CASTELLAN:
Managing Distributed Intrusion Detection
Many organizations use intrusion detection systems (IDSs) to protect themselves against threats such as viruses and attacks. We are developing new self-securing devices (e.g., self-securing storage and NIC-based firewalls), to provide increased security by creating separate, smaller security domains. However, this distribution of security raises significant administrative challenges.
In this project, we are developing Castellan, a software tool for managing distributed intrusion detection systems. Castellan will support network administrators in:
- Configuration - Setting appropriate policies on different self-securing devices.
- Detection - Notification of security alerts.
- Diagnosis - Investigating alerts to determine what action to take (if any).
- Recovery - Using the logging and other enhanced features of self-securing devices to recover from intrusions.
We are currently in the design stages of Castellan and are talking
with network administrators about their needs for managing distributed
intrusion detection. A sketch of the Castellan interface
follows.
People
FACULTY
STUDENTS
Ernest Chan
Acknowledgements
We thank the members and companies of the PDL Consortium: Amazon, Bloomberg LP, Datadog, Google, Honda, Intel Corporation, Jane Street, LayerZero Research, Meta, Microsoft Research, Oracle Corporation, Oracle Cloud Infrastructure, Pure Storage, Salesforce, Samsung Semiconductor Inc., and Western Digital for their interest, insights, feedback, and support.