automated response integration cover Giacomo Lanzi

Integration of the automated response: the automations in SOCaaS

Estimated reading time: 6 minutes

The issue of information security is very topical in this historical period characterized by digitization. To protect themselves, businesses and individuals can use a variety of tools that can prevent an attack, but also help manage it. In this article we talk about Automated Response Integration and the automations in the SOCaaS offered by SOD .

Although the systems used are almost always based on efficient technologies, in recent years the implementation of SOCaaS services equipped with SNYPR for the analysis of Big Data is making a difference. The dedicated SOCaaS services facilitate end users in the use of security systems, basing their operation on automatic processes that protect company devices.

automated response integration data

What is Automated Response Integration

The term Automated Response Integration identifies a specific approach to data analysis and consequent response in a cyber defense scenario. We see it today, in particular, related to our SOCaaS on which the SNYPR tool is applied, which we have already talked about in the past.

SNYPR and Automated Response Integration

In order to understand the potential of a SOCaaS service, with the implementation of SNYPR, it is appropriate to understand first what is meant by this term. When the word SNYPR is used, it identifies that examination tool capable of analyzing Big Data and simplifying its actions . A system equipped with SNYPR can examine a huge amount of data and identify the behaviors of everyone who interacts with the platform.

There is the combination of SIEM and UEBA logs, as well as an analysis dedicated to security in real time, very useful for automating the daily operations carried out in the infrastructure.

The operation of a SNYPR tool for corporate IT is based on the analysis of thousands of information collected, thanks to artificial intelligence. These analyzes are then used to prevent and intervene on cyber threats. The fact that most of these operations are automatic brings us to the field of Automated Response Integration.

Technically it differs from other platforms in the use of threat detection algorithms that have the ability to scan systems and logins performed by other devices in real time . A traditional system simply collects data, while a SOCaaS with SNYPR implementation can also detect much more harmful threats and adapt accordingly.

The strengths of Automated Response Integration with SNYPR / SOCaaS

One of the strengths of this tool is its Security Data Lake (SDL) based security system. This condition allows companies to keep a copy of the data in the SDL and submit the scan request at any time. There is no data lock, as in traditional systems, but an open system capable of sharing information with the different devices.

As it is easy to guess, it is precisely this availability of data and the possibility of in-depth analysis, which allows us to implement an Automated Response Integration strategy with our SOCaaS.

There are various system functions in the field that are noteworthy. These include: data enrichment, distributed behavioral analysis, historical investigation, scalability and data redundancy.

This coordination of services allows to have a concrete impact for IT security , a condition evident in three areas of SNYPR competence: internal threats, persistent threats and professional use.

The professional use of SNYPR: in recent years, the most important companies have equipped themselves with a SNYPR platform to protect their data storage and analysis infrastructures. The system constantly monitors the flow of information and adapts to the best conditions in the event of cyber attacks.

Automated Response Integration for automation in SOCaaS

From a technical point of view, a SNYPR system itself guarantees excellent potential, but it is with the SOCaaS implementation that it finds its maximum protection expression in IT systems.

The analysis of threats in a company system, although it is carried out in real time, requires the intervention of specialized technicians to identify the problem. With SOCaaS, identification is linked to automated actions to deal with possible threats, without the need for third-party intervention.

There is a real integration with automated response useful to prevent and eradicate possible threats . This process is essential not only to prevent business systems from being compromised, but also to protect companies and their IT departments, which can focus on other tasks.

Automated Response Integration functionality

Playbook: the tool can launch a playbook when SNYPR threats are detected. The transcript of the events is important to understand the origin of the threat.

Query: automation can manage actions or queries on end points directly from SNYPR, in order to face the cyber attack. This feature avoids the blocking of production in the most excited moments.

UEBA: As mentioned in the previous lines, an NSYPR-based tool can import UEBA alerts. The reference formats are usually CEF, which report warnings from any type of device, significantly affecting safety.

IP control : one of the strengths of this technology is the control of domains, IPs, files and URLs, ensuring maximum versatility for any type of work activity.

DNS and Whols data : The automated response is particularly useful in storing DNS and Whols data, as it is possible to check the validity of certificates and monitor unwanted access.

Vulnerability: You can schedule a network vulnerability scan. This analysis process is especially suitable for companies that send and receive a large flow of information outside the company context.

automated response integration cover

Relying on professionals

Not all SOCaaS-based services that implement SNYPR are identical to each other, some of them offer the same technology but different intervention methods. Among the most interesting solutions is our SOCaaS. For years we have been dealing with offering IT security solutions internationally and this is a guarantee of excellence, alongside our certifications and partnerships.

Our IT security service, based on Automated Response Integration, guarantees complete monitoring of corporate infrastructures, helping the company to avoid additional costs for ordinary or extraordinary maintenance of the devices.

Conclusions

The implementation of SOCaaS automated systems is now essential for companies that want to protect themselves from IT docking. Real-time analysis and notification of potential threats ensure essential peace of mind in an age increasingly exposed to digital dangers.

To find out how SOD and its services can help your company, do not hesitate to contact us, we will be happy to answer any questions.

Useful links:

Share


RSS

More Articles…

Categories …

Tags

RSS darkreading

RSS Full Disclosure

  • [SYSS-2024-030]: C-MOR Video Surveillance - OS Command Injection (CWE-78) September 6, 2024
    Posted by Matthias Deeg via Fulldisclosure on Sep 05Advisory ID: SYSS-2024-030 Product: C-MOR Video Surveillance Manufacturer: za-internet GmbH Affected Version(s): 5.2401, 6.00PL01 Tested Version(s): 5.2401, 6.00PL01 Vulnerability Type: OS Command Injection (CWE-78) Risk Level: High Solution Status: Open Manufacturer Notification: 2024-04-05 Solution Date: - Public Disclosure: 2024-09-04...
  • [SYSS-2024-029]: C-MOR Video Surveillance - Dependency on Vulnerable Third-Party Component (CWE-1395) September 6, 2024
    Posted by Matthias Deeg via Fulldisclosure on Sep 05Advisory ID: SYSS-2024-029 Product: C-MOR Video Surveillance Manufacturer: za-internet GmbH Affected Version(s): 5.2401 Tested Version(s): 5.2401 Vulnerability Type: Dependency on Vulnerable Third-Party Component (CWE-1395) Use of Unmaintained Third Party Components (CWE-1104) Risk Level: High Solution Status: Fixed...
  • [SYSS-2024-028]: C-MOR Video Surveillance - Cleartext Storage of Sensitive Information (CWE-312) September 6, 2024
    Posted by Matthias Deeg via Fulldisclosure on Sep 05Advisory ID: SYSS-2024-028 Product: C-MOR Video Surveillance Manufacturer: za-internet GmbH Affected Version(s): 5.2401, 6.00PL01 Tested Version(s): 5.2401, 6.00PL01 Vulnerability Type: Cleartext Storage of Sensitive Information (CWE-312) Risk Level: Medium Solution Status: Open Manufacturer Notification: 2024-04-05 Solution Date: - Public...
  • [SYSS-2024-027]: C-MOR Video Surveillance - Improper Privilege Management (CWE-269) September 6, 2024
    Posted by Matthias Deeg via Fulldisclosure on Sep 05Advisory ID: SYSS-2024-027 Product: C-MOR Video Surveillance Manufacturer: za-internet GmbH Affected Version(s): 5.2401, 6.00PL01 Tested Version(s): 5.2401, 6.00PL01 Vulnerability Type: Improper Privilege Management (CWE-269) Risk Level: High Solution Status: Open Manufacturer Notification: 2024-04-05 Solution Date: - Public Disclosure:...
  • [SYSS-2024-026]: C-MOR Video Surveillance - Unrestricted Upload of File with Dangerous Type (CWE-434) September 6, 2024
    Posted by Matthias Deeg via Fulldisclosure on Sep 05Advisory ID: SYSS-2024-026 Product: C-MOR Video Surveillance Manufacturer: za-internet GmbH Affected Version(s): 5.2401 Tested Version(s): 5.2401 Vulnerability Type: Unrestricted Upload of File with Dangerous Type (CWE-434) Risk Level: High Solution Status: Fixed Manufacturer Notification: 2024-04-05 Solution Date: 2024-07-31 Public Disclosure:...
  • [SYSS-2024-025]: C-MOR Video Surveillance - Relative Path Traversal (CWE-23) September 6, 2024
    Posted by Matthias Deeg via Fulldisclosure on Sep 05Advisory ID: SYSS-2024-025 Product: C-MOR Video Surveillance Manufacturer: za-internet GmbH Affected Version(s): 5.2401 Tested Version(s): 5.2401 Vulnerability Type: Relative Path Traversal (CWE-23) Risk Level: High Solution Status: Fixed Manufacturer Notification: 2024-04-05 Solution Date: 2024-07-31 Public Disclosure: 2024-09-04 CVE...
  • Backdoor.Win32.Symmi.qua / Remote Stack Buffer Overflow (SEH) September 6, 2024
    Posted by malvuln on Sep 05Discovery / credits: Malvuln (John Page aka hyp3rlinx) (c) 2024 Original source: https://malvuln.com/advisory/6e81618678ddfee69342486f6b5ee780.txt Contact: malvuln13 () gmail com Media: x.com/malvuln Threat: Backdoor.Win32.Symmi.qua Vulnerability: Remote Stack Buffer Overflow (SEH) Description: The malware listens on two random high TCP ports, when connecting (ncat) one port will return a single character like "♣" […]
  • HackTool.Win32.Freezer.br (WinSpy) / Insecure Credential Storage September 6, 2024
    Posted by malvuln on Sep 05Discovery / credits: Malvuln (John Page aka hyp3rlinx) (c) 2024 Original source: https://malvuln.com/advisory/2992129c565e025ebcb0bb6f80c77812.txt Contact: malvuln13 () gmail com Media: x.com/malvuln Threat: HackTool.Win32.Freezer.br (WinSpy) Vulnerability: Insecure Credential Storage Description: The malware listens on TCP ports 443, 80 and provides a web interface for remote access to victim information like screenshots etc.The […]
  • Backdoor.Win32.Optix.02.b / Weak Hardcoded Credentials September 6, 2024
    Posted by malvuln on Sep 05Discovery / credits: Malvuln (John Page aka hyp3rlinx) (c) 2024 Original source: https://malvuln.com/advisory/706ddc06ebbdde43e4e97de4d5af3b19.txt Contact: malvuln13 () gmail com Media: x.com/malvuln Threat: Backdoor.Win32.Optix.02.b Vulnerability: Weak Hardcoded Credentials Description: Optix listens on TCP port 5151 and is packed with ASPack (2.11d). Unpacking is trivial set breakpoints on POPAD, RET, run and dump […]
  • Backdoor.Win32.JustJoke.21 (BackDoor Pro) / Unauthenticated Remote Command Execution September 6, 2024
    Posted by malvuln on Sep 05Discovery / credits: Malvuln (John Page aka hyp3rlinx) (c) 2024 Original source: https://malvuln.com/advisory/4dc39c05bcc93e600dd8de16f2f7c599.txt Contact: malvuln13 () gmail com Media: x.com/malvuln Threat: Backdoor.Win32.JustJoke.21 (BackDoor Pro - v2.0b4) Vulnerability: Unauthenticated Remote Command Execution Family: JustJoke Type: PE32 MD5: 4dc39c05bcc93e600dd8de16f2f7c599 SHA256:...

Customers

Newsletter

{subscription_form_1}