Active Defence Deception Piergiorgio Venuti

Active Defense Deception: cybersecurity that beats hackers with their own weapons

Estimated reading time: 6 minutes

We pay hackers their own coin by using the same defenses and techniques that malware uses against computer systems by modeling the attackers’ decision-making process.

What is Active Defense Detection

The Active Defense Deception is an innovative cybersecurity service offered by the Secure Online Desktop company to protect companies from the most sophisticated cyber attacks.

It is a deception technology solution that uses preventive deception techniques to confuse and hinder hackers in the initial stages of an attack, even before they can compromise systems.

How deception technology works

Deception technology is based on the creation within the corporate network of virtual decoys and traps that look like real assets such as servers, workstations, IoT devices, etc. In reality, these are fictitious systems whose purpose is to attract the attention of hackers and mislead them.

When a cybercriminal tries to compromise these false assets, the Active Defense Deception system gathers valuable information about his techniques and tactics, causing him confusion and leading him astray. In this way the threat is neutralized before it can even reach and damage the real corporate assets.

The benefits of deception technology

Active Defense Detection has several advantages over traditional cybersecurity solutions:

  • Proactive Protection – Prevents attacks instead of simply detecting and blocking them. Confuse hackers before they can do any damage.
  • Effectiveness against unknown threats – Works even against new and never-before-seen attacks, as it is not signature-based.
  • Intelligence Gathering – Observe and analyze hacker tactics by providing valuable threat intelligence data.
  • Ease of Deployment – Can be seamlessly integrated into existing IT infrastructure.
  • Low impact on performance – Does not burden the network with massive scans and continuous monitoring.

How the Secure Online Desktop service works

The Secure Online Desktop Active Defense Deception service operates in the following ways:

  • Installing sensors and deceiver software on customer systems to deploy virtual baits and traps.
  • 24/7 monitoring from Security Operation Center (SOC) to detect suspicious interactions.
  • Collection of information on the hacker’s techniques to reconstruct the attack’s kill chain.
  • Immediate blocking of the threat and alerting the customer.
  • In-depth analysis of what happened to learn and perfect defenses.

The service is managed entirely by Secure Online Desktop experts, with no need for specific skills on the part of the customer.

Active Defense Deception: The kill chain of cyber attacks

To better understand how Active Defense Detection works, it is useful to know the concept of cyber kill chain.

The kill chain describes the typical sequential stages that make up most advanced cyberattacks:

Phase 1 – Reconnaissance

In the initial phase, the hacker collects as much information as possible about the target company, its digital assets, networks and security systems adopted. The goal is to identify exploitable vulnerabilities.

Phase 2 – Initial login

By exploiting the identified vulnerabilities, the attacker tries to gain initial access to the corporate network, for example by infecting an endpoint with malware or exploiting compromised credentials.

Phase 3 – Privilege Escalation

Once initial access is gained, the cybercriminal attempts to elevate their privileges to access critical systems and data. For example by stealing administrator credentials.

Stage 4 – Lateral movement

The hacker moves laterally within the network to reach his ultimate goal, such as servers with sensitive or valuable data.

Stage 5 – Final Goal

In the final stage the attacker achieves his goal, for example by exfiltrating or encrypting data with ransomware.

How Deception Technology works

Active Defence Deception

Active Defense Deception acts early in the kill chain, hindering and confusing the attacker so that he can never progress towards the advanced stages of the raid.

During the reconnaissance phase, the system deceives the hacker into believing that the network contains non-existent or misleading resources that attract his attention, wasting time and energy.

In the initial access phase, virtual traps trap the malware or attacker into dead-end paths that keep them away from critical systems.

In the privilege escalation phase, false credentials lead the intruder into dead ends by preventing him from escalating his privileges.

In this way the threat is constantly deflected, disoriented and finally neutralized before it can progress towards a malicious intrusion. In this way the threat is constantly deflected, disoriented and finally neutralized before it can progress towards a malicious intrusion.

Combine Deception and SOC for total protection

While Anti-Malware solutions and EDRs stop threats by detecting them, and SOC systems monitor and investigate alerts, Deception Technology prevents attacks by stopping them before they even happen.

For this reason, Active Defense Deception is the perfect complement to complement SOC (Security Operation Center) services to create truly complete and effective multi-level protection.

Secure Online Desktop managed SOC provides real-time monitoring, detection and incident response. Deception technology prevents and deceives attacks before they can compromise real assets.

Used together, these defense capabilities make it possible to significantly improve the level of security of the IT infrastructure of client companies, against all types of cyber threats.

Conclusions on Active Defense Deception

The Active Defense Deception of Secure Online Desktop represents the evolution of cybersecurity towards a more proactive approach that predicts and hinders the hacker’s moves rather than just reacting.

Rivolgendosi alle fasi iniziali della kill chain degli attacchi informatici, la deception technology li impedisce sul nascere ingannando il criminale con trappole ed esche virtuali.

Integrated with advanced SOC services, this active prevention capability allows for unmatched multi-layered protection against any type of cyber threat.

Companies can thus prevent the damage caused by security breaches, which involve not only direct financial losses but also potentially disastrous reputational impacts.

Thanks to Active Defense Deception, attacks are stopped even before they are completed, without compromising company operations and business continuity.

The innovative approach of deception technology marks the evolution from a passive cybersecurity based on detecting and blocking threats, to an active one that sets traps for hackers to confuse and mislead them.

In a landscape of increasingly sophisticated cyber risks, this ability to think and act like a cybercriminal is essential to protect the digital assets of companies.

Secure Online Desktop has the know-how and skills to take companies into the future of IT security thanks to cutting-edge services such as Active Defense Detection, managed 24/7 by qualified professionals.

The combination of proactive prevention, real-time monitoring, threat intelligence and rapid response enables comprehensive, multi-dimensional protection to counter today’s and future threats.

For more information on Active Defense Detection solutions and how to integrate them into your cybersecurity systems, contact the Secure Online Desktop experts.

Useful links:

Share


RSS

More Articles…

Categories …

Tags

RSS darkreading

RSS Full Disclosure

  • SEC Consult SA-20241112-0 :: Multiple vulnerabilities in Siemens Energy Omnivise T3000 (CVE-2024-38876, CVE-2024-38877, CVE-2024-38878, CVE-2024-38879) November 13, 2024
    Posted by SEC Consult Vulnerability Lab via Fulldisclosure on Nov 12SEC Consult Vulnerability Lab Security Advisory < 20241112-0 > ======================================================================= title: Multiple vulnerabilities product: Siemens Energy Omnivise T3000 vulnerable version: >=8.2 SP3 fixed version: see solution section CVE number: CVE-2024-38876, CVE-2024-38877, CVE-2024-38878, CVE-2024-38879 impact: High...
  • Security issue in the TX Text Control .NET Server for ASP.NET. November 13, 2024
    Posted by Filip Palian on Nov 12Hej, Let&apos;s keep it short ... ===== Intro ===== A "sudo make me a sandwich" security issue has been identified in the TX Text Control .NET Server for ASP.NET[1]. According to the vendor[2], "the most powerful, MS Word compatible document editor that runs in all browsers". Likely all versions […]
  • SEC Consult SA-20241107-0 :: Multiple Vulnerabilities in HASOMED Elefant and Elefant Software Updater November 10, 2024
    Posted by SEC Consult Vulnerability Lab via Fulldisclosure on Nov 09SEC Consult Vulnerability Lab Security Advisory < 20241107-0 > ======================================================================= title: Multiple Vulnerabilities product: HASOMED Elefant and Elefant Software Updater vulnerable version:
  • Unsafe eval() in TestRail CLI November 7, 2024
    Posted by Devin Cook on Nov 06This is not a very exciting vulnerability, but I had already publicly disclosed it on GitHub at the request of the vendor. Since that report has disappeared, the link I had provided to MITRE was invalid, so here it is again. -Devin --- # Unsafe `eval()` in TestRail CLI […]
  • 4 vulnerabilities in ibmsecurity November 3, 2024
    Posted by Pierre Kim on Nov 03## Advisory Information Title: 4 vulnerabilities in ibmsecurity Advisory URL: https://pierrekim.github.io/advisories/2024-ibmsecurity.txt Blog URL: https://pierrekim.github.io/blog/2024-11-01-ibmsecurity-4-vulnerabilities.html Date published: 2024-11-01 Vendors contacted: IBM Release mode: Released CVE: CVE-2024-31871, CVE-2024-31872, CVE-2024-31873, CVE-2024-31874 ## Product description ## Vulnerability Summary Vulnerable versions:...
  • 32 vulnerabilities in IBM Security Verify Access November 3, 2024
    Posted by Pierre Kim on Nov 03## Advisory Information Title: 32 vulnerabilities in IBM Security Verify Access Advisory URL: https://pierrekim.github.io/advisories/2024-ibm-security-verify-access.txt Blog URL: https://pierrekim.github.io/blog/2024-11-01-ibm-security-verify-access-32-vulnerabilities.html Date published: 2024-11-01 Vendors contacted: IBM Release mode: Released CVE: CVE-2022-2068, CVE-2023-30997, CVE-2023-30998, CVE-2023-31001, CVE-2023-31004, CVE-2023-31005,...
  • xlibre Xnest security advisory & bugfix releases October 31, 2024
    Posted by Enrico Weigelt, metux IT consult on Oct 31XLibre project security advisory --------------------------------- As Xlibre Xnest is based on Xorg, it is affected by some security issues which recently became known in Xorg: CVE-2024-9632: can be triggered by providing a modified bitmap to the X.Org server. CVE-2024-9632: Heap-based buffer overflow privilege escalation in _XkbSetCompatMap […]
  • APPLE-SA-10-29-2024-1 Safari 18.1 October 31, 2024
    Posted by Apple Product Security via Fulldisclosure on Oct 31APPLE-SA-10-29-2024-1 Safari 18.1 Safari 18.1 addresses the following issues. Information about the security content is also available at https://support.apple.com/121571. Apple maintains a Security Releases page at https://support.apple.com/100100 which lists recent software updates with security advisories. Safari Downloads Available for: macOS Ventura and macOS Sonoma Impact: An […]
  • SEC Consult SA-20241030-0 :: Query Filter Injection in Ping Identity PingIDM (formerly known as ForgeRock Identity Management) (CVE-2024-23600) October 31, 2024
    Posted by SEC Consult Vulnerability Lab via Fulldisclosure on Oct 31SEC Consult Vulnerability Lab Security Advisory < 20241030-0 > ======================================================================= title: Query Filter Injection product: Ping Identity PingIDM (formerly known as ForgeRock Identity Management) vulnerable version: v7.0.0 - v7.5.0 (and older unsupported versions) fixed version: various patches; v8.0 CVE number:...
  • SEC Consult SA-20241023-0 :: Authenticated Remote Code Execution in Multiple Xerox printers (CVE-2024-6333) October 29, 2024
    Posted by SEC Consult Vulnerability Lab via Fulldisclosure on Oct 28SEC Consult Vulnerability Lab Security Advisory < 20241023-0 > ======================================================================= title: Authenticated Remote Code Execution product: Multiple Xerox printers (EC80xx, AltaLink, VersaLink, WorkCentre)  vulnerable version: see vulnerable versions below fixed version: see solution section below CVE number: CVE-2024-6333...

Customers

Newsletter

{subscription_form_1}