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Live Demo: The Nozomi Networks Platform in 15 Minutes
Join the DemoThe hacker community continues to innovate and find creative ways to disrupt critical infrastructure that is becoming more reliant on digital technologies. Volt Typhoon is one example of a sophisticated, stealthy attack targeting real-time operational systems used to manage critical infrastructure operations that must be detected, before it can be used to disable key infrastructure, such as the Electric Grid.
It’s imperative that an entity maintain visibility over communications between networked devices within a trust zone and detect malicious activity that has circumvented perimeter controls. FERC’s INSM NOPR facilitates the detection of anomalous network activity indicative of an attack in progress, thus increasing the probability of early detection and allowing for quicker mitigation and recovery from an attack.
The hacker community continues to innovate and find creative ways to disrupt critical infrastructure that is becoming more reliant on digital technologies. Volt Typhoon is one example of a sophisticated, stealthy attack targeting real-time operational systems used to manage critical infrastructure operations that must be detected, before it can be used to disable key infrastructure, such as the Electric Grid.
It’s imperative that an entity maintain visibility over communications between networked devices within a trust zone and detect malicious activity that has circumvented perimeter controls. FERC’s INSM NOPR facilitates the detection of anomalous network activity indicative of an attack in progress, thus increasing the probability of early detection and allowing for quicker mitigation and recovery from an attack.
The hacker community continues to innovate and find creative ways to disrupt critical infrastructure that is becoming more reliant on digital technologies. Volt Typhoon is one example of a sophisticated, stealthy attack targeting real-time operational systems used to manage critical infrastructure operations that must be detected, before it can be used to disable key infrastructure, such as the Electric Grid.
It’s imperative that an entity maintain visibility over communications between networked devices within a trust zone and detect malicious activity that has circumvented perimeter controls. FERC’s INSM NOPR facilitates the detection of anomalous network activity indicative of an attack in progress, thus increasing the probability of early detection and allowing for quicker mitigation and recovery from an attack.
The hacker community continues to innovate and find creative ways to disrupt critical infrastructure that is becoming more reliant on digital technologies. Volt Typhoon is one example of a sophisticated, stealthy attack targeting real-time operational systems used to manage critical infrastructure operations that must be detected, before it can be used to disable key infrastructure, such as the Electric Grid.
It’s imperative that an entity maintain visibility over communications between networked devices within a trust zone and detect malicious activity that has circumvented perimeter controls. FERC’s INSM NOPR facilitates the detection of anomalous network activity indicative of an attack in progress, thus increasing the probability of early detection and allowing for quicker mitigation and recovery from an attack.
The hacker community continues to innovate and find creative ways to disrupt critical infrastructure that is becoming more reliant on digital technologies. Volt Typhoon is one example of a sophisticated, stealthy attack targeting real-time operational systems used to manage critical infrastructure operations that must be detected, before it can be used to disable key infrastructure, such as the Electric Grid.
It’s imperative that an entity maintain visibility over communications between networked devices within a trust zone and detect malicious activity that has circumvented perimeter controls. FERC’s INSM NOPR facilitates the detection of anomalous network activity indicative of an attack in progress, thus increasing the probability of early detection and allowing for quicker mitigation and recovery from an attack.
