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.
Comparison and Selection between CN2 and BGP? Performance and Stability: CN2 routes generally have higher performance and stability because they use more advanced technology and optimized routing strategies. The performance and stability of BGP routes depend on the specific network environment and provider. Coverage: BGP routes may cover a wider area as they can span …
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.
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
Comparison and Selection between CN2 and BGP?
Comparison and Selection between CN2 and BGP? Performance and Stability: CN2 routes generally have higher performance and stability because they use more advanced technology and optimized routing strategies. The performance and stability of BGP routes depend on the specific network environment and provider. Coverage: BGP routes may cover a wider area as they can span …
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.
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 …