TheProcess Protectionfeature in Threat Defense for Active Directory (TDAD) prevents processes from performing certain actions that could indicate malicious activity. This includesdisabling the process's ability to spawn other processes, overwrite memory, execute reconnaissance commands, or communicate over the network.
* Functionality of Process Protection:
* By restricting these high-risk actions, Process Protection reduces the chances of lateral movement, privilege escalation, or data exfiltration attempts within Active Directory.
* This feature is critical in protecting AD environments from techniques commonly used in advanced persistent threats (APTs) and malware targeting AD infrastructure.
* Comparison with Other Options:
* Process Mitigation(Option A) generally refers to handling or reducing the effects of an attack but does not encompass all the control aspects of Process Protection.
* Memory Analysis(Option C) andThreat Monitoring(Option D) involve observing and detecting threats rather than actively restricting process behavior.
References: The Process Protection feature in TDAD enforces strict behavioral controls on processes to enhance security within Active Directory environments.

In Symantec Endpoint Protection, theDiscovery Agentdesignation is assigned to a computer responsible for identifying unmanaged devices within a network. This role is crucial for discovering endpoints that lack protection or are unmanaged, allowing the administrator to deploy agents or take appropriate action.
Configuring a Discovery Agent facilitates continuous monitoring and helps ensure that all devices on the network are recognized and managed.

Disjointed telemetry collection within an organization can result ina lack of granular visibilityfor investigators. Here's why this is problematic:
* Incomplete Data:Disjointed collection methods lead to fragmented data, making it difficult for security teams to get a complete picture of incidents.
* Reduced Investigation Efficiency:Without granular and cohesive telemetry, investigators struggle to trace the attack's path accurately, slowing down response times.
* Increased Risk of Missing Key Indicators:Critical indicators of compromise may be overlooked, allowing threats to persist or re-emerge in the environment.
Unified telemetry is essential for thorough and efficient investigations, as it provides the detailed insights necessary to understand and mitigate threats fully.

When adding device control rules,General "catch all" rulesshould be placed at the bottom of the rule list.
This approach ensures that:
* Specificity Precedes Generality:Specific rules (like those for device type or model) are applied first, allowing fine-grained control over device access.
* Efficient Rule Processing:Placing general rules last prevents them from inadvertently overriding more specific rules, which could lead to unintended access restrictions or allowances.
This ordering helps maintain effective and targeted control over devices, while still providing a fallback catch- all rule to manage unspecified devices.

Active Directory (AD)is commonly targeted in attacks because it serves as a central directory for user identities, applications, and resources accessible across the network. This visibility makes it an attractive target for attackers to exploit for lateral movement, privilege escalation, and reconnaissance. Once compromised, AD provides attackers with significant insight into an organization's internal structure, enabling further exploitation and access to sensitive data.