Services include cloud infrastructures, high performance computing, grid computing and commonly deployed services such as email, file store, remote access and instant messaging.
Authorisation as used by many national federations (SAML)
Service/application integration as used by many major applications (operating system security APIs).
What we've done
In April 2013 we began a pilot project to implement Moonshot technology with participating pilot sites. This has helped us to gather and understand requirements, at both a technical and usability level. This engagement has shaped and driven the continued development of the code to a stable level, now deployed and utilised by an increasing number of pilot sites.
We have established and made available a trust router, which pilot sites have started connecting to. The trust router is a scalable mechanism which enables organisations who are running Moonshot to communicate with one another. Trust routers are an important part of our infrastructure that can help different groups of users (communities of interest) to gain access to resources at a level of security that they are happy with.
Feedback from some of the participating pilot sites include:
University of Glasgow
“Glasgow is seeking to test Moonshot authentication on its own Cloud storage and sharing platform, allowing federated access to UK staff and students and reducing the overhead of managing accounts for externals. We currently have a local Moonshot IdP which is connected to the live campus eDirectory infrastructure, and are looking at deploying an initial Moonshot-enabled SSH server for first testing with a live service, before investigating integration with Apache Web Server.”
John Watt, University of Glasgow IT Services - IDM
University of Murcia
The University of Murcia in Spain who have been deploying and testing Moonshot in several applications, ranging from the more complex ones, such as OpenStack Cloud services, to the more traditional ones, such as SSH. The research team from Murcia, consisting of Gabriel López, Alejandro Pérez and Rafael Marín say:
“We have been also testing the Trust Router software, and we are currently working on the establishment of dynamic trust relationships between the University of Murcia's Moonshot-based services, and external testbeds such as those running at the University of Kent (UK) and Janet. This work has been mainly done under the CLASSe project as part of the GEANT GN3+ European project.”
Stay in touch
The Moonshot wiki provides information at an introductory and in-depth, technical level, along with FAQs and instructions for deploying and working with Moonshot and trust router technology.
