Mitigation Can Cut Malware Risk by Up to 80%, Say Experts

Malware and Cloud Outages: Insurance Industry Insights

Malware Threats

A recent study conducted by CyberCube and Munich Re highlights that a widespread malware outbreak remains a critical threat to insurers. According to the survey, a global malware attack affecting 10% of systems would be considered "surprising," while a 25% infection rate would be "shocking." Respondents noted that an event similar to WannaCry or NotPetya, which impacted only around 0.5% of global machines, is not outside the realm of possibility.

The report emphasizes that patch management, network segmentation, and up-to-date data backups can reduce the likelihood and financial impact of such malware events by 50% to 80%. The survey found that software vulnerabilities and supply chain updates are likely drivers of malware outbreaks.

For further insights, refer to the full report published by TradingView News.

Cloud Outage Risks

The dependency on cloud services is growing, particularly among small and mid-sized firms. The survey indicates that outages lasting up to 72 hours are possible, while longer disruptions are considered "rare but possible." A one-day outage of a critical cloud service provider could lead to financial losses equivalent to 1% of annual revenue. If a cloud outage lasts for five days, losses could increase by at least a factor of 7.

The study revealed that establishing a multi-region architecture with cloud service providers (CSPs) is the most effective mitigation strategy against cloud outages. Using multiple CSPs for critical applications was deemed impractical due to the challenges of transferring services during an outage.

For more details, visit InsuranceERM and Reinsurance News.

Emerging Risks

Cybersecurity experts express concern about the impact of emerging technologies on the threat landscape. Industrial and consumer IoT devices are immediate areas of concern, while Large Language Models (LLMs) are currently relevant, and Artificial General Intelligence (AGI) is expected to pose risks in the coming years.

The study aims to improve understanding of extreme malware and cloud events and their mitigation effectiveness. Jon Laux from CyberCube stated, “By sharing the findings of our study on systemic cyber risks, we aim to provide a more nuanced view of how systemic cyber events might unfold and the factors that drive wide variation in risk exposure across firms.”

For further reading on systemic cyber risks, see Munich Re and CyberCube.

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