| The NWO StarPlane project
aims to integrate next-generation optical infrastructure in
applications in an easy-to-use manner. |
|
| The (Sentinels) DeWorm project combines flow-based approaches to intrusion detection with payload scanning to detect and stop flash worms. |
|
| The (EU FP6) Noah
project aims to design a Pan-European Network of Affine Honeypots that cooperate to detect intrusion attempts. |
|
| The SCALP
project aims to develop a programming environment for media applications for new types of multi-core processors. |
|
| We are developing a new light-weight Unix flavoured OS, known as
Minix-3. It is designed to be highly reliable, flexible, and secure. |
|
| The (EU FP6) Lobster
project developed and deployed monitoring stations across Europe. See also the Ruler language for matching and rewriting and Rulerproxy for applying Ruler at application-level (after TCP reassembly).
|
|
|
The EU IST
SCAMPI project is now finished. Its goal was to develop a scaleable monitoring
platform for the Internet. |
| We have been fairly actively using network processors. Here is a
page
describing some past projects. |
|
|
The Open Kernel Environment (OKE) project is now finished. However, the OKE continues to be used in various projects. |
|
Recently, we have started using network processors for processing DNA strings. Read about it on the BioComp page. |
|
SPLASH (SNMP Plus a Lightweight API for SNAP Handling) is how we augmented SNMP with support for mobile agents (much of the credit for this work should go to Willem de Bruijn). |
|
Projects page: volatile info for various projects. Contains mostly work in progress, source documentation for internal use, etc. |
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