Information Sciences Institute
Networking and Cybersecurity Division
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Coming Soon |
By combining of bare-metal resources, node
virtualization and network emulation with powerful
constraint-based experiment modeling, the Lighthouse
testbed allows performers in the DARPA Searchlight
program to fine tune experiment
realizations to achieve both scale and fidelity at
the same time. From direct access to compute
hardware and SDN capable interfaces to emulations of
entire networks and a range of options in-between,
experimenters can directly define the specific
domains of validity for their experiments in
multiple dimensions.
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Coming Soon |
RedStar is a flexible 208 server testbed cluster
with single and dual socket mid-grade servers
interconnected at 25 and 50 gbps by a non-blocking
switching mesh. The testbed facility supports
bare-metal and virtualized experimentation as well
as network emulation with some specialized
capabilities for cybersecurity carried over from the
DeterLab testbed.
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https://www.dcomptb.net |
DCompTB is a network testbed facility that allows
researchers to rapidly design, deploy and execute
complex experimental networked systems. The testbed has over 1400 physical nodes.
Experiments involving hundreds of nodes can be materialized in minutes.
The compute and network platforms provided by the testbed are
open source hardware, providing maximum flexibility as
an experimental platform. All nodes are have remotely
accessible UART consoles for low-level systems development.
The testbed provides advanced network modeling and emulation
capabilities, allowing researchers to deploy systems in high
operational-fidelity environments. I designed and lead a small
team to implement and operate this testbed facility.
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https://arpa-e.energy.gov/?q=slick-sheet-project/photonic-project-evaluation
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SteamTB is a testbed facility designed to evaluate the impact of novel optical
switching technologies and node-integrated silicon photonics in their ability
to increase data center energy efficiency by removing the network as a bottleneck
to I/O intensive workloads. A distinguishing characteristic of this testbed facility
is our use of time dilation to scale up experiments. The time dilation systems are
implemented in QEMU/KVM and cover time-rate perception, inter-component I/O via bus
bandwidth curtailment and virtual processor scheduling. I designed and implemented this
testbed facility.
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https://deter-project.org |
DeterLab is a network testbed for cybersecurity research. Deter is an Emulab based
testbed with a substantial research and educational user community. I spent many years
as a core developer on the Deter team. I now play an advisory role and am working toward
migrating Deter facilities to more modern Merge based systems.
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https://www.mergetb.org |
An open source platform for building network experiments and interconnected testbeds.
Merge is the underlying platform that all of our testbed systems are built on. It
provides the basis for building testbed facilities using modular reusable components.
It also provides a centralized portal that interconnects testbeds into an integrated ecosystem,
allowing experimenters to design experiments that span testbed facilities.
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The DComp Testbed |
🔗
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Ryan Goodfellow, Stephen Schwab, Erik Kline, Lincoln Thurlow, and Geoff Lawler
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The 12th USENIX Workshop on Cyber Security Experimentation and Test (CSET) 2019
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Optical Mitigation of DDoS Attacks Using Silicon-Photonic Switches |
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Yiwen Shen, Ryan Goodfellow, Madeline Strom Glick, Genevieve Bartlett, and Keren Bergman
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SPIE OPTO Photonics West 2020
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Sled: System-Loader for Ephemeral Devices |
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Lincoln Thurlow, Ryan Goodfellow, and Stephen Schwab
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IEEE INFOCOM - IEEE Conference on Computer Communications Workshops (INFOCOM WKSHPS) 2019
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A Testbed for Closed Loop Cyber-Physical-Social System Simulation and Security Analysis |
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Ren Liu, Ryan Goodfellow, and Anurag Srivatsava
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Cyber-Physical-Social Systems and Constructs in Electric Power Engineering (Book Chapter) 2016
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Cypress: A Testbed for Research in Networked Cyber-Physical Systems |
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Ryan Goodfellow and Erik Kline
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Testbeds and Rsearch Infrastructures for the Development of Networks and Communities (TRIDENTCOM) 2017
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First Steps Toward Scientific Cyber-Security Experimentation in Wide-Area Cyber-Physical Systems |
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Ryan Goodfellow, Robert Braden, Terry Benzel, and David E. Bakken
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Proceedings of the Eighth Annual Cyber Security and
Information Intelligence Research Workshop (CSIIRW) 2013
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