APAC Ransomware Epicenter shifts towards India, revealing rising factory risks

The rise of India as the APAC Ransomware Epicenter is not just a statistic. It reflects a deeper shift in how cyber threats are targeting the global manufacturing sector. As digital transformation accelerates, factories are becoming more connected, and with that comes a growing exposure to persistent and high-impact cyberattacks.

The latest findings show a clear pattern. Cyberattacks on manufacturers are increasing in both frequency and intensity, with global incidents rising sharply in 2025. India, with its expanding industrial base, has become a prime target. The numbers tell a stark story, but the underlying trend is even more important. Attackers are no longer focused only on data theft. They are aiming to disrupt operations and exploit supply chain dependencies.

Why manufacturing is under pressure

The vulnerability of manufacturing systems is rooted in how these environments have evolved. Many industrial setups still rely on legacy operational technology that was never designed with modern security in mind. As these systems connect with IT networks, the attack surface expands, creating more entry points for threat actors.

At the same time, supply chains have become more complex and interconnected. This increases Supply Chain Cyber Risk, where a single weak link can impact multiple organisations. Attackers are using this interconnectedness to move laterally across systems, amplifying the impact of each breach and making containment more difficult.

Ransomware becomes more organised and scalable

One of the most significant shifts is the rise of Ransomware-as-a-Service models. Cybercrime is becoming more structured, allowing attackers to scale operations quickly through affiliate networks. This model lowers the barrier to entry, enabling more actors to participate in high-impact attacks on industrial targets.

The impact is visible in how organisations are responding. A large percentage of affected companies in India have paid ransoms, often at significant cost. This highlights not just the severity of attacks but also the operational pressure faced by manufacturers when production systems are disrupted.

Attack methods are evolving fast

The way attackers gain access is also changing. Exploited vulnerabilities, phishing campaigns, and compromised credentials remain key entry points, but they are becoming more sophisticated. AI-enabled phishing, in particular, is making attacks more targeted and harder to detect.

Once inside, attackers are not limiting themselves to encryption. They are combining data theft, extortion, and operational disruption to maximise impact. This multi-layered approach makes recovery more complex and increases the overall risk for manufacturing organisations.

A call for stronger cyber resilience

The findings point to a clear need for change. Traditional, reactive security models are no longer sufficient in this environment. Organisations need to rethink their approach, focusing on stronger identity controls, faster patching, and better visibility across both IT and operational systems.

For Cybersecurity for Smart Factories in India, this means moving towards integrated security frameworks that can handle both digital and physical operations. It also requires greater awareness among employees and stronger oversight of third-party risks, which are increasingly becoming key entry points for attackers.

Final take: resilience will define the next phase

The emergence of India as the APAC Ransomware Epicenter highlights how cyber threats are evolving alongside industrial growth. As manufacturing becomes more digital, the stakes are rising, not just for individual companies but for entire supply chains.

The path forward is clear but challenging. Building resilience will require a shift from isolated security measures to a more connected and proactive approach. In a landscape where attacks are constant and evolving, preparedness may be the only real advantage.

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