Brute Force Attack Detection with Sangfor Cyber Command

Name: Brute Force Attack Detection with Sangfor Cyber Command
Uploaded: 2026-06-28T12:39:12-04:00
Duration: 2 min 36 s
Description: Your organization's login page is a familiar sight, but what happens when this everyday gateway comes under attack? In our latest video, we dive into a simulated brute-force attack, a common yet crude tactic used by cybercriminals to crack weak passwo...

Sangfor

06/28/2026

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Transcript

But what happens when this routine gateway comes under attack? In this video, we'll walk through a simulated brute force attack, a crude but common tactic cybercriminals use to crack weak passwords and breach networks. Attackers use scripts to bombard login forms with a flood of guest username and password combinations, trying to break in through trial and error. Let's see how this attack unfolds, and more importantly, how Sangfor CyberCommand detects and mitigates it. First, the hacker accesses the C2 console, the command center for orchestrating the attack. Starting with ipconfig in command prompt, the hacker successfully connects to the target IP 172.168.50.53. Next, the attacker enters the command in the C2 console to execute the attack. The script activates and methodically scans the IP range. It tests countless username and password combinations against the security measures. When the screen displays plus SMB 172.168.60.54 445 Administrator Admin at 123, it indicates that the brute force attack has successfully breached the SMB service at the targeted IP host. CyberCommand's AI swiftly identifies the anomaly, and security alerts appear on the platform, detailing the nature of the attack. This includes the types and stages of the threats identified, their detection times, and both the target and attacker's IP addresses. Selecting the alert provides more details about the attack than the original alert logs, facilitating a thorough investigation and delivering actionable insights and response recommendations. This brute force attack is a crucial wake-up call, highlighting the need to bolster our security defenses. It's a numbers game for attackers, betting on the tendency of users to choose common, guessable passwords like password123 or QWERTY. To combat this, organizations must enforce stringent password policies and enable multi-factor authentication for an extra security layer. Threat detection and response solutions like SANG4 CyberCommand are invaluable for detecting and stopping brute force attacks before they succeed. Let this simulated attack inspire you to review your network's visibility monitoring capabilities, staying one step ahead of threat actors seeking to force their way into your systems.

TL;DR

Sangfor Cyber Command uses AI-powered detection to identify brute force attacks in real-time, generating detailed alerts with threat classification, attack stages, and IP address information for rapid investigation.
The simulated attack demonstrates how attackers use automated scripts to test countless username and password combinations against login forms, successfully breaching an SMB service through trial and error.
Organizations must enforce stringent password policies and enable multi-factor authentication to defend against brute force attacks, which exploit users' tendency to choose common, guessable passwords like 'password123' or 'QWERTY'.

Summary

This demonstration showcases how Sangfor Cyber Command's Network Detection and Response (NDR) capabilities identify and respond to brute force attacks in real-time. The video walks through a simulated attack scenario where an attacker uses automated scripts to bombard a login form with username and password combinations, attempting to breach an SMB service at IP address 172.168.60.54. Cyber Command's AI-powered detection engine immediately identifies the anomalous login activity and generates detailed security alerts that include threat classification, attack stages, detection timestamps, and both source and destination IP addresses. The platform provides actionable insights and response recommendations to security teams, enabling rapid investigation and remediation. The demonstration emphasizes the critical importance of implementing strong password policies and multi-factor authentication as foundational defenses against credential-based attacks, while highlighting how advanced threat detection solutions can provide the visibility and response capabilities needed to stop attacks before they succeed.

Chapters

0:00 - Introduction to Brute Force Attacks
0:39 - Attack Execution and C2 Console
1:24 - Cyber Command AI Detection
1:49 - Defense Recommendations and Best Practices

Key Quotes

0:15 "In this video, we'll walk through a simulated brute force attack, a crude but common tactic cybercriminals use to crack weak passwords and breach networks."
1:24 "CyberCommand's AI swiftly identifies the anomaly, and security alerts appear on the platform, detailing the nature of the attack."
2:11 "Threat detection and response solutions like SANG4 CyberCommand are invaluable for detecting and stopping brute force attacks before they succeed."

FAQ

How does Sangfor Cyber Command detect brute force attacks?

Cyber Command uses AI-powered detection to identify anomalous login activity patterns in real-time. When an attacker floods a login form with multiple username and password combinations, the platform recognizes this behavior as suspicious and generates detailed security alerts that include the attack type, stages, detection time, and both the attacker's and target's IP addresses.

What defenses should organizations implement against brute force attacks?

Organizations should enforce stringent password policies that prevent users from choosing common, easily guessable passwords, and implement multi-factor authentication to add an extra security layer beyond passwords. Additionally, deploying threat detection and response solutions like Sangfor Cyber Command provides the visibility and automated detection capabilities needed to identify and stop brute force attacks before they succeed.

Categories:

» Cybersecurity » Network Security
» Data Protection

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TL;DR

Summary

Chapters

Key Quotes

FAQ

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