Defeat Ransomware Attacks in Real Time
Lock down lateral movement and leave hackers stranded with multi-factor segmentation. Implement automated, agentless, MFA-powered microsegmentation in 30 days.
Ransomware
An Ever-Changing Threat
Increasingly sophisticated, ransomware accounts for 70% of malware-related breaches and is the fastest growing cyber crime activity. In the past year, bad actors have increasingly focused on stealth and strategic sensitive data extraction, moving laterally throughout networks without raising alarms.
Lock Down Lateral Movement
Microsegmentation is the most robust defense against lateral movement as it leaves attackers stranded. But it also has a reputation for being costly, labor intensive, and difficult to maintain and scale. This is because legacy solutions involve installing an agent on every asset and then manually creating firewalls rule for each asset, something that is infeasible for most mid-sized and enterprise organizations.
Zero To the Rescue
The Zero Networks Difference: Microsegmentation Made Easy
Learning
Zero Networks learns all network connections and creates rules for each asset
Segmenting
Policy is centrally applied on all host-based firewalls, allowing only necessary traffic
Applying MFA
Admin ports are blocked and open temporarily after MFA
Loved by customers
"You can’t possibly take something this hard and make it this easy... [Zero Networks is] a game changer."
Stop Ransomware Attacks
That Are Underway

Incident Response Brochure
Download NowWhat if no segmentation solutions are in place and a ransomware attack is underway? In such a case, manually segmenting each asset in the network is simply too slow. Zero Networks can stop the attack in less than 24 hours while keeping most of network operations intact, using its fully automated, hands-free approach.
In such incident response cases, where immediate intervention is required to stop ransomware spread, Zero Networks Segment learns about 80% of network activities in under 24 hours and applies MFA on all the rest. This approach keeps most legitimate network traffic intact, allowing organizations to resume normal operations while manual firewall rules are created for any network activity not captured by the 24-hour learning.
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