Imagine a world where cyber threats are evolving faster than your defenses. How do you stay ahead? However, there are traditional security measures that tend to work defensively when reacting to attacks. But what if you were the one who had the power to change it all? What if you could identify the threats and dismantle them? However, this is where threat hunting with Darktrace comes in. Thus, allowing the security teams to take the first step of offense instead of defense,
However, to flank any hidden threats that may be invading your network. Darktrace changes the way you fight threats by using self-learning AI and the most innovative NDR tools.
Thus, do you want to stop being a passive victim of a network and finally become a winner in the cybersecurity battle? Now, let’s jump into the topic of proactive network security and find out how Darktrace can change your approach to hunting threats.
Threat Hunting with Darktrace Company
Darktrace was one of the first organizations to implement Artificial Intelligence to detect and respond to threats. It has real-time self-learning artificial intelligence that tracks all network activity, learns what constitutes normal traffic, and identifies abnormal traffic that may signify risk.
How Darktrace Can Help with Threat Hunting
Behavioral Analysis: However, it differentiates the patterns and anomalies from the normal traffic in real time. Hence it means that they do not make it hard for them to detect the hidden attacks.
NDR Capabilities: Its NDR threat-hunting methods involve examining internal (east-west) and external (north-south) traffic for threats.
Proactive Insights: It enables security teams to gain visibility into potential threats by offering tools that provide prescribing advice.
Advanced Visualization Tools: Its features allow security analysts to investigate threats more clearly and accurately.
Why Network Security That Is Anticipatory An Asset
1. Evolving Threat Landscape
However, this is because the attackers’ approach never remains stagnant due to the reasons we are trying to elaborate below. Proactive security enables a change to these environments before they result in problems.
2. Minimized Damage
If threats are detected on time and adverse actions are prevented, then a full-scale breach of a company can be averted. Thus cutting costs, time, and company reputation.
3. Enhanced Decision-Making
Preventive measures allow your security team to have more information, and respond promptly, and effectively.
Techniques for Threat Hunting with Darktrace
1. Establish a Baseline of “Normal” Network Behavior
Darktrace self-learning AI looks at traffic to determine what is normal and what is not in a network. Therefore, this baseline is essential for spotting deviations that may indicate malicious behavior.
How It Works
- AI interprets data path, user activity, and device connections.
- Hence it defines just what is normal pattern of activity for staff within an organization.
- Unusual patterns like, for instance, login at times that are not normal or apparent high traffic volumes result in the alarm.
2. Focus on East-West Traffic
Traditional security measures and security controls have mainly focused on external Transactions). Nevertheless, many threats migrate across the network.
Dark Trace’s Advantage
- Surveillance cameras’ east-west, to identify lateral movement.
- Moreover, detects features of device communications that may be considered abnormal. For example, a workstation running a server accessing a database.
3. Use Behavioral Analysis for Insider Threats
Insider threats are among the most difficult to mitigate since they are people who already have a valid user right into the network.
Darktrace’s Solution
- Records the activity of a user systematically.
- Moreover, identify models that are out of step with normal working. E.g., heavy use of network traffic for download or attempts at unauthorized entry.
4. Use Advanced Threat Detection with AI
Darktrace incorporates AI to identify the faintest threats and attacks such as zero-day attacks or advanced persistent threats.
Techniques
- AI is capable of progressive discovery of new attack methods.
- Identifies potentially malicious traffic flows, unlike traditional methods that require decryption of the traffic for analysis.
Basics of Professional Threat Hunting
Step 1: Define Your Objectives
Define the goals you are willing to set about threat hunting. However, objectives might include:
- Detecting insider threats
- Preventing lateral movement
- Identifying advanced malware
Step 2: Collect and Analyze Data
Collect information from such areas as network logs, endpoints, and other existing resources. Further, Darktrace makes this easier, being a central interface for viewing all the ongoing activity on the network.
Step 3: Develop Hypotheses
Ideas about threats must be developed according to the myopic and historical database. For example:
- “I have remarked, that this device may be reached many times and failed login attempts.”
- “Suspicious file transfers are silent and can be quantified by analyzing numerous parameters. One of which is ‘Volume of transfer’.”
Step 4: Investigate Alerts
Darktrace simply produces alerts of a particular event or activity that is suspicious. Your team should:
- Prioritize high-risk alerts.
- Refer to Darktrace’s visualization capabilities to delve a little deeper.
Step 5: Respond and Mitigate
In case of confirmation of a threat, quickly eliminate the threat. With Darktrace, automated responses can:
- Isolate-compromised devices.
- Block malicious IP addresses.
Advantages of Darktrace as the Tool for Active Threat Hunting
1. Faster Threat Detection
Darktrace’s AI allows threats to be identified almost immediately, decreasing the time that an attacker can go unnoticed.
2. Reduced False Positives
Darktrace leverages your network’s behavioral patterns to reduce configuration and false alarms and leave the noise to your team.
3. Continuous Learning
Darktrace’s self-developing AI increases detection effectiveness over time as it adapts to the network architecture of the enterprise.
4. Enhanced Collaboration
Own it allows security teams to have well-analyzed visualizations and reports to make it easier for them to share their findings.
Challenges in Threat Hunting with Darktrace
1. Data Overload
Indeed, when processing network data, there are always inevitable tendencies to approach the analysis manually. But this is both time-consuming and contains elements of human error.
Darktrace Solution: Saves and analyzes data for users, giving useful results.
2. Stealthy Attacks
Modern threats are not easily detected, and that is why they are called advanced threats.
Darktrace Solution: Adopts an approach that involves using artificial intelligence to identify concealed threats that are still manifested in certain delicate anomalies.
3. Skill Gaps in Security Teams
Some organizations do not have an employed entity known as threat hunters.
Darktrace Solution: Makes threat hunting easier by incorporating easy-to-navigate interfaces and integration of automated elements.
Conclusion
In an age of enhanced cyber threats, waiting for the notification is not possible. Darktrace, for example, can be used for threat hunting, which means maintaining dominance over the attackers.
Therefore, with the help of AI, Behavioral Analysis, and Real-Time Monitoring. Darktrace shifts the paradigm of Threat Hunting from a Focus on the response to an actual proactive defense system. This guide provides information on how to incorporate Darktrace into the security plan to maintain organizational security in the current prevailing threats.
Hence, it’s always better not to wait for the breach to occur. Start hunting today and secure your network with the best!
