Detect Attackers Before They Spread
Deception technology exposes attackers through high-confidence signals, giving security teams earlier warning of lateral movement, compromise and malicious activity.
Deception-Based Threat Detection
We use Deception Honeypots and honey tokens as a high-fidelity detection capability within our modern security operations service.
These technologies are designed to expose attackers who have gained access to an environment and are attempting to move around the network in ways they should not be.
By placing realistic decoys, lures and traps throughout the environment, we create detection points that are highly attractive to adversaries but have no legitimate business use.
Precision Threat Detection
The principle behind Deception Honeypots is simple but powerful: genuine users and normal systems should have no reason to interact with them.
Attackers, however, are actively looking for vulnerable systems, exposed services, credentials, files, shares and pathways that help them expand access.
A well-designed honeypot looks like a valuable or vulnerable target and is very difficult for a bad actor to ignore. When an attacker touches it, queries it, authenticates to it, scans it or attempts to use a honey token, an alert is generated immediately.
This makes deception one of the most precise forms of cyber detection. Unlike many traditional security alerts, which may require extensive tuning and investigation to determine whether they are malicious, interaction with a deception asset is inherently suspicious.
This means Deception Honeypots produce very few false positives and provide analysts with a strong signal that unauthorised activity may be taking place.
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Detect Attackers Before They Spread
Deception is particularly effective at identifying lateral movement and early-stage compromise.
Once an attacker has established a foothold, they often begin exploring the environment, mapping systems, testing credentials and looking for opportunities to escalate privileges or access sensitive data.
Deception tooling is designed to catch this behaviour early in the attack lifecycle, before the attacker has achieved their objectives.
This gives the SOC an early warning mechanism that can dramatically improve the speed and confidence of detection.
Connected Detection & Response
Within Swarm-SecOps, deception alerts are integrated into our wider detection and response fabric.
Signals from honeypots and honey tokens can be correlated with endpoint activity, network telemetry, identity events, SIEM data and threat intelligence.
Our SOAR platform enriches and prioritises these alerts, while our human analysts validate the activity, assess impact and determine the appropriate response.
From Alert to Action
When a deception alert fires, it is treated as a high-value indicator.
Our analysts investigate the source system, user context, network path, relates observables and any associated activity to understand whether the alert represents reconnaissance, attempted lateral movement, credential misuse or active compromise.
Where a threat is confirmed, we can support rapid containment through agreed response playbooks, including isolating affected hosts, blocking malicious traffic, revoking sessions or escalating incident response actions.
Certified & accredited
Detect Threats Before They Spread
Deception Honeypots provide organisations with a powerful way to detect attackers who have bypassed perimeter or endpoint controls.
They are quiet, targeted and highly effective because they focus on behaviours that legitimate users should not perform.
As part of Swarm-SecOps, deception technology gives customers earlier warning, stronger detection confidence and a clearer view of adversary intent, helping them disrupt attacks before they spread across the network.
Deception frequently asked questions
Deception Honeypots are realistic decoy systems placed within a network to detect suspicious or unauthorised activity. They are designed to look like vulnerable or valuable systems, but legitimate users should have no reason to interact with them. If a bad actor scans, touches or attempts to access a honeypot, an alert is generated for investigation.
Deception Honeypots detect attackers by creating attractive targets inside the environment. Attackers moving laterally through a network often search for exposed systems, credentials, shares or services. When they interact with a deception asset or honey token, it provides a strong indication that unauthorised activity may be taking place.
Deception Honeypots produce very few false positives because they are not part of normal business operations. Genuine users and systems should not be accessing them. This means any interaction is inherently suspicious and gives the SOC a high-fidelity signal that requires immediate attention.
Honey tokens are deceptive digital artefacts such as fake credentials, files, links, accounts or data objects that are planted to attract attacker activity. If a honey token is used, opened or accessed, it can trigger an alert and help identify malicious behaviour early in the attack lifecycle.
Deception Honeypots provide early warning of compromise, reconnaissance or lateral movement. Within Swarm-SecOps, deception alerts are investigated by analysts and correlated with other security data to understand the source, scope and intent of the activity. Where a threat is confirmed, agreed response playbooks can be used to support rapid containment.
Get in touch today to see how we can help you.
Get in touch with our friendly team today to find out how we can support you with Deception and Honeypots.