransomware and steal data, particularly targeting financial infrastructure, IT service providers, and supply chains. 

  
  

Intelligence Gathering and Battlefield Preparation 

• Prepositioning: State sponsored hackers infiltrate key computer networks, such as air defences and military communications, months or even years before physical kinetic strikes occur. 

  
  

• Surveillance Hacking: Intelligence agencies have hacked into internet connected CCTV and traffic cameras to monitor the real time movements and establish the “patterns of life” of key targets, such as military commanders. 

Information and Psychological Warfare 

• Digital Influence Operations: Hackers are compromising popular consumer platforms to deliver targeted psychological messaging. For example, the BadeSaba Islamic prayer app and official Iranian news websites were breached to broadcast anti-government propaganda directly to millions of citizens. 

  
  

• Leaks and Defacements: Hacktivists and state aligned proxies frequently deface websites, hijack accounts and leak sensitive data to manipulate public narratives and cause reputational harm. 

  
  

• Phishing and Social Engineering: Attackers are exploiting public anxiety through extensive phishing campaigns, deepfakes, and mobile malware distributed via WhatsApp, often disguised as urgent government or utility alerts. 

Infrastructure and Signal Disruption 

• Jamming and Spoofing: Advanced electronic warfare is being used to jam and spoof global navigation satellite systems (hereinafter “GNSS”). This has severely disrupted the navigation of over 1,100 commercial ships passing through the Strait of Hormuz. 

  
  

• Internet Blackouts and Network Blinding: Massive cyberattacks have been used to blind command & control capabilities, including jamming mobile phone towers and causing a near total internet blackout in Iran. 

  
  

• Industrial Control System (hereinafter “ICS”) Exploitation: Attackers are actively targeting vulnerabilities in ICS networks to disrupt operational technology governing energy distribution, aviation, and water utilities.

Impact of Such Attacks: 

• Impact on Infrastructure: Attacks like these cause real, physical damage by targeting critical infrastructure. In the energy and utilities sector, cyberattacks have shut down fuel supply networks, disrupted steel plants, and even targeted water systems. Further, strikes are being used at Amazon servers to bring down cloud infrastructure. For countries in the Global South, where infrastructure is fragile and less cyber resilient, such attacks can cause prolonged blackouts, water shortages, and systemic breakdowns, deepening developmental vulnerabilities and dependence on foreign technological support. 

• 
  

• Impact on Businesses: Global trade and businesses are under immense pressure. In maritime trade, GNSS jamming and spoofing have disrupted navigation for over 1,100 commercial ships in the Persian Gulf, raising serious risks around the Strait of Hormuz. The cost of insurance is shooting up, and many companies are being forced to shift their data to safer locations. As geopolitical blocs emerge, businesses are being forced to align with specific ecosystems, leading to a potential “splinternet” where global trade is divided along political and technological lines. 

  
  

• Impact on People: People’s lives are being affected directly. They have been unable to pay for taxis, order food, or even check their bank balances on their phones. These disruptions are not just inconvenient but dangerous, as attackers have also spread malware through fake emergency apps, like bogus missile alerts, to steal sensitive data during moments of panic. Over time, such tactics are eroding public trust in digital services.  

  
  

• Impact on Cybersecurity Sector: In the long run, cybersecurity is set to become a central pillar of national security and economic policy. Governments are likely to increase regulation, mandate data localisation, and invest heavily in cyber defence capabilities. This could lead to the militarisation of cyberspace, with states developing offensive cyber capabilities alongside defensive ones. At the same time, the private sector will see rapid growth in cybersecurity services, threat intelligence, and resilience infrastructure. 

Conclusion: 

The events in the Middle East clearly show that modern warfare is no longer confined to physical borders. It operates simultaneously in cyberspace, where the consequences are just as real and far reaching. In this evolving landscape, organisations cannot afford to remain reactive; they must become resilient.   

Firstly, they need to strengthen their core cybersecurity infrastructure by ensuring regular system updates, using strong encryption, and segmenting networks to limit the spread of attacks.  

Secondly, they must adopt a “zero trust” approach, where every user and system is continuously verified, along with investing in real time monitoring and threat intelligence to detect and respond to attacks early.  

Thirdly, they must focus on preparedness and people; this includes maintaining secure data backups, having clear disaster recovery plans, and training employees to recognise phishing and social engineering threats. 

Finally, collaboration with governments and international cybersecurity networks can help organisations stay ahead of emerging threats. Ultimately, while cyberwarfare cannot be entirely prevented, its damage can be significantly contained through preparedness, adaptability, and a strong security culture.