Category: Deception Technology

Deception Technology- Everything you need to know in 2022!

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Deception is the progression of the honey pot concept, which enticed people with evil intents to other sites where they could be detected. While security researchers frequently employed honey pots, it was not a popular threat detection approach for businesses. Deception technology provides a different strategy by bringing decoys within the network, providing more information about threats that have gotten past perimeter security.

What is Deception Technology?

According to Infosecurity Outlook Deception technology’s goal is to prevent a cybercriminal who has gained access to a network from causing serious harm. Deception technology generates ruses or decoys that imitate an organization’s technological assets such as servers, databases, employee sessions, passwords, and so on. As a result, attackers have a hard time distinguishing between real and fake targets. These decoys can operate in either a physical or virtual operating system environment.

What is the purpose of using deception technology?

  • Lower risk:

While no security solution will prevent all network attacks, deception technology can offer attackers a false sense of security by convincing them that they have achieved a foothold on your network. From there, you can track and log their actions while remaining confident that they will not harm your decoy systems. You can then use the information and methods gleaned from the attacker’s behavior to better defend your network.

  • Economical solution:

Security teams rarely get the resources to deal with the avalanche of new threats, even though the threat to business networks and data is escalating. For this reason, deception technology is the appropriate solution. Automated warnings minimize the need for manual effort and action, and the technology’s design allows it to scale simply as the degree of organization and threat grows.

  • Broad applicability:

Deception Technology can be utilized in a wide range of devices, including legacy systems, industry-specific systems, and even IoT devices.

Why is Deception Technology Important?

Deception technology has a number of advantages and is still regarded as a vital part of a comprehensive cybersecurity approach.

Reduce the amount of time an attacker spends on the network.

The fake assets must be appealing enough for a cybercriminal to believe they are stealing actual assets. Nevertheless, the invasion will eventually come to a halt when IT stops the attack from spreading—and the attackers realize they will be exposed sooner.

However, the attacker may soon discover that the attack is limited to fake components and that the full organization’s assets cannot be taken. As a result, the attacker may flee swiftly, realizing the attempt was a failure. As a result, deception technology reduces the amount of time an attacker spends on the system.

Reduce the average time it takes to detect and respond to threats.

Because deception technology requires so many resources, IT organizations usually treat a cyberattack on decoy assets as a “special” task, focusing their efforts on researching its actions and movements. Because of this concentration, IT will act swiftly if unwanted access or odd behavior on the fake assets is identified. As a result, deception technology reduces the time it takes to detect and respond to threats.

Cut Down on Alert Fatigue

An IT crew might easily become overwhelmed if they receive too many security alerts. When cyber attackers breach the perimeter and are going to interact with fake assets, the team is notified using deception technology. Additional alarms will assist them in deciphering harmful conduct and tracking the attacker’s activities.

Deception accomplishes more than just making cybercriminals jump through more hurdles. It takes use of the fact that most attackers don’t know everything there is to know about the environment they’re trying to break into, and thus can’t discern what’s real and what’s not. This dramatically shifts the balance of power between attackers and defenders, giving you a clear picture of what bad actors want, why they want it, and how they intend to acquire it.

Read more: https://infosecurityoutlook.com/points-to-consider-before-buying-deception-technology-solution/

Points to consider before buying Deception Technology Solution

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The COVID-19 pandemic has caused several cyberattacks in new and unexpected ways and on a massive scale. Especially, the sudden change of many industries to remote work or work from home provided an instantaneous advantage and opportunity to cybercriminals. In ransomware attacks on workforce connected to corporate resources from unsecured home networks and devices. Throughout 2020, these malicious actors tried to identify and exploit employees and they will continue it in 2021. Social engineering has been the starting point of the majority of ransomware attacks. Social engineering strategies, such as phishing can fool users into disclosing sensitive information. 

Deception technology helps companies to quickly create a fictitious IT network that deploys alluring decoys that prevent cybercriminals from identifying the traffic and resources used within the real network. This deceptive network is then effectively integrated into the current IT infrastructure in order to reveal itself to attackers. Deception technology takes into account the attacker’s view and strategy which is used to abuse and explore networks of information recognition and exfiltration.

Following points should be considered before buying Deception Technology-

  • Vendors must understand client’s goals and objectives when it comes to deception
  • Vendors should study and understand client’s current technological infrastructure
  • Deception solution be built to understand attacker techniques, tactics and methods
  • Deception solution should be designed by incorporating the identified goals, technology and attacker tactics
  • Deception solution implemented should be reviewed and updated regularly to address new technology changes and objectives

Companies need to check that the deception solution covers all from endpoint to complex cloud environment for maximum protection. In addition, what kind of disappointment lures vendor provides. An ideal solution provides IT network, server, database, endpoint, applications, cloud and OT decoys, some vendors offer only a number of them. Companies need to check how these deceptions systems are used and whether they are manually or automatically updated. The level of customization also plays a crucial role.

The Level of Interaction to Deceive Attackers

The deception solution only works if it is able to mislead attackers. Real-time operating systems and networks can be custom-made. Consider asking solution providers whether their systems create or use emulated decoys for the actual operating system. The capacity to play and understand an attacker increases as the level of interaction of deception resources used increases. Greater interaction gives the cyber criminals more real experience and offers security teams a better and detailed approach to analyse attacker activity. It also increases their ability to develop enhanced deception environments. Various technical parameters like ensuring that active decoy directory entries are consistent with the real Active Directory should be checked. Cyber deception is a detection method. It is less to useful detect attacks without the ability to respond effectively. This makes it compulsory to create robust, documented incident response processes in deception solutions.

Cyber Criminal Use Cases

If an intrusion is identified, the attackers can be enclosed and observed successfully with minimum or no danger to the true system. However, Deception technology allows security experts to gain insights from the behaviour of an attacker and denies them the opportunity to apply crime data to strengthen security systems. Based on cyber criminals’ activities vendors have created cybercriminal use cases. These use cases are used to improve deception solution.

Scalability and Automation

The technology of deception adds decoys and controls so that the problems can be detected. Scalability is the design and implementation of an authentic set of decoys in an extensive infrastructure. Once these Deceptive resources are installed, companies can manage and update them regularly to maintain realisticness. The processes of generating, deploying, and running deceptive solutions have been significantly simplified by machine learning. Thus vendors with scalable and automated deception solutions should be considered.

If there is a ransomware attack deceptive resources are attacked thus saving real resources from attack. This is a huge advantage over other security solutions. Sectors such as education, health care and government need assistance in their fight against ransomware. Deception technology is useful in the detection of movement and minimizes damage. 

Deception Technology – How it works?

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Deception technology creates deceptive traps or decoys that mimic an organization’s technological assets like servers, databases, employee sessions, passwords etc. This makes it difficult for attackers to tell difference between real and fake. These decoys are capable of running in a real or virtual operating system environment.

How Deception Technology Works?

Deception technology detects perpetrators as they make their first move within an organization’s network by taking advantage of the fact that attackers have a predictable attack pattern after gaining access to a network: surveillance and exploitation. Attackers no longer have the luxury of moving freely within a network and returning to the same network several times, using the same exploits and resources each time. Instead, they’re being pushed to devote more money, time, and effort to their attack attempts, and they’re constantly worried that they’ll make a mistake. Deception in other words creates a hostile environment for attackers, one in which using malicious software or vulnerabilities on the wrong target means the attack is over since attackers are fingerprinted. Signatures and patterns of their attacks are created and circulated across the organization. Some methods used by deception technology are baiting, monitoring, fingerprinting and analyzing.

Understand Attacker’s Actions and Motivation

Every day attackers are developing new attacking strategies and tools. The usage of these new attacking technologies has forced security analyst teams of companies to extend their threat detection procedures from classic network attacks to web service applications and cloud security in order to address a wide range of attacking techniques. Understanding attackers’ strategies, on the other hand, does not prevent attacks, breaches, or harm. This information is used by deception planning security teams to increase the probability of triggering a deceptive “Trap”. This gathered information gives security teams an idea about the motive of attackers.

Deception Technology Vs Honeypots

When people hear the word “Deception Technology” common misunderstanding is ‘it’s like a honeypot’. Honeypots are a part of deception Technology. For example, Tokens are bits of information intended to be picked up by attackers accumulating information for the next movement. These are for the purpose of detection. These information pieces or elements aren’t part of the organization’s normal operations, so anyone who touches them is likely doing it maliciously.

AI-based Interactive Deception Technology

The artificial intelligence-based deception technology can help security teams to detect, monitor, learn and adapt to attackers’ techniques. The deception technology platform gathers immense information about attackers during an engagement by using high-interaction decoys based on real operating systems. This data is used to generate forensic reports and automate security response decreasing the time of response. With machine learning algorithms applied to these activities deception technology, becomes more accurate and intelligent.

Technology Integration

It’s also crucial to evaluate the effectiveness of existing security controls and technologies. Deception can easily integrate with existing security technologies or leverage their features like security reports. Deception technology can report to centralized detection solutions e.g., Security information and event management (SIEM) or Intrusion Detection System (IDS). They can also utilize the benefits of other technologies like firewalls. Deception technology is easy to deploy and can easily scale up as per the need of an organization.

Security teams of an organization must be correct 100 percent of the time, but if attackers are correct only once the cost is huge for an enterprise firm. It gives an idea of the problems security teams face. However, deception technology has changed the scenario, now to evade detection by deception technology attackers must be correct 100 percent of the time and security teams are empowered with each attack detection. The most crucial advantage an organization gets from Deception Technology is that it protects real resources and reduces the probability of security breach with the help of decoys resulting in huge cost saving.