Threat Hunting nei servizi Piergiorgio Venuti

What is Threat Hunting activity and why is it included in SOCaaS services

Estimated reading time: 4 minutes

In today’s digital world, cybersecurity has become a priority for companies of all sizes and industries. Cyberthreats are constantly evolving, and to stay ahead, organizations need to implement a variety of tactics and strategies. One of these is Threat Hunting, which has become a key component of SOCaaS (SOC as a Service). In this article, we’ll explore what exactly threat hunting is, why it’s so important in SOCaaS services, and how a SOCaaS service, like the one offered by Secure Online Desktop, can enhance enterprise security.

What is Threat Hunting?

Threat hunting is a proactive process of searching for and identifying advanced threats that may have gone undetected by traditional security measures. This process involves using a combination of data analysis techniques, human insights, and technology to track down suspicious or anomalous activity within a network.

Threat hunting isn’t limited to responding to alerts generated by security tools. Instead, it is an active and continuous search for as-yet-unidentified malicious activity. This proactive approach enables organizations to spot threats before they can cause significant damage.

Threat Hunting in SOCaaS Services – Why is Threat Hunting Important in SOCaaS Services?

SOCaaS services provide organizations with a dedicated security team that monitors, manages and responds to security threats. Threat hunting is a crucial part of this service because it allows you to identify and neutralize advanced threats that may escape standard security controls.

Organizations are turning to SOCaaS services for a variety of reasons, including a lack of in-house expertise, the growing complexity of security threats, and the need to respond quickly and effectively to potential threats. Threat hunting adds another layer of protection, helping organizations stay one step ahead of cybercriminals.

The Different Types of Threat Hunting

Identifying threats

Threat hunting can be performed in different ways, depending on the specific needs of the organization, its resources and its skills. The three most common methods are:

  1. Hypothesis-driven threat hunting: This method is based on the intuition and experience of the security team. Assumptions about possible malicious activity are formulated and then tested through data analysis.
  2. Machine-Based Threat Hunting: This approach uses machine learning and artificial intelligence algorithms to find suspicious or anomalous behavior patterns in network data.
  3. Threat Intelligence-Based Threat Hunting: This method uses information from threat intelligence sources to identify possible threats. This information may include indicators of compromise (IOC), tactics, techniques and procedures (TTP) used by cybercriminals.

How Secure Online Desktop’s SOCaaS Service Can Increase Business Security

Secure Online Desktop offers a comprehensive SOCaaS service that includes Threat Hunting as an integral part of its security approach. This means that the Secure Online Desktop team doesn’t just monitor and respond to threats, they actively search for possible malicious activity within your network.

Secure Online Desktop uses advanced technologies, such as artificial intelligence and machine learning, to power its threat hunting activities. In addition, Secure Online Desktop’s team of security experts have the experience and expertise to formulate and test hypotheses about potential threats.

Investing in a SOCaaS service like Secure Online Desktop not only offers additional protection against advanced threats, but can also free up internal resources, freeing your team to focus on other important business initiatives. Additionally, thanks to the proactive nature of threat hunting, organizations can identify and respond to threats before they cause significant damage, thereby reducing potential costs and business disruptions.

Conclusion

Additionally, thanks to the proactive nature of threat hunting, organizations can identify and respond to threats before they cause significant damage, thereby reducing potential costs and business disruptions. The inclusion of threat hunting in SOCaaS services offers organizations an additional layer of protection against advanced and evolving threats.

By investing in a SOCaaS service like the one offered by Secure Online Desktop, organizations can benefit from a proactive approach to security that goes beyond simple threat monitoring and response to include actively searching for potential malicious activity. This can help organizations stay ahead of cybercriminals, reduce potential security risks, and improve their overall security posture.

Useful links:

Share


RSS

More Articles…

Categories …

Tags

RSS Unknown Feed

RSS Full Disclosure

  • User Enumeration in IServ Schoolserver Web Login September 11, 2025
    Posted by naphthalin via Fulldisclosure on Sep 10“I know where your children go to school.” The web front end of the IServ school server from IServ GmbH allows user enumeration. Responses during failed login attempts differ, depending on if the user account exists, does not exist and other conditions. While this does not pose a […]
  • Re: Apple’s A17 Pro Chip: Critical Flaw Causes Dual Subsystem Failure & Forensic Log Loss September 11, 2025
    Posted by Matthew Fernandez on Sep 10Can you elaborate on why you consider this high severity? From the description, it sounds as if this behaviour is fail-closed. That is, the effects are limited to DoS, with security properties preserved.
  • Defense in depth -- the Microsoft way (part 92): more stupid blunders of Windows' File Explorer September 8, 2025
    Posted by Stefan Kanthak via Fulldisclosure on Sep 08Hi @ll, this extends the two previous posts titled Defense in depth -- the Microsoft way (part 90): "Digital Signature" property sheet missing without "Read Extended Attributes" access permission and Defense in depth -- the Microsoft way (part 91): yet another 30 year old bug of the […]
  • Critical Security Report – Remote Code Execution via Persistent Discord WebRTC Automation September 8, 2025
    Posted by Taylor Newsome on Sep 08Reporter: [Taylor Christian Newsome / SleepRaps () gmail com] Date: [8/21/2025] Target: Discord WebRTC / Voice Gateway API Severity: Critical 1. Executive Summary A proof-of-concept (PersistentRTC) demonstrates remote code execution (RCE) capability against Discord users. The PoC enables Arbitrary JavaScript execution in a victim’s browser context via WebRTC automation. […]
  • Submission of Critical Firmware Parameters – PCIe HCA Cards September 8, 2025
    Posted by Taylor Newsome on Sep 08*To:* support () mellanox com, networking-support () nvidia com *From:* Taylor Christian Newsome *Date:* August 20, 2025 *Dear Mellanox/NVIDIA Networking Support Team,* I am writing to formally submit the critical firmware parameters for Mellanox PCI Express Host Channel Adapter (HCA) cards, as detailed in the official documentation available here: […]
  • SEC Consult SA-20250908-0 :: NFC Card Vulnerability Exploitation Leading to Free Top-Up in KioSoft "Stored Value" Unattended Payment Solution (Mifare) September 8, 2025
    Posted by SEC Consult Vulnerability Lab via Fulldisclosure on Sep 08SEC Consult Vulnerability Lab Security Advisory < 20250908-0 > ======================================================================= title: NFC Card Vulnerability Exploitation Leading to Free Top-Up product: KioSoft "Stored Value" Unattended Payment Solution (Mifare) vulnerable version: Current firmware/hardware as of Q2/2025 fixed version: No version numbers available CVE number:...
  • FFmpeg 7.0+ Integer Overflow in FFmpeg cache: Protocol (CacheEntry::size) September 8, 2025
    Posted by Ron E on Sep 08An integer overflow vulnerability exists in the FFmpeg cache: URL protocol implementation. The CacheEntry structure uses a 32-bit signed integer to store cache entry sizes (int size), but the cache layer can accumulate cached data exceeding 2 GB. Once entry->size grows beyond INT_MAX and new data is appended, an […]
  • FFmpeg 7.0+ Integer Overflow in DSCP Option Handling of FFmpeg UDP Protocol September 8, 2025
    Posted by Ron E on Sep 08A vulnerability exists in the FFmpeg UDP protocol implementation ( libavformat/udp.c) where the dscp parameter is parsed from a URI and left-shifted without bounds checking. Supplying a maximum 32-bit signed integer (2147483647) triggers undefined behavior due to a left shift that exceeds the representable range of int. This results […]
  • FFmpeg 7.0+ Integer Overflow in UDP Protocol Handler (fifo_size option) September 8, 2025
    Posted by Ron E on Sep 08A signed integer overflow exists in FFmpeg’s udp.c implementation when parsing the fifo_size option from a user-supplied UDP URL. The overflow occurs during multiplication, which is used to compute the size of the circular receive buffer. This can result in undefined behavior, allocation failures, or potentially memory corruption depending […]
  • FFmpeg 7.0+ LADSPA Filter Arbitrary Shared Object Loading via Unsanitized Environment Variables September 8, 2025
    Posted by Ron E on Sep 08The ladspa audio filter implementation (libavfilter/af_ladspa.c) in FFmpeg allows unsanitized environment variables to influence dynamic library loading. Specifically, the filter uses getenv("LADSPA_PATH") and getenv("HOME") when resolving the plugin shared object (.so) name provided through the file option. These values are concatenated into a filesystem path and passed directly into […]

Customers

Newsletter

{subscription_form_1}