Our approach involves deploying numerous nodes, each serving as both a defensive and transmission point.
In the event of a cyber-attack, the transmission tunnels redirect the attacker to a Demilitarized Zone comprising a complex network of tunnels. Within this zone, each node becomes a decoy, enticing the attacker to expend resources targeting it, under the mistaken belief it is a genuine server.
Meanwhile, the actual application and server remain unaffected and operational. Once the attacker engages with a decoy node, we swiftly redirect their efforts to a blackhole, effectively nullifying their attack. This strategy forces the attacker to allocate additional resources in attempting to navigate the maze of tunnels, all the while directing their attack to a non-existent target. As a result, our system offers robust defense without disruption to critical services.
APP SHIELD, the viable approach of a formidable deterrent against cyber threats.
What are the benefits of using a MultiCDN? A MultiCDN, like the one provided by Goooood® MultiCDN, allows businesses to deliver their content swiftly and efficiently to users worldwide. By positioning servers strategically in various locations, MultiCDN reduces latency and ensure a seamless user experience, regardless of the user’s geographic location.
How does MultiCDN provide higher performance? MultiCDN employs a global network of PoP locations and regional PoP caches that cache copies of your content close to your viewers. It ensures that end-user requests are served by the closest edge location. As a result, viewers request travel a short distance, improving performance for your viewers. For files …
What is the difference between Private Cloud and Public Cloud? In a private cloud, computing resources are dedicated and proprietary, and a single organization hosts and manages the system. What makes it private is the fact that the underlying hardware layer is segregated from any other client’s infrastructure. In a public cloud, services are owned and managed …
How does AppShield work?
A Decoy-based Cyber Defense System
Our approach involves deploying numerous nodes, each serving as both a defensive and transmission point.
In the event of a cyber-attack, the transmission tunnels redirect the attacker to a Demilitarized Zone comprising a complex network of tunnels. Within this zone, each node becomes a decoy, enticing the attacker to expend resources targeting it, under the mistaken belief it is a genuine server.
Meanwhile, the actual application and server remain unaffected and operational. Once the attacker engages with a decoy node, we swiftly redirect their efforts to a blackhole, effectively nullifying their attack. This strategy forces the attacker to allocate additional resources in attempting to navigate the maze of tunnels, all the while directing their attack to a non-existent target. As a result, our system offers robust defense without disruption to critical services.
APP SHIELD, the viable approach of a formidable deterrent against cyber threats.
Related Posts
What are the benefits of using a MultiCDN?
What are the benefits of using a MultiCDN? A MultiCDN, like the one provided by Goooood® MultiCDN, allows businesses to deliver their content swiftly and efficiently to users worldwide. By positioning servers strategically in various locations, MultiCDN reduces latency and ensure a seamless user experience, regardless of the user’s geographic location.
How does MultiCDN provide higher performance?
How does MultiCDN provide higher performance? MultiCDN employs a global network of PoP locations and regional PoP caches that cache copies of your content close to your viewers. It ensures that end-user requests are served by the closest edge location. As a result, viewers request travel a short distance, improving performance for your viewers. For files …
What is the difference between Private Cloud and Public Cloud?
What is the difference between Private Cloud and Public Cloud? In a private cloud, computing resources are dedicated and proprietary, and a single organization hosts and manages the system. What makes it private is the fact that the underlying hardware layer is segregated from any other client’s infrastructure. In a public cloud, services are owned and managed …