The SISSDEN sensor network is composed of VPS provider hosted nodes (procured at a cost from the VPS providers) and nodes donated to the project by third-parties acting as endpoints. These VPS nodes are not the actual honeypots themselves. Instead, they act as transparent layer 2 tunnels to the SISS...
For the last couple of years, T-Pot , the docker-based open source honeypot platform developed by our partner Deutsche Telekom (DTAG), evolved as one of the most successful honeypot platforms, not on...
The primary data collection mechanism at the heart of the SISSDEN project is a sensor network of honeypots. The sensor network is composed of VPS provider hosted nodes and nodes donated to the project by third-parties acting as endpoints. These VPS nodes/endpoints are not the actual honeypots themse...
The primary objective of the SISSDEN project is to offer National CERTs, ISPs and network owners free reports on malicious activity detected on their networks. This is achieved through the establishment of a network of honeypots.
As of the 20th of December 2018, SISSDEN is offering 5 new report ty...
The primary objective of the SISSDEN project is to offer National CERTs, ISPs and network owners free reports on malicious activity detected on their networks. In SISSDEN, collection of this type of information is achieved primarily through honeypots. One of these honeypots is dedicated towards the...
The primary objective of the SISSDEN project is to offer National CERTs, ISPs and network owners free reports on malicious activity detected on their networks. This is achieved through the establishment of a network of honeypots. One of these honeypots emulates ICS protocols, such as modbus or s7com...
The primary objective of the SISSDEN project is to offer National CERTs, ISPs and network owners free reports on malicious activity detected on their networks. This is achieved through the establishment of a network of honeypots. One of these honeypots is dedicated toward observing HTTP scanning act...