Prepare to combat every virtual threat that your organisation receives or may receive by utilising diligent and effective analytics tools built with new methods and techniques.

Quick Summary: It’s amazing how quickly technology changes with each day. And it is no secret that as technology advances, so does the number of cybercrimes. Don’t worry anymore! Here’s a wonderful approach to protect your company from unexpected digital threats.

Almost everyone understands that cybersecurity concerns spell death for businesses of all kinds. One evil-intentioned click can ruin your entire enterprise. Hackers and cybercriminals are becoming increasingly sophisticated in their attacks, employing new and destructive strategies, making it impossible to avoid them. Every year brings a new record of digital attacks. By the end of 2021, organisations had experienced 50% more cyber attack attempts per week. Did you know that there were around 52 million data breaches globally in just the second quarter of 2022? With the rise of virtual crimes and regular news headlines, many businesses are aware of security dangers and occurrences.

You don’t have to be an expert to understand the latest security risks. But that’s the easy part! The tough element is determining why these attacks occur and when you might become a victim. Unfortunately, the difficult part doesn’t stop there. Aside from the foregoing, it is critical to understand the prevalence of attacks and the various sorts of threats that exist. And, if you fall victim to one of these incidents, how much will it cost to overcome it, and how do you intend to deal with the consequences?

Too many questions, with no clear answer? Read the post to learn about the best strategy to avoid common cyber assaults!

What is Cyber Threat Hunting?

Cyber threat hunting is an approach for detecting unexpected dangers within a network. It is more effective than other threat detection approaches since it detects evasive and sceptical attackers who have managed to get into the system without leaving any traces.

Cyber risks take many forms, including viruses, Denial of Service (DoS) assaults, data breaches, and so on. Threat hunters examine the company’s network and security data utilising TTP research and a hypothesis-driven approach to identify suspicious or dangerous malware or attackers by correlating trends.

Cyber threat hunting has changed throughout time. Traditional threat hunting is a manual procedure in which a security analyst evaluates and inspects data based on their network and system knowledge. Automation, User and Entity Behaviour Analytics (UBEA), and machine learning have made the manual process more effective and efficient by alerting the security team to potential dangers.

For more information, see: 6 Tips to Combat Cybersecurity Threats.

What are the different types of cyber threat hunting?

Structured Hunting

It is determined by the indicators of attack (IoA) and the cyber attacker’s TTP (Tactics, Techniques, and Procedures). Threat hunters coordinate attacks based on the TTPs discovered on the network. As a result, they can spot the threat early on, before cyber thieves launch their attack. Structured hunting employs threat intelligence sources such as MITRE ATT&CK to obtain extensive information on various TTPs.

Unstructured Hunting

The second method of threat hunting begins with an indicator of compromise (IoC) or a trigger. Threat hunters look for abnormal behaviour patterns in the network both before and after the IoC or trigger event. Historical datasets can in handy during these inquiries. Hunters might examine previous attacks comparable to recent ones to identify new forms of dangers.

Situational or entity-driven?

Sensitive data and key computing resources are constantly at risk. Situational or entity-driven threat hunting prioritises and concentrates on a company’s most valuable assets. It helps to improve threat hunting activities for countering cyber attacks. Situational hunting identifies high-priority targets, such as domain controllers and IT administrators, and aids in the detection of such threats.

How does cyber-threat hunting work?

Threat hunting differs from typical threat detection processes in that the former includes a more human element. IT experts must be skilled and adept at searching, monitoring, analysing, logging, and neutralising potential assaults or threats before they cause harm to your company. To implement an effective cyber threat hunting programme, follow the conventional four-step method.

Developing a hypothesis.

The first stage in cyber threat hunting is to develop a threat hypothesis. You can add risk or vulnerability in the firm’s network, an attacker’s TTP (Tactics, Techniques, and Procedures), or current threat intelligence. When a new danger is discovered in the organization’s network as a result of crowdsourcing attack data, a hypothesis inquiry is initiated. A threat hunter develops a hypothesis based on his knowledge, experience, and problem-solving skills.

Starting the investigation.

The second step applies tactical threat intelligence to well-known catalogues. The threat hunter depends on sophisticated and previously collected information from threat hunting systems like as Security Information and Event Management (SIEM), UBEA, and MDR. The inquiry will continue until the theory is valid and proven, and any activity is identified.

Identifying new patterns

Threat hunters respond quickly if they discover an anomaly or harmful conduct. They employ a variety of techniques, including IP address blocking, network configuration changes, security patch implementation, user disablement, new identification processes, authorization privilege updates, and so on. When the security team works to tackle these issues, they become acquainted with hackers’ methods, techniques, and procedures. It allows them to defend against such attacks in the future.

Response, Enrichment, and Automation

You can prevent or avert a threat when it threatens your organisation, but you can never completely stop cybercriminals. They are rapidly expanding their attacks with the latest technologies and strategies. As a result, cyber threat hunting must become a daily habit in your firm. You can use it in conjunction with automated threat detection technologies and your existing security processes.

What are the advantages of cyber threat hunting?

Cyber threat hunting is quickly becoming the most popular security programme in many businesses. It provides context awareness, which previous and many modern tools lack. A threat hunting framework offers numerous benefits that can help your organisation. For example:

expose the questionable bypasses.
Threat hunting can help you spot malware or suspicious attacks on your company’s network. Threat intelligence allows security teams to anticipate and identify specific threats. It provides incident responders and analysts with actionable intelligence, which includes analysed, contextualised, accurate, reliable, fast, precise, and predictive data.

Provides an accurate perspective of the company’s security.
Threat hunting helps to avert prospective attacks or external threats by recognising them in their early phases. Furthermore, it is an excellent way to assess your company’s security. When IT analysts hunt for lingering threats or ATPs (Advanced Persistent Attacks), they have a deeper understanding of the organization’s current security condition.

Improves the speed of danger reaction
Managing threats in a timely and composed manner is not easy. Threat hunting is primarily a human process. You can discover irregular network behaviours that an automated detection tool may overlook. Locating threats early offers you enough time to take appropriate action against them.

Reduces inquiry time.
danger hunters use past data to gather precise information about a particular danger or attack. It helps people understand the magnitude of a threat by identifying its sources and consequences. Many analysts employ an active method, utilising computer network traffic, to obtain information about suspected hacks in order to examine after-the-fact situations.

Helps to stay current.
A thorough threat hunting programme necessitates the use of cutting-edge technology and solutions such as SIEM (Security Information and Event Management) software to secure your company’s security. These current and practical analytic tools help you take preventative measures to protect your business from threats.

How may ManageX benefit your company?

Implementing a dynamic strategy to data security is the only way to thrive in this volatile cybersecurity climate. Organisations want effective and meticulous threat hunting platforms and services. You never know when you’ll succumb to immoral behaviour. And, as the phrase goes, “Better late than never.” If you didn’t see it earlier, pay attention now.

Starting a cyber threat hunting program me can be simple, especially when we are here! ManageX offers managed threat hunting as a service to assist you stay ahead of the growing number of cyber-attacks and threats. Our organisation employs excellent threat hunters who have extensive experience against cyber threats. You can count on us at any time to protect your digital assets.

Several qualities set our services apart from others. And this is why many businesses entrust us with their security. Our threat hunting tool includes the following features:

It uses network, end-point, user behaviour, threat analytics, and optimised applications to detect anomalous and hazardous patterns.
Data scientists employ pre-built multidimensional algorithms to work on different patterns depending on the situation.
Our managed threat hunting analytics platform is customer-oriented and customisable to meet their needs.
We do not limit ourselves to helping organisations with digital security. In addition to benefiting from the features, you can also get the following advantages by using our product:

The appealing and simple-to-learn platform allows you to quickly adapt to its working procedure.
We keep you informed about the activities by giving daily, weekly, or monthly updates based on your preferences.
Our practical tools enable bidirectional integration with SOAR and SIEM solutions, hence improving digital safety.