Learn to investigate alerts in Microsoft Defender for Endpoint with SC 200 training


When it comes to advanced attacks on endpoints with sc 200 training, the Microsoft Defender for Endpoint platform can help enterprise networks protect themselves against them.

With Microsoft Defender for Endpoint, the following features are available:

  • The management of threats and vulnerabilities allows you to keep an eye on your security posture in real-time and find ways to strengthen it.
  • Attack surface reduction reduces the number of vulnerable points on a system and prevents potentially harmful code from being executed.
  • File-based malware is protected by advanced security, which employs machine learning and deep analysis.
  • Advanced assaults can be detected and countered using endpoint detection and response, which keeps tabs on attacker behaviour and tactics.
  • Automate the investigation of alarms and eradicate complicated threats by utilizing artificial intelligence.
  • Microsoft’s threat experts bring a wealth of experience and proactive threat hunting to your security operations center.

Microsoft Defender for Endpoint utilizes a combination of Windows 10 and Microsoft’s powerful cloud service, including the following features:

  • Behaviour sensors on endpoints. These sensors, part of Windows 10, monitor and analyze user behaviour. Using Microsoft Defender for Endpoint, you can get the data from the sensors.
  • Analytics for cloud security. For advanced threats, Microsoft uses big data and machine learning in conjunction with unique Microsoft optics across the Windows ecosystem (such as Office 365), enterprise cloud products (such as Office 365), and online assets (such as Office 365).
  • Threat information. Microsoft Defender for Endpoint uses threat intelligence to identify attacker tools, techniques, and procedures and generate alerts when they are detected in sensor data collected by Microsoft hunters and security teams. This threat intelligence is developed by Microsoft and supplemented by threat intelligence provided by partners.

Threat & Vulnerability Management

Finding, analyzing, and remediating endpoint issues are critical as part of a good security programme. As a means of lowering exposure, hardening the endpoint surface area, and boosting organizational resilience, threat and vulnerability management serves as an infrastructure.

With this technology, there are no agents or periodic scans required for enterprises to detect vulnerabilities and misconfigurations in real-time. When it comes to prioritizing difficulties, it considers many different criteria. The threat landscape, detections in your organization, sensitive data on vulnerable devices, and the business context are all aspects that must be taken into consideration.

Microsoft’s Intelligent Security Graph and the application analytics knowledge base work together seamlessly to provide real-time, cloud-based threat and vulnerability management. For example, through connection with Microsoft Intune and Microsoft Endpoint Manager, it can generate a security task or ticket.

Security operations, security administration, and IT administration are some areas in which it can help.

  • Endpoint detection and response (EDR) insights linked with endpoint vulnerabilities
  • Data relating to the detection of machine vulnerabilities and security configurations.
  • Microsoft Intune and Microsoft Endpoint Manager have built-in methods for remediation.

An administrator, for example, could request an application update utilizing the portal’s security suggestions, and the Intune team would be notified to remedy the request.

Endpoint Detection & Response

Endpoint detection and response capabilities from Microsoft Defender for Endpoint are near real-time and actionable, providing enhanced attack detections. As a result, security analysts can prioritize warnings effectively, acquire visibility into the full breadth of a breach, and take immediate remediation activities to address threats.

An analyst is notified when a threat is found, and an alert is generated in the system. As the name implies, incidents are collections of signals originating from the same source or ascribed to the same perpetrator. Therefore, it is easier for analysts to work together to examine and respond to dangers when warnings are aggregated.

Microsoft Defender for Endpoint collects behavioural cyber telemetry in response to the “assume breach” mentality. Process information, network activity, kernel and memory manager deep optics, user login activities, registry and file system changes, and more are all included in this data set. An analyst can go back to the beginning of an attack by using the information preserved for six months. As a result, the analyst can pivot and attack an investigation from several angles.

Endpoint detection and response capabilities are displayed on the Security operations dashboard. Using this report, you may get a high-level picture of where anomalies were found and what needs to be done to address them.

Learn How to Use Microsoft Defender for Endpoint to Investigate & Remediate Attacks

Custom detection rules can be built using threat-hunting queries. Then, in the event of a suspected breach or misconfiguration, these rules are immediately activated to investigate and respond to the situation.

Advanced hunting is a query language based on Kusto. Operators such as the following are permitted:

  • Where: Reduce the number of rows in a table to those that satisfy a criterion.
  • Summarize: Create a table containing the input table’s aggregated content.
  • Join by: Matching the values of the specified column(s) in each table, merge the rows of two tables to create a new table.
  • Count: The number of records contained in the input record set.
  • Top: The first N records are returned, sorted by the supplied columns.
  • Limit: Return as many rows as specified.
  • Project: Include or exclude columns, rename or delete existing computed columns, and enter new computed columns.
  • Extend: Calculated columns are created and appended to the result set.
  • makeset(): Return a dynamic (JSON) array containing the collection of unique values taken by Expr in the group.
  • Find: Determine which rows in a set of tables satisfy a predicate.

Conclusion: Final Thoughts!

To conclude, the Microsoft Security Operations Analyst collaborates with colleagues to protect the organization’s IT infrastructure. Their goal is to reduce corporate risks by swiftly responding to environmental threats, improving threat prevention measures, and reporting regulatory violations to critical parties.

Endpoint sc 200 training, Microsoft Cloud App Security protects your cloud apps and services. Connect Azure Defender assets and create multi-table KQL statements. Managing Azure Sentinel workplaces Azure Sentinel and Microsoft 365 Defender, Azure Sentinel entity behaviour analytics, Detects risks with Azure Sentinel laptops, etc.