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Eccouncil 212-82 Exam - Topic 5 Question 54 Discussion

You are the chief cybersecurity officer at a multi-national corporation, which specializes in satellite-based communication systems. Recently, you transitioned to a more advanced system architecture that includes multiple ground stations globally. These stations synchronize and communicate via a central hub that manages the distribution of encrypted data across the network. Upon reviewing the quarterly network logs, you uncover a series of sophisticated intrusions. These intrusions are intermittently taking place inground stations located in three continents. Evidence suggests that these attacks are coordinated, aiming to map out the network's communication paths, likely in preparation for a much larger scale cyber-attack. Further investigation uncovers small pockets of malware within the system, specifically designed to circumvent your current security controls. Given the criticality of ensuring uninterrupted satellite communication, which countermeasure would be most effective in thwarting these intrusions, ensuring data integrity, and maintaining the operational status of your satellite communication systems?
C) Deploy an advanced network segmentation strategy, ensuring each ground station operates in a micro-segmented environment, with real-time threat monitoring and dynamic policy adjustments.
A) Enhance end-point security solutions at each ground station, focusing on advanced malware detection, eradication, and prevention.
B) Implement air-gapped systems for each ground station to ensure complete isolation, minimizing the risk of malware spread and external intrusions.
D) Rollback the system to its previous architecture, while launching a thorough investigation into the identified intrusions and taking the necessary legal actions.

Eccouncil 212-82 Exam - Topic 5 Question 54 Discussion

Actual exam question for Eccouncil's 212-82 exam
Question #: 54
Topic #: 5
[All 212-82 Questions]

You are the chief cybersecurity officer at a multi-national corporation, which specializes in satellite-based communication systems. Recently, you transitioned to a more advanced system architecture that includes multiple ground stations globally. These stations synchronize and communicate via a central hub that manages the distribution of encrypted data across the network. Upon reviewing the quarterly network logs, you uncover a series of sophisticated intrusions. These intrusions are intermittently taking place inground stations located in three continents. Evidence suggests that these attacks are coordinated, aiming to map out the network's communication paths, likely in preparation for a much larger scale cyber-attack. Further investigation uncovers small pockets of malware within the system, specifically designed to circumvent your current security controls. Given the criticality of ensuring uninterrupted satellite communication, which countermeasure would be most effective in thwarting these intrusions, ensuring data integrity, and maintaining the operational status of your satellite communication systems?

Show Suggested Answer Hide Answer
Suggested Answer: C

Network Segmentation:

Network segmentation involves dividing the network into smaller, isolated segments, each with its own security policies and controls. This limits the spread of malware and unauthorized access.


Micro-Segmentation:

Micro-segmentation takes this further by creating even smaller segments within each ground station, ensuring that even if one segment is compromised, the others remain secure.

Real-Time Threat Monitoring:

Deploying real-time threat monitoring allows for the detection and response to threats as they occur, providing a dynamic and adaptive security posture.

Dynamic Policy Adjustments:

Implementing policies that can adjust in real-time based on detected threats ensures that the network remains resilient against ongoing and evolving attacks.

By adopting an advanced network segmentation strategy with real-time monitoring and dynamic policy adjustments, the corporation can effectively counter sophisticated intrusions and ensure the integrity and operational status of its satellite communication systems.

by Theron at Jul 08, 2025, 12:02 AM

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Lorriane
9 months ago
Really? D seems risky, rolling back could cause more issues.
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Iesha
9 months ago
C is definitely the best option, micro-segmentation is key!
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Elza
9 months ago
Wow, I can't believe they found malware already!
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Melita
9 months ago
I think B might be too extreme, air-gapping can be a hassle.
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Kallie
9 months ago
Sounds like A is the way to go, we need strong endpoint security!
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Blair
10 months ago
Rolling back to the previous architecture seems risky. I think we need to focus on proactive measures instead of just investigating the intrusions.
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Chi
10 months ago
Network segmentation sounds like a solid strategy, especially with real-time monitoring. I practiced a similar question about segmentation last week, and it seemed effective.
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Cristy
10 months ago
I feel like implementing air-gapped systems could really minimize risks, but I wonder if it would disrupt communication too much.
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Bernadine
10 months ago
I remember studying about endpoint security solutions, and I think enhancing them could help with detecting those malware pockets. But I'm not sure if it's enough on its own.
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Louann
11 months ago
This is a high-stakes situation, and I think Option C is the way to go. The advanced network segmentation strategy will give us the visibility and control we need to monitor threats in real-time and dynamically adjust our security policies. It's the most comprehensive solution.
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Iluminada
11 months ago
As the cybersecurity officer, I'd go with Option A. Enhancing the endpoint security at each ground station is crucial to detect and eradicate the malware that's been designed to bypass the current controls. We need to shore up the defenses at the source.
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Glynda
11 months ago
Whoa, this is a tough one. I'm a bit confused by all the technical details, but it sounds like we need to really lock down the network and prevent any further intrusions. I'm leaning towards Option B, the air-gapped systems, to isolate each ground station.
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Mike
11 months ago
This is a complex scenario, but I think the key is to focus on securing the communication paths and ensuring data integrity. Option C seems like the most comprehensive approach to address the coordinated attacks across multiple ground stations.
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Flo
1 year ago
Trying to catch a hacker is like trying to catch a greased pig. You need to be one step ahead, and option C sounds like it would give us that edge. Plus, it doesn't involve rolling back to the stone age, which is a big plus in my book.
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Johanna
1 year ago
Air-gapped systems, really? That's so 2005. The world has moved on, and we need a more modern solution. I'm with Kristel on this one - option C is the way to go.
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Pa
11 months ago
Option C is definitely the best choice. We need to segment our network to prevent these coordinated attacks.
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Keneth
1 year ago
Hah, rolling back the system? That's like putting a band-aid on a gunshot wound. We need a more proactive approach, and option C seems like the way to do it.
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Lon
12 months ago
Absolutely, a combination of network segmentation and endpoint security will strengthen our defenses.
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Arminda
12 months ago
Enhancing endpoint security is crucial too. We need to detect and prevent any malware from spreading.
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Lashawna
12 months ago
Agreed, we can't afford to have our communication systems compromised. Real-time monitoring is key.
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Huey
1 year ago
Option C seems like the best way to go. We need to segment the network to contain the threat.
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Britt
1 year ago
While endpoint security is important, these coordinated attacks seem to be targeting the network itself. I'd go with option C to create a more resilient and secure architecture.
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Annette
1 year ago
User 2
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Diane
1 year ago
User 1
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Sue
1 year ago
I see both points, but I think option B might be the safest bet. Air-gapped systems can truly isolate the stations from external threats.
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Wenona
1 year ago
I disagree, I believe option C is more suitable. Network segmentation can provide better protection and real-time monitoring.
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Kristel
1 year ago
I think option C is the best way to go. Implementing a robust network segmentation strategy will help contain the damage and allow for better threat monitoring and response.
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Paris
1 year ago
C) Deploy an advanced network segmentation strategy, ensuring each ground station operates in a micro-segmented environment, with real-time threat monitoring and dynamic policy adjustments.
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Denny
1 year ago
B) Implement air-gapped systems for each ground station to ensure complete isolation, minimizing the risk of malware spread and external intrusions.
upvoted 0 times
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Raymon
1 year ago
A) Enhance end-point security solutions at each ground station, focusing on advanced malware detection, eradication, and prevention.
upvoted 0 times
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Hailey
1 year ago
I think option A is the best choice. Enhancing end-point security can help detect and prevent malware effectively.
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