Deception technology is a cybersecurity solution that can detect and analyze zero-day attacks. You can also use this security technology to qualify alerts from other platforms. In addition, it can hide data or prevent access to it. As a result, it is an essential component of a comprehensive cyber security solution. Read on to learn more about deception technology and be able to choose the best deception technology for you. This article will introduce you to the many ways in which this technology can protect your company.
Honeypots are unprotected but monitored assets designed to attract attackers.
Cybersecurity experts increasingly turn to honeypots to lure hackers deeper into the network. These deceptive assets are monitored, and the unprotected, monitored assets look and act like the networks that are being targeted. You will lure the attacker into the web by placing a honeypot in the network. The attacker can then use the unprotected honeypot to gather intelligence and further attack the network.
A honeypot can be a payment gateway or a database of potentially sensitive information. You can build honeypots to mimic any digital asset, including software applications, servers, and networks. They can even be manufactured to look like real websites or even photos to lure adversaries into the trap. Defenders can also use them to capture information about attackers and their capabilities.
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Deception technology makes dangerous attackers look like lower-priority threats.
Deception technology tricks an attacker into thinking they can access valuable assets or data by creating a false impression. It works against the vast majority of attackers, using an adversary’s lack of knowledge about the network to its advantage. By making these attackers look like lower-priority threats, deception is a valuable security asset and gives security managers intelligence about their adversaries.
The traditional cyber-defense approach has focused on patrolling perimeters and protecting high-tech assets. But new ‘deception technology’ solutions take a different approach. They allow security managers to see dangerous attackers as lower-priority threats and quickly act to stop them. Security teams can quickly identify threats, detect policy violations, and reduce dwell times using deception technology.
You can use it to qualify alerts from other platforms.
Deception technology has two benefits. First, it puts the burden of proof on the attacker so that their decoys are never used by the actual entity. Second, it provides context about the intent of an attacker. This helps ensure that alerts generated by deception technology are highly accurate and provide broad threat coverage. The technology is also highly scalable, which can scale as an organization grows.
While it is helpful for organizations with mature security functions, it is increasingly becoming mainstream among organizations of all sizes. Organizations that have adopted deception technology can optimize their threat detection by leveraging low false-positive alerts. Deception-based solutions are beneficial for integrated response and proactive threat hunting. This is large because of the growing sophistication of today’s attackers.
It can hide and deny access to data.
Deception technology is a crucial component of modern network defense. It focuses on preventing and countering in-network threats by concealing sensitive data and denying attackers access to production assets. Despite its importance, deception is often overlooked by organizations. This article will describe the intricacies of this security technology and its advantages for protecting networks. It also discusses how you can use fraud to fight back against hostile actors.
The benefits of deception are many. For example, a comprehensive deception platform can create a fake Active Directory server, LDAP server, VOIP telecom deception, SWIFT terminal, and gift card web portal, to name a few. And since you can match deception assets to devise networks, organizations can boost their security posture with minimal effort.