Plans & Pricing

A honeypot is a fake IT system but it has everything to make it real. It is designed to fool hackers so that organisations can redirect attacks. The goal is to lure the target to a monitored IT system and to collect a variety of information to prevent the hacking attempt, but also to learn from it and improve the company's IT security.

A honeypot is a complete fake IT system but it has everything to make it real. It is designed to fool hackers so that organisations can redirect attacks. The goal is to lure the target to a monitored IT system and to collect a variety of information to prevent the hacking attempt, but also to learn from it and improve the company's IT security.A honeytoken is a fake data element : a fake identifier, a fake file, a fake API key. If someone uses this honeytoken, an alert is triggered immediately. Both are complementary in a Deceptive Security strategy.

No, this is one of the main advantages of honeypots. Since a honeypot has no legitimate function in your infrastructure, any interaction with it is suspect by definition. This drastically reduces the number of false positives compared to traditional detection solutions.

Yes, the deployment of Trapster is extremely simple. You receive a ready-to-use VM image that you deploy on your hypervisor. The initial configuration takes less than 5 minutes.

Absolutely. Trapster complements your existing solutions by adding a proactive detection layer. A honeypot detects threats that EDR and firewalls may miss: lateral movements, internal attacks, network reconnaissance.

Yes, Deceptive Security is just as relevant in cloud environments. Trapster can be deployed on AWS, Azure, GCP or any other cloud platform to detect lateral movements and unauthorized access in your VPC.

Trapster offers a complete REST API and supports standard formats (Syslog, CEF, JSON). We have native integrations with Splunk, QRadar, Sentinel, Elastic and SOAR platforms.

Trapster is designed to be undetectable. Our honeypots faithfully simulate real services. Even if a hacker detects the honeypot, the alert has already been triggered and you have valuable information about his techniques.

Trapster supports SSH, RDP, SMB, FTP, HTTP/HTTPS, databases (MySQL, PostgreSQL, MSSQL), LDAP, and many others. You can customize the banners and responses to match your environment.

We recommend placing honeypots in each critical network segment: servers, workstations, DMZ, cloud. Our team can help you define the optimal placement according to your architecture.

Deceptive Security is a proactive cybersecurity approach that uses decoys to trick attackers. It encompasses honeypots, honeytokens, breadcrumbs (false clues), and other techniques to detect and slow down threats.

For MSSPs, Trapster offers a multi-tenant console to manage honeypots for all your clients from a single interface. High-fidelity alerts reduce the workload of your analysts.

No, Trapster is designed with security as a priority. Our honeypots are isolated systems that simulate services without actually executing them. They cannot be used as a pivot to attack your infrastructure.

The general rule is to have at least one honeypot per critical network segment. For a SME, 3 to 5 honeypots generally cover the essentials. We can help you define the optimal number during our initial exchange.

A breadcrumb is a false indicator placed on your real systems to lure attackers to your honeypots. For example: a shortcut to a fake server, credentials in a configuration file, or a DNS entry pointing to a honeypot.

Trapster offers several alert channels: email notifications, webhooks (Slack, Teams, Discord), SIEM integration, and API. Our dashboard displays all suspicious activities in real time with complete context.