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Data Security Deception Benefits

What is deception in data security?

Phishing technology aims to deceive attackers by distributing a set of deceptive traps across the system infrastructure to mimic real assets. The server logs and monitors the attack vectors used for the duration of the attack. This scam can run in a virtual or real operating system environment and is designed to trick hackers into thinking they have detected A way to steal credentials.


Benefits of deception technology in data security


Data Security Deception Benefits

1-Reduce the attacker's time on the network


Reduce the time an attacker spends on their network and speed up the average time to detect and address threats, as well as set up metrics surrounding Indicators of Settlement (IOCs) and Tactics, Techniques, and Procedures (TTPs).


Intrusion will stop when IT thwarts the attack from spreading and the attackers find out that they will be caught, as a result, the attacker may leave quickly, realizing that his attempt is a failure. Spoofing technology reduces the time the attacker remains on the network.

"IOCs" is an acronym for "inversion of control".

“TTPs” is an acronym for “Hype Text Transfer Protocol Secure.”

2-Detecting attempts to guess the password


Once the attacker has internal access to the network, they will likely try to use vertical force and query Active Directory which is a database that is installed on the server to allow the system administrator to add users to see the full list of users and try out a small number of commonly used passwords across these the accounts.

3-Discovering the use of stolen credentials


Once an attacker compromises an endpoint, they can extract password hashes and even cleartext credentials, without the need for third-party malware, although endpoint detection and response solutions may be able to identify privilege escalation and other malicious exploits, if data is used. Reliance elsewhere on the network, such as passing a hash, the user will be automatically alerted.




By analyzing how cybercriminals break into the security perimeter and try to steal what they believe to be legitimate data, IT security analysts can study their behavior. Some organizations deploy a central phishing server that records the movements of malicious actors. When they gain unauthorized access, the server monitors All vectors used in the attack.


5-Accelerate the average time to detect and address threats


When unauthorized access is detected or unusual behavior is observed, IT will act quickly, therefore, phishing technology speeds up the average time to detect and address threats, providing valuable data that can help the IT team enhance security and prevent attacks similar in the future.

6-Reduce alert stress


Too many security alerts can easily confuse the IT team, with phishing technology, the team is notified when cyber attackers breach the surroundings and are about to interact with deceptive assets, additional alerts will help them understand malicious behavior and then track the activities of the attacker.

7-Improved threat detection


Signature-based detection, which is highly accurate but highly specific to threat, behavior analysis and inference, which has broad threat coverage, but is prone to false positives.

8-Awareness of business risks


Deception can be intrinsically aligned, for example, if a user is launching a new product, they can create deception measures around that launch, tightly aligning security controls with areas where they see a risk.

9-more coverage


Phishing can be applied broadly across the enterprise, including often blind-spot environments. Phishing can detect threats at the perimeter, endpoints, in the network, in (Active Directory), and across application layers, as well as covering often overlooked environments such as ( IoT) and the cloud.

IoT is an acronym for the Internet of Things.


10-Very low false positives


False positives can leave any security team tired. Deception by nature produces so few that no one but the attacker should have, moreover, alerts provide context about the attacker's intent.


Where most behavior analyzes use machine learning to report anomalies from baseline, which tends to generate false positives, deception establishes a baseline of zero activity so any activity at all warrants investigation.

11-coordinated response


The automatic coordinated response is most useful when the triggering event is 100% certain. Even so, such alerts usually don't need to be coordinated because the products you create already handle treatment, for example, anti-virus quarantines, Phishing alerts are emphatic and contextual, in general, the biggest benefit of phishing is that it places the burden of success on the attacker rather than a defender.


12-Early detection of intrusion


While no breach is ever welcome, studying the entry point and subsequent behaviors of cyber attackers holds valuable information for IT security analysts, who can analyze the attacker's activity and gather key data that can be used to strengthen the network and better protect the organization from future attacks.


The more persuasive the phishing technology, including the server, applications, and data associated with it, the longer the bogus attack lasts and the more data the IT can pull.

13-Scale and automate as desired


Scaling spoofing requires relatively less cost and effort, spoofing servers can be used and reused, and it is easy to generate fake data, such as account numbers and passwords that do not exist, and any automation tools used can also be used for other components of the phishing technology's cybersecurity suite.


14-Detect external threats


Many current detection techniques work better against malware than other attacks, whether they are external or insider threats. Advanced malicious actors are more sophisticated than hackers, adept at mimicking legitimate user behaviors to stay undetected, however, when faced with phishing platforms, These actors reveal themselves.


15-Investigation of intruders


Once the attackers enter the phishing environment, there is no direct way back into the production system. Through the so-called phishing technique, conclusions can be drawn about the target of the attack and how the attackers violated the system.


Now that we have discussed this topic on the Ecosoft website, we must note that, No security solution can stop all attacks from happening on the network, but phishing technology helps give attackers a false sense of security by making them believe that they have gained a foothold on the network, where their behavior can be safely monitored and recorded knowing that they cannot cause any harm to systems Company, information about the attacker's behavior and techniques can be used to further secure the network from attack.