Priya Patel
TLDR:
Zero Networks has introduced new segmentation capabilities to protect OT devices and block lateral movement during attacks. This solution reduces the risk of ransomware attacks in industries heavily reliant on OT devices such as manufacturing, healthcare, and transportation. The platform is agentless, automated, and MFA-powered, saving costs and enhancing security.
Full Article:
Zero Networks, a provider of zero trust security solutions, has announced new segmentation capabilities aimed at protecting operational technology (OT) systems from attacks. This new feature, built into Zero Networks Segment, significantly reduces the risk of ransomware attacks in industries that heavily rely on OT devices.
Reports show that manufacturing was the top industry affected by ransomware in 2023, with critical infrastructure providers also being increasingly targeted by threat groups. This poses a significant risk to operational continuity and public safety, making it more likely for businesses to pay hackers’ extortion demands.
Zero Networks’ microsegmentation solution is agentless, automated, and MFA-powered, providing effective security for critical resources and defending against sophisticated attacks while reducing operational costs. The platform has been validated by Enterprise Strategy Group (ESG) and has been shown to create secure micro-perimeters around organizational assets connected to the network, including OT devices.
ESG’s findings also revealed that Zero Networks saves enterprises a significant amount of money compared to traditional firewall-based segmentation and legacy microsegmentation. The platform offers a cost-effective and efficient solution for organizations looking to enhance their OT security posture.
In conclusion, Zero Networks’ improved microsegmentation capabilities provide a crucial layer of protection for OT devices, blocking lateral movement during attacks and reducing the risk of ransomware incidents. This solution is particularly beneficial for industries with heavy reliance on OT devices, such as manufacturing, healthcare, and transportation, offering a cost-effective and efficient approach to enhancing cybersecurity.
