Sophisticated cyber threats may hide in networks for weeks or months. To broaden their reach, they steal private data and login credentials covertly. Phishing assaults increased by 48% in the first half of 2022! Over 11,000 occurrences were recorded, costing firms US$12.3 million. Proactive threat hunting is necessary to detect and mitigate these dangers before they impact a company. Threat hunting reduces the period between entry and detection, minimizing damage and avoiding long-term costs. Threat hunters are responsible for actively searching for malicious activity in a network that may have gone undetected by traditional security measures.
They use various techniques, such as data analysis, behavior profiling, and threat intelligence, to identify threats and take proactive measures to prevent them from causing damage or spreading further within the network. By conducting persistent and thorough searches, threat hunters can help organizations stay ahead of sophisticated, persistent threats that may otherwise go undetected. Threat hunting protects critical data and prevents deadly intrusions.
How Threat Hunting Works
Threat hunting works in the following ways:
- Cyber threat hunting is a critical process that blends advanced automated security tools with skilled IT security professionals’ expertise.
- A complex security monitoring system collects data for proactive threat identification and neutralization through big data processing power.
- Humans’ intuitive, strategic, and creative problem-solving abilities are crucial for promptly enacting effective countermeasures against threats.
- Effective threat hunting requires an enterprise security system that collects data for security professionals to analyze.
- Skilled security professionals leverage their knowledge of the organization’s operations and security systems to identify unknown threats that automated systems may have missed.
- Through meticulous security data analysis, threat hunters can detect hidden malware, identify attackers, and uncover suspicious activity patterns.
- By patching the enterprise security system and recognizing potential cyberattacks, threat hunters prevent future breaches and safeguard sensitive data.
- Cyber threat hunting is a collaborative effort between cutting-edge technology and human expertise, working together to protect organizations from evolving threats in today’s digital landscape.
Threat Hunting Steps
Threat hunters approach their work with the assumption that malicious actors are already present in the system, and their objective is to identify any abnormal activity that might indicate a security breach. Their investigation is guided by a hypothesis based on security data or an initial trigger, which works as a starting point for a more comprehensive exploration of potential risks. With this approach, threat hunters aim to stay one step ahead of cybercriminals and proactively detect and mitigate any security threats.
Building a Hypothesis: Some organizations are playing a game of “just in case” and have scheduled programs to hunt down any potential threats, whether or not there’s actually a concrete cause for concern. These elite threat hunters are always on the prowl, seeking out any indication of danger lurking in the shadows. But they’re not just blindly searching; they need a starting point to kick off their investigations. They typically identify the trigger in a specific application or area of the network and then spring into action, armed with a hypothesis about a potential risk to the organization. Maybe there’s a pesky vulnerability in the company’s systems, or perhaps a crafty hacker trying to break in. Whatever the case may be, these threat hunters use their vast knowledge and skills to craft a hypothesis and test it.
Investigation: Threat detection on a company’s network is a challenging problem. To do so successfully, one must have access to high-quality data and modern threat intelligence. The instruments at the disposal of these skilled threat hunters allow them to probe deeply into the murky inner workings of an organization’s infrastructure. They utilize these instruments to meticulously probe for weaknesses until they can verify or disprove their theory. It’s not always a simple chore, though. Threat hunters have acquired the particular tools necessary for collecting and analyzing data from both internal and external sources.
Respond: When it comes to responding to malicious activity, organizations must follow their trusty threat-hunting process to ensure they’re handling the situation like seasoned pros. The threat hunter needs to gather all the facts and have a clear picture of how the attack went down, what the attackers were after, and how it’s impacting the organization and its precious systems. It’s like putting together a puzzle, but the stakes are much higher! Once they’ve pieced together all the clues, they document the attacker’s methods and share their newfound intel with the security and operations teams. This enables them to spring into action quickly and prevent similar compromises from happening in the future.
Advanced-Data Analytics: By utilizing the latest in data analysis and machine learning, cybersecurity experts can dive into the ocean of data and fish out anomalies that may indicate the presence of malicious activity. These anomalies serve as breadcrumbs that lead to the hunters’ ultimate goal – uncovering hidden threats lurking in your organization’s digital landscape. Once the breadcrumbs have been collected, skilled analysts investigate and verify the leads, using their expertise to track down and neutralize stealthy attackers. With this approach, no threat can hide forever, and your organization can stay one step ahead of potential cyberattacks.
What is SecDevOps?
SecDevOps is the latest development approach that prioritizes security at every point of the software development and operations processes. Unlike traditional methods that reserve security for the testing phase, SecDevOps integrates security as a fundamental component from start to finish. The benefits of this approach are clear: organizations can cut down on remediation costs by identifying vulnerabilities early on in the development cycle. Not only that, but detecting security gaps before they make it to production significantly reduces the risk of costly security breaches.
Only a robust security measure can save you from cybersecurity threats. SecDevOps is a sensible and intuitive approach to tackling security concerns in tandem with ongoing code development. Embracing SecDevOps is especially important as it helps reduce the risks and costs of software development while prioritizing security.
Structured hunting is a systematic and methodical approach to identifying potential threats using various tactics, techniques, and procedures employed by malicious actors. By analyzing the patterns and indicators of attack, skilled hunters can detect and neutralize threats before they can inflict any damage. The beauty of a structured hunt is that it’s proactive rather than reactive. This means that hunters can often identify an attack before it even happens, giving them a crucial edge in the fight against cybercrime.
Imagine that your company’s cybersecurity is like a fortress that needs to be protected against invaders. Threat detection is like guards stationed at the fortress’s gates, waiting for an attacker to try and breach the walls. On the other hand, threat hunting is like a scout who ventures beyond the fortress walls, scouting the surrounding areas for any signs of suspicious activity. Threat hunters are always on the lookout for new attack patterns, constantly trying to stay one step ahead of potential attackers. By doing so, they can spot and eliminate threats before they ever reach the fortress’s gates.
A top-notch cyber threat hunting program requires the expertise of experienced and skilled cyber security professionals trained to detect and respond to even the most sophisticated and elusive cyber threats. With human intelligence and insight, potential security breaches can be identified more quickly and accurately, leading to a more effective resolution of the problem.