Gateways help solve the mysteries of the universe. For example, Galaxy Zoo enlisted non-scientists to help categorize astronomical images, whereas LIGO (Laser Interferometer Gravitational-Wave Observatory) captures signals from distant universes. (Credit: NASA/JPL-Caltech)

Boost your cybersecurity with help from Trusted CI, the NSF Cybersecurity Center of Excellence

Trusted CI, the NSF Cybersecurity Center of Excellence, offers a variety of information and services that are relevant to science gateways.

  • Training materials easily accessible online:
    • For gateway development, materials associated with software assurance (writing secure code) and identity management
    • For gateway operation, materials associated with log analysis, incident response, and situational awareness 
  • One-on-one engagements with NSF-funded projects that vary in scope (see the application details, including important dates). Engagements may range from a very brief (couple of weeks) cybersecurity “checkup” to a more in-depth, six-month engagement.
  • Trusted CI also contributes to SGCI's biannual Science Gateways Bootcamp, run by the Incubator, that provides a week-long workshop for gateway PIs and developers.

Finally, we encourage those in the science gateways community to reach out to us and join our mailing lists. We are here to help!


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Trusted CI Webinar: Whose line is it anyway? Problem solving in complex networks with Doug Southworth of IU, EPOC

Indiana University's Doug Southworth is presenting the talk, Whose line is it anyway? - Problem-solving in complex networks, on July 20, 2020, at 11 am (Eastern). 

Registration is available here (be sure to check spam/junk folder for the registration confirmation email).

Today’s collaborative science often utilizes massive datasets shared across great distances. With better access to data, we ask harder questions: interactive data sources change the very science we do. These factors have also given rise to new challenges, namely understanding the end-to-end performance of large data transfers. In a growing, complex, global network, no one person or entity controls all the pieces. End users don’t know what kind of performance to expect. Soft failures are notoriously difficult to find. Just as today’s science is collaborative, so must be our approach to troubleshooting and resolution of network performance issues. EPOC was created to be a focal point for these efforts, bringing together operational expertise and analysis to shed light on the multi-faceted problems that hamper research data movement.  Along with our partners in this space, such as Trusted CI, we are able to coordinate efforts between researchers, CI engineers, and network operators to bring resolution to complex data transfer issues, whether the root cause is technical or, as we have discovered in many cases, social. Community engagement has often proven to be the missing piece of the puzzle in this ever-changing landscape, and lessons learned from these engagements are invaluable as we continue forward to the next phases of large-scale collaborative science.

Speaker Bio:
Doug Southworth is a Network Systems Analyst for International Networks at Indiana University, working with EPOC (an SGCI partner), perfSONAR, and NetSage in both developer and science engagement roles, focusing on performance analysis. Prior to working at IU, Southworth has held senior systems engineer positions with several state and federal agencies, including his last position with the United States Courts.