TNC22 will be hosted by Consortium GARR, the Italian Research and Education Network, and will take place in Trieste, Italy from June 13-17, 2022.
Whilst we continue to monitor the development of the pandemic, our plans are to host a face-to-face event for the GÉANT community to meet in person. Basic remote participation will also be offered for those unable to travel.
About TNC
The largest and most prestigious research and education networking conference, TNC attracts a truly diverse audience of over 800 participants from more than 70 countries, representing national and regional research and education networks, schools and universities, technology providers, and many of the world’s most exciting scientific projects. By bringing together decision-makers, networking and security specialists, identity and access management experts, researchers, academics and students, TNC offers a unique collaborative experience.
In this side meeting you can learn everything you need about OCRE Framework. We are happy to provide bespoke advice and explanation on amongst others:
• legitimacy of the Framework;
• GDPR compliancy;
• description on awarding procedures;
• overall usage possibilities within each lot.
Register here: https://events.geant.org/event/1123/.
Please note: This is a side meeting. In order to attend, you will need to purchase a side meeting pass, in addition to your regular TNC pass. See the registration page for more details.
Argus is an open-source tool for NOCs and service centers to aggregate incidents from all their monitoring applications into a single, unified dashboard and notification system. Most NOCs will, out of necessity, use a myriad of applications to monitor their infrastructure and services. In turn, they need to contend with manually managing notification profiles and monitoring dashboards in each individual application. Argus mitigates these scenarios by providing the NOC with a singular overview of actionable incidents, and by providing a single point of notification configuration. Argus is developed by Sikt and Sunet, supported by GÉANT. More info: https://wiki.geant.org/display/NETDEV/Argus
This poster illustrates brief information of Asi@Connect Project in infographics and numbers. The infographics will help understand what Asi@Connect is doing and who is benefiting by Asi@Connect Project. Also, the TEIN network Topology map shows how Asia-Pacific partners connected with each other and linked to global R&E networks.
The H2020 project Blue-Cloud is developing the thematic EOSC for ocean science, through a collaborative virtual environment. Blue-Cloud federated European marine Research Infrastructures and e-Infrastructures, allowing researchers to combine, reuse, and share quality data.
The project developed three main technical assets:
Blue-Cloud Data Discovery and Access Service (DD&AS) facilitating access to 10+ million multi-disciplinary datasets.
Blue-Cloud Virtual Research Environment (VRE) enhancing collaborative research.
This potential is explored by domain-specific Virtual Labs developed by experts addressing challenges related to biodiversity, genomics, marine environment, fisheries, and aquaculture.
The poster highlights the services developed within Blue-Cloud for the benefit of marine research.
The CESNET2 optical network (since 1999) is based on leased dark fibres lighted as a leased service. The core of the network is formed by a DWDM infrastructure designed for up to 400 Gb/s and predominantly with 100 Gb/s channels. It is deployed by combination of commercial and open line transmission systems. CESNET's own design devices, the Czech Light™ family. The poster describes parallel transmissions of data transport and new applications of fibre optic networks as QKD, precise time and ultra stable frequency transfers, and cross border, bringing significant fibre rental costs savings, according to CESNET long time experience.
Work Package 6 of the EOSC-Pillar project delivers use cases to analyze different tools and services used for the "FAIRification". Among them, UC1 aims at elaborating cross-domain, FAIR-oriented procedures and recommendations to enforce data provenance by considering needs coming from two scientific domains: Material Science/Nanoscience and Climate Science. In such a context, W3C PROV standard has been considered a recommended family of specifications. Starting from the W3C PROV data model and ontology, the PROV Core concepts have been applied on top of the existing scientific data services, to enhance provenance capabilities, thus addressing FAIR-oriented full provenance management.
In the context of the European Open Science Cloud, the ENES Data Space represents a domain-specific implementation of the data space concept, a digital ecosystem supporting scientific communities towards a more sustainable, effective and FAIR use of data. Such ecosystem has been recently opened to climate users, offering datasets, tools and services into a single environment with ready-to-use data and programmatic capabilities for the development of data science applications. Presently, the data store of the ENES Data Space provides access to models output from large-scale global experiments for climate model intercomparison. Storage and computational resources are provided by the EGI Federated Cloud Infrastructure.
Engineering education has recently evolved into its own emerging discipline existing in parallel with traditional engineering disciplines, such as mechanical, civil, and electrical engineering. Consequently, engineering education research has also evolved into its own discipline. Utah State University, a public research institution in U.S.A., established the Engineering Education Department within its College of Engineering in 2009. The Department offers Engineering Education M.S. and Ph.D. programs and conducts research in six areas listed in this poster. The Department is expanding its efforts in online engineering education and broadening participation in engineering. Interested students are welcome to apply for our graduate programs.
This poster aims to share the main results obtained as a result of the implementation of strategies that the RNP has developed to expand access to eduroam in Brazil.
In addition to the traditional adhesion to the service, carried out by teaching and research institutions, the Brazilian NREN has also made an effort to establish partnerships with companies that have WIFI networks in places of public circulation.
Other partnerships have been made with the Ministry of Education, Science and Technology and Communication, in addition to state and municipal government which also have specific projects aimed at democratizing WIFI access.
Due to the impact and recurrence of cyberattacks over the last years, cybersecurity has been a relevant concern for society. Timely detecting cyberattacks on Metropolitan Research and Education Networks (MRENs) may play an important role in protecting networks and systems. The GigaSOC project aims to apply machine learning and big-data technologies to store and process network flows in order to detect attacks against the backbone and against networks connected to the MREN. Network flows are extracted on routers and sent to a collector system which stores data into a NoSQL database. Flows are used to provide network visibility and also are submitted to IDS system.
We are honored to introduce you our Institute and our R&D activities. The Institute for Nanomaterials, Advanced Technologies and Innovation of the Technical University of Liberec (CXI TUL) is an internationally respected multidisciplinary centre of science and research. Our mission is to bring innovations into real life together with our industrial partners on the basis of quality research and development. We have chosen an LIFE international project LIFEPOPWAT as an example of the application of the Innovation in practice. It is a European project focusing on innovative technology (Wetland+®) based on constructed wetlands for the treatment of pesticide contaminated water.
Service Provider use Embedded Discovery service (EDS) to allow users to select the identity provider of their home organization to access federated services. The information needed by an EDS are extracted by a metadata aggregate, provided by identity federation. The continuous growth of eduGAIN, that increased the size of the aggregates distributed by the participating federations, has already brillantly solved by MDQ Protocol but, without the aggregate, the EDS used by the most popular SAML frameworks can't be fed anymore.
IDEM GARR AAI Federation presents its own solution for Shibboleth and SimpleSAMLphp EDS based on a JSON Web Token (JWT).
The Research and Education FEDerations group (REFEDS) Multi-Factor Authentication (MFA) Profile defines a standard signal Service Providers (SPs) may send to Identity Providers (IdPs) requesting the use of MFA during federated authentication flows. The IdP includes the corresponding signal in its response to indicate that MFA has occurred. The Profile also defines the minimum criteria a second authentication factor must meet in order for the IdP to claim successful MFA.
The National Institutes of Health (NIH) announced in June 2021 that it would require MFA for access to some of its resources. As part of the rollout, NIH would require trusted IdPs to support the REFEDS MFA Profile. As more SPs in the Research and Education community continue to require MFA for federated access, IdPs must implement the MFA profile soon.
This case study will describe the technical implementation details and challenges faced while enabling the REFEDS MFA profile on the Shibboleth IdPs for the NIH International Centers of Excellence in Research (ICERs) in Uganda and Mali using Microsoft 365 for issuing MFA tokens.
To Whom It May Concern
You can find attached the poster and am abstract about the poster.
For any further information please do not hesitate to contact me.
The presentation provides information that should be considered by those who plan to automate the management of their networks. It is based on emerging trends and the experience gained in the GN4-3 project, including analysis of solutions implemented in national academic networks, recommendations developed by TM Forum and the production service GCS using the SPA platform to automate L2 circuit provisioning in the GÉANT network.
Open Clouds for Research Environments (OCRE) is an EU-funded project working to increase the uptake of commercial cloud and earth observation services in research. In 2020, the OCRE project successfully ran a Europe-wide tender leading to the OCRE Cloud Framework. Many research institutions and their researchers and students can benefit from the OCRE Cloud Framework, relatively few know of the extensive benefits it provides, but those which do are making the most of it!
This poster focuses on the OCRE Cloud Framework, what it is, who can benefit, why they should use it, and how to use it.
GARR, the Italian NREN, supports the European Open Science Cloud (EOSC) services of the EOSC-Pillar and NEANIAS H2020 projects through IaaS (OpenStack) and PaaS (Kubernetes) running on its federated community
cloud infrastructure, directly connected to GÉANT.
Among their objectives, EOSC-Pillar aims at harmonising national initiatives for coordinating data infrastructures and services in Austria, Belgium, France, Germany, and Italy, while NEANIAS aims at the co-design and delivery of innovative thematic services in the underwater, atmospheric and space research sectors.
High automation, in both orchestration and continuous integration operations, is key to the successful delivery of infrastructural and EOSC services.
CS3MESH4EOSC is developing an interactive and agile sharing mesh of storage, data and applications for open science, known as ScienceMesh. It is a bigger platform, made essentially of technologies that already exist in the market, fully developed in Open-Source, where users can recombine their data with others. A truly friction-free collaboration between European data users (researchers, educators, data curators and analysts), giving them the ability to control and share datasets remotely, across borders in a secure and easy way, while becoming FAIR compatible and integrated with the European Open Science Cloud.
SURF Research Cloud is a science gateway to multiple cloud providers. It enables researchers to deploy their virtual research environment to on-premises, national research infrastructures and public clouds. It uses "infrastructure as code" to reproducibly deploy virtual research environment on the different platforms. These configurations can be created collectively by researchers and communities. This enables researchers to easily deploy preconfigured virtual research environment next to the data that needs to be analyzed. Access is based on FIAM using eduTEAMS and eduGAIN. SURF Research Cloud works closely together with all major public cloud vendors in OCRE and GÉANT’s open-source Multi-cloud Platform.
The cybersecurity landscape is constantly evolving - new threats emerge, regulations and standards are enhanced, risks increase, research and education organisations are attacked – and it's challenging to keep up. We need solutions tailored to the requirements of R&E – a trusted community, sharing actionable information and threat intelligence – so that we can be stronger together! Join us at TNC Security Day on 17 June to learn more and contribute: https://events.geant.org/event/1126/
What’s better than a morning run to kick-start TNC22? Join us in a relaxed 5 km run along the coast of Barcola and up to the Miramare Castle.
For more details visit the morning run registration page.
Information for Newcomers
We want you to get the most out of TNC22. To make this conference both productive and enjoyable we've organised some opportunities for you to navigate this event.
After visiting registration and collecting your badge please come visit the GÉANT booth. Staff from the Amsterdam and Cambridge offices will be on hand to answer your questions about GÉANT and TNC22. There is a schedule of when GÉANT staff will be at the booth to help you make contact with the right people.
The TNC Newcomers’ Welcome will give you a quick introduction to the format of TNC22, what GÉANT is about and how to get the most out of the event by following conference tracks that align with your interests. There are also some tips and tricks even if you don't know what areas you should follow.
This introduction will get you started on setting your goals for TNC22, attending the sessions that are most valuable to you, and helping you collaborate with GÉANT and the community over the coming year.
Wish you all a great conference.
Official opening of TNC22 by Chairman of the GÉANT Board (Andreas Dudler) and CEO of GÉANT (Erik Huizer).
Celebration ceremony for the 2022 GÉANT Community Award and the Vietsch Foundation Medal of Honour 2022.
Since the beginning of the industrial revolution it has become increasingly evident that human activities can profoundly affect, and be affected by, the Earth’s climate. Global and regional climate models have reached high levels of complexity, with issues impacting a whole range of climate components such as the atmosphere, oceans, cryosphere, biosphere and chemosphere. Yet the human component, what can be called “anthroposphere”, is not always included in climate modelling.
The rapid increase in computing facilities now allows us to look at the two-way interactions between humans and the environment in increasingly realistic ways. Filippo Giorgi will explain why he believes that the inclusion of interactive humans in comprehensive climate models can be considered the next main frontier in Earth System modelling, based on this ability to manage and study huge datasets. The development of “populated climate models” will likely require the development of entirely innovative and interdisciplinary data gathering technologies and approaches, bringing together the physical Earth System science, human science and data science communities.
Lightning Talks are 5 minute presentations focusing on one key point. This can be an idea, successful project, a cautionary story, collaboration invitation, quick tip or demonstration. This session is an opportunity for ideas to get the attention they deserve.
The rules for this session are easy: five minutes and only five minutes.
Tool development efforts at Sikt (Uninett) over the years have resulted in a very promising monitoring system named Microdep. The last few years Microdep has revealed a significant number of routing related outages which have cause notable down-times for academic internet users, both in Norway, NorduNet and Geant.
The TNC22 lightning talk will motivate and present the system briefy, including its roadmap towards integration with perfSONAR, followed by a live demonstration of its routing event detection abilities.
Nowadays, the number of scientific applications which require the use of GPUs is on the rise, so we configured the GARR Cloud using the GPU virtualization, which allows multiple virtual machines to use the same physical GPU at the same time and allows allocating almost transparently the resources as needed in the Kubernetes clusters deployed on top of Openstack.
This presentation aims to share the results of some eduroam expansion strategies in Brazil, implemented by RNP. In addition to promoting the service in the Brazilian NREN institutions, the strategies include the creation of partnerships with ministries and with private companies that already have public access Wi-Fi networks, in addition to specific actions related to the development of software.
This lighting talk describes challenges for Authentication and Authorisation Infrastructures we discovered in the area of integrated Research Infrastructures, and it presents our current approach for addressing them.
Distributed Denial of Service (DDoS) attacks have the potential to disrupt access to critical infrastructure for population groups across the world – yet their mitigation capabilities lie largely in the hands of private tech companies based in the US. This lightning talk explores the opportunities and benefits of an open, federated DDoS protection architecture in Europe.
News datasets are extremely imbalanced, with the fake news not being as well represented as the real news. Thus, machine learning models for fake news detection do not perform as good as expected. Hence, Generative Adversarial Networks can be used to produce high-quality synthetic samples to better represent the fake news data, improving the models’ performances.
A presentation that focuses on finding solutions that use AI to catalogue and categorize archival collections. Firstly, the difficulties that archivists have in the transition to digital followed by the various problems when one tries to implement AI. Finally, the necessary steps to carry out a project in partnership with a heritage space and a potential workflow.
The COVID-19 pandemic and the resulting increase in interactions via digital tools has deeply changed network traffic. To manage these changes, network operators need advanced tools for classification and the prediction of internet traffic. To face these tasks, the idea is to design advanced deep-learning based techniques with a special focus on traffic generated by social communication and collaboration apps.
This lightning talk aims to stimulate the discussion on creating, disseminating and sharing actionable cyber threat intelligence for the research and education community. Work done in this area together with current initiatives by GÉANT will be briefly introduced followed by a call to participate in TNC Security Day and collaborate on projects in this space.
DR/BCP testing is vital and the better the test, the better the outcome!
This LT will explain why engagement with the "players" is so important, how to get into the right mindset for an exercise, and ways to get the most out of the event.
We've created a simple, yet popular service that is very usable, low on resources and provides our users with a viable alternative to big tech offerings: edu.nl. The talk describes what we did, why it was a success and calls for NRENs to make more simple but valuable services. See attachment.
Intended as a cautionary tale, this talk aims to highlight the growing divide between emerging NRENs and their more established counterparts. In particular, it will focus on two aspects: evolving baselines making the knowledge requirements (and thus barriers to entry) for newcomers significantly greater than they used to be, and the differing technology entry-levels that exist in different economies. Hopefully, it will serve to spark a greater awareness of an oft-overlooked side effect of the rapid evolution of technology in the NREN spaces.
I present a case of a research institution that got its social profiles “irrevocably” deleted for half a year, as a result of poor algorithm judgement. Resolving the conflict requires human communication.
I propose establishing a communication channel that would enable the NREN community to help our user institutions within a limited number of “emergency” cases related to selected platform(s).
The world is changing. Researchers are creating ever-increasing volumes of data and have complex needs for storing, processing and sharing this. Universities are providing a range of research data services as a result, utilizing both open-source technologies and commercial services. Many NREN are widening their service portfolios to offer such above-net services and opportunities exist for more coordinated service provision and support.
This short lightning talk will unpack some of the challenges and opportunities that exist in the research data services landscape and propose ways in which GÉANT can work with NRENs to explore how to take advantage of these.
Behind every login in our federated R&E environment lies an identity infrastructure, one where mutual trust is fundamental. How can we be sure who is authenticating, and with which level of certainty? Which profiles exist for federation participants and how is uptake going? How will trust evolve in the changing technology landscape as we move from SAML to OIDC? This session will take a deep dive into policies impacting trust and their implementation.
Defining the standard for a federation is one thing, but implementing it proves its viability. In this session, the Agency for Digital Italy (AgID), Polygraphic Institute and State Mint (IPZS) and the Department for Digital Transformation of the Italian Presidency of the Council of Ministers will share their experiences as the first production implementors of OIDC Federation 1.0 specification, sharing the successes and challenges of their work and describing their plans for this new style of federation going forward.
This presentation introduces the REFEDS Data protection Code of Conduct ver 2.0. It covers the following aspects:
- The contents of the Code of Conduct i.e. who can commit to it and what kind of obligations the code creates to the service provider that flags conformance to it.
- What is the role of the identity federation operator in the Code of Conduct.
- The experiences from the process of creating the Code of Conduct with the NREN identity federation experts and legal professionals, the interaction with the data protection authorities and the outcome of the process.
What does it take to produce widespread adoption of interoperability standards to enable trustworthy and frictionless research collaboration? This session examines InCommon Federation’s journey to rally participants to adopt several REFEDS standards to meet the National Institute of Health’s (NIH) call to standardize secure access to NIH online resources. We will share lessons learned and suggest actions to stimulate wider adoption of REFEDS standards.
The R&E network operators are in different stages of refreshing not only their network but also the way the network can be utilized by their constituents. In this session, we will find out how GÉANT is addressing the ever-growing demands for intercontinental data transfers and get an up-to-date summary of GÉANTs’ network evolution journey. This session also includes a presentation from Internet2 which focuses on the lessons learned from their deployment of next-generation infrastructure.
Join the session for some insights, results, and lessons learned from the journey towards the next-generation R&E networks.
This presentation will aim to provide an up-to-date and high-level summary of major changes in the GÉANT network. As the GÉANT network is going through a major transition and significant improvements are being made, this topic will be of interest to the TNC participants from R&E networks and to the R&E users involved in data-intensive science.
In 2021 Internet2 completed the deployment of its Next Generation Infrastructure (NGI), which included a refresh of its fiber, hardware, software, and the underlying architectures.
NGI also strives to fundamentally change the way the entire community can interact with the entire Internet2 platform - namely providing extensible access to the full stack of services; by combining these services in new and innovative ways the community can collaboratively work to meet the emerging demands.
This presentation will focus on the lessons learned from the NGI deployment and resulting impact for future delivery of cloud and research services. We will highlight the change in methodologies for delivering services at Layer 1, Layer 2, and Layer 3 including the key role in automation and orchestration.
To address GÉANT’s strategic goal of meeting user communities’ ever-growing international data transfer demands, GÉANT’s international connectivity will need to grow, adapt and remain highly resilient to disruptions. For this, GÉANT aims to harness new funding streams (e.g. GN5-IC1) and explore new infrastructure opportunities (e.g. European Digital Gateways). Planning will require close collaboration with the European and Global REN community to inform where GÉANT investment is most needed, and maximise opportunities for mutual back-up collaborations (e.g. ANA and AER). This presentation will describe GÉANT’s approach and how we intend to play our part in the future of global R&E connectivity.
This session will focus on recent techniques to help in the fight
against new cyberthreats and attacks and to make it more accessible to the human being. With the changes of malicious activities, which try to mimic user behaviour, also its counterpart -such as the SOCs, have to adopt their techniques by putting user-centric behaviour analysis into the spotlight.
Cybera, the Canadian NREN partner for the province of Alberta, has been investigating ways to leverage our key position within our members' network paths to provide better insight and protection. One solution we have developed is an IDS as a Service, or IDSaaS, which sends mirrored traffic of participating members to an IDS for analysis. Results can then be reviewed by the member using a web-based portal. This presentation will cover the architecture and operations of the service.
With the rise of cybersecurity attacks and the increase of impact of ransomware towards education and research entities, the requirement to increase the prevention capabilities is at an all time high. This talk is an opportunity for TNC participants interested in identifying and preventing risks in their network. To this end, we present OpenUEBA, an open source framework, for User and Entity Behaviour Analytics (UEBA) allowing SOCs to identify risks and take preventive actions.
The AARNet Security Operations Centre (SOC) went live in September 2021 and monitors a number of diverse university environments for potential cyber threats by categorising thousands of behaviours of interest in near real time that on their own may not be malicious but could contribute or be part of a larger attack.
The SOC utilises user entity behaviour analytics to correlate the relationship and behaviour between users/accounts and entities/assets using a cumulative risk-based approach in order to get the team to cut through the noise and focus on the things that matter most. This is in contrast to traditional and historical security technologies and defined rules that have relied on ‘known bad’ data to detect malicious activity.
We are not out of the Covid woods yet, hence ‘inevitable’ in the session title. The pandemic has put NRENs to a test of resilience and agility, offering them however also an opportunity to demonstrate their relevance to the communities they serve.
In this session you will hear accounts of how NRENs and other national bodies positioned themselves as critical in keeping staff at member institutions safe, in keeping learning going and in breaking barriers down for performing arts collaborations across continents.
Join us to also find out how sustainable planning will turn these emergency responses from just-in-time to just-in-case.
The COVID19 pandemic disrupted every system globally. Education delivery in emerging economies was hardest hit due to underdeveloped support systems and infrastructural deficits. The Government of Ghana innovated several interventions to implement emergency remote teaching and learning (ERTL). The presentation focuses on specific interventions rolled out by the Ghana Tertiary Education Commission in Colleges of Education. This intervention relied on the provision of new and improvement of existing Wi-Fi Connectivity in the colleges. This was also augmented with the distribution of smart mobile handsets. The intervention was aimed at leaving no student behind and dubbed “Emergency Remote Teaching and Learning”.
We take you on our journey that started with a cry for help from the Ministry of Education and the members of SURF during the COVID-19 pandemic. The project has demonstrated that as an NREN we were the only party that had all the building blocks in place to make it happen. Federated authentication, procurement and legal experience and good personal relations were essential to deliver this new service. We developed a portal and logistic environment that allow students and staff to order the delivery of COVID-19 self-tests. Early 2022 more than 10,000,000 tests have been delivered to 600,000 individuals.
The last two years have seen an unprecedented crisis for all of us facing a major disruption of everyday life on a global scale. Internet2 and GÉANT have been partnering on delivering services to enable remote performances and the adoption of advanced networking for years. The co-organised and co-hosted Network Performing Arts Production Workshops (NPAPWs) is the flagship crossroad where an international community comes together. This presentation is an account of how the collaboration between two continents, facilitated by research and education networks, rapidly adapted during the COVID-19 crisis to provide support to students and academics in the field of music, dance, theatre.
This session will include three presentations on how organisations are building infrastructure and platforms to support research communities. The role of the communities and their needs is a common thread throughout the papers, with emphasis being placed on understanding user requirements, designing engaging and customisable systems, and promoting co-ownership and administration to ensure implementations meet direct researcher needs. The importance of collaboration between service providers and user communities is naturally at the fore. The papers will present a community cloud initiative, a telemedicine platform and infrastructure to enable reuse of social media data.
In an increasingly "smart" healthcare, in addition to the continuous improvement of the quality, safety and appropriateness of healthcare interventions, the use of ICT systems that allow an advanced and engaging use by users becomes essential. The safe and online secure exchanges of clinical-diagnostic data and information; the technical and mandatory regulations concerning devices and all the stakeholders; the collection of critical information for management control as the monitoring of the paths and the evaluation of the results as well as the carrying out of research activities are important and decisive aspects for a new strategy in health and health services. In all this, digital natives who use IT tools and who self-manage health information / education, using internet research and sharing information on social media, are making increasing use of apps with "health" content, without any guarantee of quality and privacy in relation to the content presented. The objective of the project that the IRCCS "Burlo Garofolo" and Area Science Park both in Trieste are carrying out with the development of an integrated platform for telemedicine, is to activate systems and services dedicated to medical and clinical-diagnostic functions in maternal-infant and perioperative in the pediatric field, promoting the creation of an interactive and customizable information platform.
In our presentation we will describe the reference architecture and its key principle, with special reference to automation recipes, present the federated model and its benefits, and propose our view for a European collaboration in this field.
In social sciences and many other domains, news media and social media big data are increasingly used to monitor, analyse and research cultural trends and societal changes in longitudinal studies. For many researchers, access to these type of resources remains a challenge due to technical and legal barriers. This presentation focusses on the challenges researchers face in collecting big (social) media data and presents the iCANDID infrastructure which offers researchers with different (technical) backgrounds integrated access to this type of data in a FAIR way, taking into consideration the provider’s terms of service in combination with the users’ needs.
The optical transmission environment is changing. The fixed grid single-vendor solutions are giving space to flex grid, open and programmable optical line systems that enable the transmission of signals from various light sources.
New opportunities are opening up for the provision of innovative services, some of which will be presented in this session. All presentations will focus on spectrum sharing among different domains at an international level, showing the state of the art in creating high bandwidth and Time&Frequency services.
Ideally, NRENs should be able to interwork with each other at the optical level to support efficient exchange of high-bandwidth information, which is vital to their collective mission. The presentation contrasts two approaches to achieve this.
One approach uses two flavours of spectrum sharing – spectral pipes and spectrum slicing – that allow a guest-NREN to control use of spectrum from a host-NREN, in effect creating a shared optical infrastructure.
Another approach relies on disaggregated ROADMs, where a guest-NREN exercises granular control over a host-NREN’s ROADMs, down to the level of the underlying WSS, as well as over other optical networking resources.
Recent advances in optical networks led to redefine interconnections as slices of optical spectrum. To allow the research networking community to make use of these new technologies, the spectrum service team in GN4-3-WP7T2 have completed a Spectrum Service definition, created a reference model and evaluated optical modelling tools. In 2021 GÉANT ran pilots on several links. In 2022 the team plans to run a multi-provider spectrum service which aims to carry real big-science traffic between data-centers. This presentation will give an insight in to how the GÉANT community is building a common and open optical network landscape in Europe.
This presentation will discuss the current state of time and frequency networks in different European countries and present the need for European time and frequency dissemination networks. In this presentation we will discuss our current understanding of the needs of European science and society for accurate time and frequency broadcasting over fibre, the currently existing infrastructures as well as different scenarios for the implementation of a service using the existing fibre infrastructure.
NRENs have been around for several decades but change is a constant. This session looks at securing the long term strategy and sustainability of NRENs in different ways, from organisational culture, to securing future talent and working with our communities.
When navigating the (sometimes) intimidating waters of Federated Identity, research communities can reap considerable benefit from using common best practices and adopting interoperable ways of working.
EnCo, the Enabling Communities task of the GÉANT 4-3 Trust and Identity Work Package, provides the link between those seeking to deploy Federated Identity Management and the significant body of knowledge accumulated within the wider community, within projects (e.g. AARC) and groups (e.g. WISE, FIM4R, IGTF, REFEDS).
In our presentation, aimed at the research communities and the infrastructures providing their services, we give an overview on the linkages we provide and the work we contribute to.
With continuous change in the key characteristics of our time, any organization needs to adapt continuously and gracefully. This is no different for an NREN. Four years ago, Uninett started a journey to systematically improve our capability to deal with continuous change. I will share how we took the best elements of start-up culture to a new service innovation process, the consequences of implementing a 48-hour decision-making process and how to manage without management meetings.
I will show how culture hacking can bring about a positive change in organisational culture through small iterative changes, resulting in an NREN well positioned to navigate the unexplored challenges of the future
After a year of studying the Brazilian market, interviewing ESR’s customers and designing the new strategy using an agile approach like design thinking, lean startup and agile upscale, ESR launched the new strategy, called ESR 3.0, which focused on three pillars: Partnership, distance learning, and educational consultancy.
In this presentation, the pillar is the educational consultancy, designed to help customers identify the best path to training their technical staff. When the educational consultancy was developed, there was a conflict regarding how to measure the results of training? How do help organisations forecast the training investment? Is this possible to think of a different KPI than the number of people trained?
There is not a day that goes by where we read about data breaches that involve our data. The data governance model is missing; and we acknowledge that there is a trust deficit. Self Sovereign Identity or SSI puts the data owner into the center of our data universe and therein allows for self-disclosure and control of his/her data. There are technologies like ZeroKnowledge Proofs [ZKPS] and verifiable approver/claims mechanisms that foster SSI adoption.
We are witnessing the creation of a Self-Sovereign Identity Internet where the business opportunity can be articulated in responsible and fair treatment of data between data owners and enterprises. Addressing the trust deficit is a call to action via the implementation of Self- Sovereign Identity – you and only you can choose to participate in this exciting journey. The speaker will present use cases on how SSI present a new opportunity to create Next Generation Identity as a Service.
The Erasmus+ programme connects more than 5000 higher education institutions across Europe and for its 35th anniversary it’s getting itself a very special birthday present: a digital rebirth. This talk will explore how such large-scale change is being accomplished, also with regards to secure identification and authentication of students.
Lightning Talks are 5 minute presentations focusing on one key point. This can be an idea, successful project, a cautionary story, collaboration invitation, quick tip or demonstration. This session is an opportunity for ideas to get the attention they deserve.
The rules for this session are easy: five minutes and only five minutes.
Facial recognition and Roman emperors: a unique application that will allow for the preservation of culture for generations to come.
With this lightning talk, we want to recap 20 years of the perfSONAR project, a major open-source software development effort that provides a network performance monitoring framework and infrastructure used by R&E communities and networks throughout the world.
The perfSONAR project is nearing 20 years of existence. Since the first ideas were developed at the beginning of the new millennium, the project has gone through many different stages and iterations, with many different organisations and people participating in it. perfSONAR has many faces: it is a performance monitoring toolkit, it is a free, open-source software suite, it is a performance verification infrastructure, it is an international global R&E collaboration. All of that, and more.
WiFiMon is a GÉANT service and an open-source toolset that provides methods for evaluating the performance of Wi-Fi networks. Its purpose is to assist network administrators to identify underperforming areas within their networks and act accordingly, such as installing additional access points.
To describe how we have been using Raspberry Pi devices for remote eduroam support engagements to provide a remote-engineer controlled wifi enabled device in the proximity of customer's Wireless LAN. Such support is hard to do well remotely as testing becomes a significant hurdle. CARPi (Consultancy Assistance Raspberry Pi) solves this neatly, cheaply, and securely.
This was even more important during the Sars-Cov-2 pandemic and various lockdowns were imposed as the devices allowed our engineers to assist multiple member organisations quickly and easily and, most of all, safely and without the need to travel.
Signing contracts and other documents during the pandemic became complicated when most people had to work from home. Due to these challenges, Sunet launched an e-signature service early in the pandemic that we had been working on. This open source service has since become a great success and made signing documents much easier.
When the Internet was introduced at the end of the last century, it was not clear what use it would have. Today, we are at a similar crossroads with SSI, which consists of a set of principles for digital identities that users directly control. While it is not certain that SSI will change our society as groundbreakingly as the Internet did, it seems to be establishing itself as a paradigm that will endure for some time. From the user's perspective, it is important to understand the power of digital wallets, which is why this presentation will go through the main principles of SSI and convince everyone that a digital wallet is just as vulnerable as a physical one.
Lightning Talk proposal featuring the results of a 1 month research project conducted as part of the University of Amsterdam's Security and Network engineering Master Program. The results are a start for improving support for (standardized) multi-factor authentication methods between eduGAIN federations.
We created different methods of guessing a person's PIN, by attempting to guess their partial PIN incrementally in an in-the-wild scenario. We look at the different patterns that result, as well as lengths of guessing time. We wanted to see how secure, in comparison, a full PIN is compared to using partial PINs as means of authentication.
The talk will focus on major challenges present in both processing and further utilization of the data, such as specifications of certain scientific resources: articles, computational resources or datasets. Our goal is to create a recommender system for the aforementioned data
utilizing linguistic and natural language processing techniques, with a special focus on deep learning.
Actively monitoring environments for vulnerabilities can be a daunting task. What methods and tools have been made available for NRENs? What can we collaborate on going forward in a risk-based approach? Future work on automating vulnerability assessments.
Since the beginning of the last century, films and videos have in one way or another been present in our day-to-day lives. At first, people were watching them on movie screens. Later, on our home TVs and more recently on computers, on demand via the internet, and finally everywhere.
At ARNES, we’ve offered Video on Demand (VOD) since the early 2000s, and at the end of 2011, we enabled uploading and sharing of videos for our users. For the next 10 years or so, we enjoyed relatively relaxed progress of our video portal. We implemented additional functions, listened to our users and tried to improve our service. The portal was welcomed in research and educational fields, but it was also used just as much as by people needing to share work-related videos.
REDI+ is the Ecuadorian project of CEDIA for setting up and operating the national information of Science, Technology, and Innovation. It is an open standards-based platform, specifically as a central aggregator of open access repositories of Ecuador. The main goal of this project is to develop an open, interoperable, and integrated national platform that provides information of publications, researchers, patents, events, services, and general results of science and technology, and innovation. Besides, the platform allows providing value-added services for access to enriched data and aggregated information to improve decision-making at different institutional levels.
The explorers of old setting sail from Trieste were well aware of the benefits of proper navigation. And no navigation tool is more useful than a map!
Previous maps of the global R&E network helped visualize its reach in a one-time snapshot, but until now, showing the real-time, global reach of the GREN — at the level of individual institutions — was unfeasible. Enter the GREN Mapping Working Group, a global collaboration that’s building a dynamic, real-time visualization of the value and reach of the network.
How the application of cost visibility, in an open way, is helping RNP to reduce costs in the cloud.
We know how to fix a network, or a service, but do we have a way to fix the world? In this session, we will wade into thebigger questions and issues that need to be addressed to change things. During the presentations, we set paths to a more sustainable future, address historical inequalities, and find new power where it once was lost. We might not fix the whole world with this one session, but it might inspire you to start thinking of ways to try.
Internet2 is working in collaboration with several Minority Serving Institutions through the Minority Serving – Cyberinfrastructure Consortium (MS-CC), striving to reduce the gap between their campus networks and the global R&E ecosystem. Internet2 and the MS-CC were recently awarded a federal grant aimed at providing historically Black colleges and universities, and tribal colleges and universities, with programs and services that address their cyberinfrastructure needs. Fostering these engagements and working alongside the MS-CC is driven by Internet2’s desire to ensure the equal participation of historically underserved institutions in both the U.S. and global R&E communities.
In this presentation, Hendrik Ike of GÉANT will provide context behind the global drive towards the UN SDG agenda, and an explanation of the goals from a policymaking perspective, including the European Commission’s commitment to the goals. The session will then link this to the work that the GÉANT community has already conducted in order to help realise the goals, yet also provide an insight into the problems (and opportunities) that have arisen in mapping and measuring such work to policy benchmarks. How far can RENs and NRENs claim to contribute directly and indirectly? This will be unearthed.
Digital technologies are not neutral, they have the power to significantly change the way research and education institutes work. The only way in which we can meaningfully gain control over digital sovereignty is by standing strong together. NRENs can have an important role doing things differently. In this session we will sketch the urgency of the matter and present SURF’s ‘public values’ approach towards digital and academic sovereignty within the Netherlands. Let’s set course towards a better (digital) world!
Production Services quite often originate from projects where they have been developed, tested, and taken to maturity level. In this session we will describe 3 cases, all originated from GN4-3 activities, which are now approaching their readiness to become services that available for the GÉANT community. We will highlight different approaches to service delivery from toolsets, to labs to full service.
The talk plans to report the outcome of our more systematic evaluation of INT-based UDP flow monitoring on NRENs networks. A summary of the overall experience in data plane programming and challenges will be reported.
The cost and complexity of buying or developing and integrating in-house network management solutions may be too high for many organizations. GÉANT Network Management as a Service (NMaaS, https://nmaas.eu) aims to support smaller NRENs, campuses, organisations or distributed research projects by providing an effective, efficient, and secure cloud-based network and service management platform. In addition to a general update on the NMaaS service, presentation focuses on NMaaS deployment at GARRLab. Tools running on NMaaS are monitoring GARRLab's VMs, containers and application services. This use-case demonstrates how NMaaS can be successfully adopted by anyone interested in cloud-based NMS solutions.
GP4L stands for GÉANT P4 Lab. As its name implies, it is a lab infrastructure that encompasses vanilla P4 switch hardware interconnected by path provided by GÉANT network. GP4L has 2 objectives:
- It is primarily used to validate the software code inherently part of RARE/freeRtr open source routing stack
- It is a service that is under development with the aim to provide experimental dataplane programming facilities where researchers can elaborate and test representative and geographically distributed network experiment.
Infrastructure exists to support the operation of society, of research, of everything. Join us to learn about real-world examples of how the infrastructure of identity and trust support the demands of research and education around the world.
The Fenix collaboration, the LUMI EuroHPC collaboration, the Nordic e-Infrastructure Collaboration (NeIC) Puhuri project and GÉANT eduTEAMS have been working on the cross-border challenge of user identification, authentication, authorisation and resource allocation. This is a general solution for seamless access to the service providers’ HPC and cloud resources. In this presentation we describe the use-case, overall architecture as well as the implementation of the new authentication and authorisation infrastructure based on MyAccessID services.
This talk reports on the work GÉANT and the NRENs undertook to scale out the MyAcademicID Service, one of the most used service in eduGAIN, the challenges faced in rolling-out a new attribute (ESI) to identify students at the European scale, the Erasmus+ IdP of last resort launched in just a few months to ensure that all students can take advantage of the digitized processes and the publication of the ESI Entity Category.
MyAcademicID Service enables students to use their federated accounts to authenticate themselves to the Erasmus+ services. MyAcademicID also enables students to use their national eIDs, through eIDAS, and link them with their academic accounts. In the first year of operation, ~100K students from ~2000 HEIs from 32 countries, used MyAcademicID.
The Australian BioCommons and the Australian Access Federation (AAF) are building a trust and identity infrastructure for an Australian genomics research federation that can interface with international initiatives like ELIXIR and the NIH. The project has become a catalyst for introducing advanced federation solutions like the AARC Blueprint Architecture to support the needs of 33,000 Australian life science researchers.
The presentation discusses:
- how using CILogon to create demonstrator environments has helped explain enigmatic authentication and authorisation concepts and generated buy-in from stakeholders;
- steps toward an operational sustainability model for an Australian deployment of this trust and identity infrastructure.
In this session you will hear examples of how to manage complex tendering processes and frameworks for buying services and examples of building and governing software for delivering services. Over the years, NRENs and GÉANT have learnt lessons and gained valuable experience in managing complex tenders and providing software management support for delivering services.
Our processes include optimal purchasing, good prices, 1000 bids, vendor compliance, impact assessment, audits of services, plus thousands more details to manage. How do you survive this? How do you optimise this?
Join the session to hear our practical experience of building and buying.
The GN programme brings together software engineers coming from various NRENs, who collaboratively produce software supporting the delivery of various services (such as trust & identity and network management services). From the earliest stages of planning, software governance was recognized as a key facet of the GN project. The GÉANT Software Governance and Support team in GN4-3 has undertaken secure code and quality code audits of services, software management support and delivered advanced training to software engineers.
The presentation will cover lessons learnt from over 3 years of supporting the software teams in GN4-3 project and previous projects in the GN programme.
The OCRE project ran a very large-scale framework tender for 40 countries / lots for IaaS+. This required managing a large European Tender process which resulted in 474 framework contracts for a large variety of Cloud Platforms across 40 NRENs. It is obvious that this was a complex process.
So how do you:
-survive a tender that receives almost 1100 bids...?
-manage to get the frameworks signed?
-work with these frameworks?
To find out you must attend TNC22 and join our session!
The Compliance Team within team ICT purchasing of the Procurement and Contracting department of SURF negotiates not only good prices but also optimal purchasing and contracting agreements, compliant with national and EU regulations. This is not only paperwork but also involves looking into the nitty-gritty details of network traffic to verify the exchange of telemetry data as is done in the data processing impact assessments (DPIAs). In this presentation we would like to share our experiences on vendor compliance, how SURF has organized its procurement, contracting & compliance efforts and how the results benefit the SURF members. We will also zoom in on the vendors perspective. These insights are beneficial for other NRENs to apply in their efforts.
Key suppliers of cloud services for Research and Education will reflect on how the cloud has changed the R&E landscape and provide their expert insights into how cloud services will help shape the future of R&E, reflecting both the challenges of the post-COVID landscape and opportunities afforded by newer, more flexible services and solutions for the community.
A popular joke among technologists says that when something goes wrong, it’s always DNS. Initially referred to as the phonebook of the internet, DNS remains a fundamental building block for the internet, and its essential nature means it is open to many different configuration and user errors.
Despite being nearly 40 years old, the ways we interact with and use DNS continue to evolve. This session will look at changes and different approaches to DNS management in the NREN world.
DNS is a fundamental aspect of the R&E community’s online life, and any resulting privacy concerns are an ongoing challenge for campus network operators. Without pre-judging the issue, this session will provide a solid foundation upon which to base critical decisions about whether and how to support encrypted DNS in your environment.
In this presentation we will show that it is possible to increase security while protecting our users’ privacy at the same time by discussing how we followed a privacy-by-design approach when designing a system to log security relevant data (DNS queries) at SURF.
We will present our design as well as the lessons learned along the way. Next to this, we will discuss some first results from the pilot we are running. The solution presented is not a one-size-fits-all system, but intended as an inspiration for the audience to apply similar principles in their own environments.
The talk will contain a technical part but is intended for everyone with an interest in privacy. No background in DNS or cryptography is assumed.
In this presentation, we propose the creation of a federated anycast network run by NRENs.
Anycast networks are widely used in the DNS infrastructure, NTP services, content delivery networks, certificate authorities, and distributed denial of service(DDoS) mitigation.
On the creation of any federated services, the biggest challenge is centered on political and laws issues. But, the technical feasibility and limitations are the first step.
Here we discuss the requirements needed to build such infrastructure focusing on safety, resilience, privacy, and domain isolation. We provide an overview of opportunities, risks, and challenges. We also briefly present some tools planned to meet such requirements to better demonstrate what can be done using such infrastructure.
Automatically managing the network and its associated services means working with tools and domains in the same way an orchestra brings instruments and musicians together to create a masterpiece. That’s why we call it orchestration. And it is not science fiction. Several research and education networks are creating their own orchestration masterpieces in the network: working with network function virtualisation, automation and orchestration, to get the most of them and create value for their users. This session will bring you three real life use cases to find the inspiration to create your network masterpiece.
GARR-T, the upcoming next generation GARR backbone, is based on programmability and real-time observability for all its constituent parts: the optical transport, the packet network, the datacenters, and the software. Each subsystem is a multitude of interacting elements. Automation is the key to tame these complex stacks.
In GARR we observed that the usual ICT automation approach could bring us in dangerous waters, with arduous implementation challenges.
This contribution presents the GARR approach to the backbone automation problem: an uncommon strategy inspired by multi-agent, complex systems that is driving the design and the implementation of GARR-T orchestration stack.
Building software that controls network equipment has many similarities to traditional software engineering, however, testing this software introduces many complexities unique to the network orchestration world. Join this talk to learn how we approached these challenges by building a Realistic Orchestration Validation Environment for netwoRks (ROVER) at ESnet.
NFV is hot and happening at SURF. In this talk, we will:
-Share SURFs experience in building and operating a distributed, scalable and programmable NFV-infrastructure,
-Talk about our use cases for Virtual Network Functions,
-Demonstrate our light-weight NFV-infrastructure,
-Discuss future work
By now, most of us might not want to think about another crisis again for the foreseeable future - not unless we are presented with easy to implement and quick working solutions. Unfortunately, that’s not how the world works. Thankfully, this session will give you three stories from NRENs that will explore the benefits of not shying away from talking about crisis, finding playfulness in incidents and finding security solutions for your members. With a strictly no-quick-wins guarantee!
The GÉANT CLAW crisis management exercise happens once a year and places are limited - so what if you are thinking about running something yourself? Charlie will give an overview of some of the issues you might want to think about when planning an exercise and explain where you can go for help.
Inspired by the CLAW series of workshops, GÉANT recently ran its first All Staff crisis management exercise. The challenge: managing 110 players and 15 coordinators through a paperbased exercise in a hotel in the middle of the English countryside. Casper Dreef will share some of the experiences from the exercise and why GÉANT is investing in this approach.
User behaviour is essential for Information Security. As NRENs we can support our communities in raising the security awareness of all our users. In this talk, we would like to share our learnings of developing and implementing the SWITCH Security Awareness Adventures.
About the SWITCH Security Awareness Adventures
Solve puzzles in an analogue game environment in the escape room «Hack The Hacker», «Track The Hacker» in the outdoor mobile quest or prove your social engineering skills in the (virtual) tabletop role-playing game «Piece of Cake».
swit.ch/security-awareness-adventures
It is well known that loss-based TCP congestion control algorithms are problematic for high-speed, high-latency flows that are common in Big Science. In 2016 Google released a new congestion control algorithm called ‘BBR’ (Bottleneck Bandwidth and Round-trip time) that uses a model-based approach, and the design has since been refined in an alpha release of BBRv2. In this paper, we describe and perform a set of experiments that assess the suitability of BBRv2 for use on Data Transfer Nodes (DTNs).
Data-intensive workflows have been a mainstay of large scale collaborative scientific research for several decades. However, with the growing exponential rate of data that instruments can produce today, there needs to be a paradigm shift in how distributed resources are requested and utilized across the various facilities that contribute to these data-intensive workflows. A “Superfacility” model, which seamlessly integrates instrument, computing, storage, and networking facilities, is required to more effectively support these increasingly demanding workflows. This talk will present on the desired characteristics for a Superfacility, discuss specific use cases, and highlight some activities and initiatives in this area.
The GÉANT Network is a unique, global and diverse platform used not only within our community but interconnected to the rest of the Internet. This diversity leads to a large range of opportunities for researchers using the network in very different ways. In this “pot luck” session we will present three very different approaches to network management: developing a campus network as a service, evolution of global routing tables and developing platforms for research and education network programmes.
While analysis of the deaggregation and general state of the Global Internet Routing table has been carried for many years (CIDR Report, Routing Report), little attention has been paid to what is happening in the Research & Education portion of the Internet.
NSRC started a project in early 2021 to look at the R&E routing table. The goal is to assist with improving routability by exploring improved aggregation, deployment of RPKI, improved transit paths, and by highlighting non-routable
prefixes and autonomous system numbers that are appearing in the R&E routing table. This presentation shares the current data from this project.
Description: NREN’s are very different to the traditional Network Operators that the Mutually Agreed Norms for Routing Security has focused on up until today. With mutual backups, historical address space, a global community driven backbone separated from the global internet, research activities and data movement challenges, we need to find ways to uplift our routing security but also be leaders to rest of the world to show how it can be done.
This presentation will review the current problems NREN’s face and how the new Research and Educations programme plans to tackle them going forward and why we need your help!
The presentation will focus on product development of a Campus Network as a Service proposition. What do customers expect? What do they worry about? Why is such a service delivered by an NREN viable? What does the business model and case look like? How can the solution scale over multiple institutes? What will be the short term benefits and the long term roadmap? We will discuss with the audience which roles the institute, the NREN and the market should have for the service and why. Furthermore, we will show the architecture and share any lessons learned during the Proof of Concept and start of the Pilot.
All levels of education have been rapidly digitalising, particularly over the last two years, which has generated the need for new practices, competences, educational tools and infrastructure to support it. It has also resulted in an exponential growth in user data generated through various systems and platforms. Science, too, relies heavily on data and depends on its availability, exchange, storing, processing and preservation.
In this session we will talk about the practices that are in place or should be established, infrastructure put in place and tools needed in order to support research and education, as well as the role of NRENs in these processes.
It is our duty to work together on solutions to enable student mobility within Europe. To support this flexibilization of education a seamless infrastructure is needed to support all kinds of processes. Corno will present the result of a pilot project on student mobility that is a part Dutch Acceleration Plan that will finish by the end of this year. The use case for this project is a student who wants to attend a course at another university. Next the talk will focus on the urge to think about digitalisation from a Public Value perspective, giving some examples of pilot projects and calls for collaboration on this theme.
Globally there is movement in developing a Global Open Science Cloud (GOSC) aimed at supporting research collaborations across continents to assist in addressing global challenges through science and joint action.
To this end, continents, regions, and countries are also actively developing Open Science platforms and investing in underlying cyberinfrastructures to advance their research science technology and innovation (RSTI) ecosystems, enhance collaboration and increase their competitiveness and critically, use RSTI as a driver for national and continental priorities.
This talk highlights the movement toward developing a Pan African cyberinfrastructure to support advancement of the continent's science enterprise through open science.
The NREN landscape highlights key trends for developing new, long term strategies for education: identifying key objectives for long term vision for the digitalization of education and how NRENs can play a role. Identifying and describing what underlying infrastructure, policies and steps are needed. One key area is flexibilization of education: institutions will need to adapt to create standardized programmes to recognize each other's course achievements across institutions and countries. Mobility of the data for achievements of students would require safe and secure access to their data while ensuring the ownership of data is with the individual and our NREN community provides the underlying infrastructure and expertise to support it.
Supporting research with high-end technology and finding intricate solutions to support science in unconventional locations is what makes working with R&E community challenging, but so interesting. The presentations in this session will demonstrate three very different examples of research infrastructure solutions implemented by members of our community. Join this session and be inspired by these science-enabling instruments – be it a complex ecosystem for the arts and humanities, multi-terabit solution provided in the arctic, or an innovative way of exploring the ocean beds re-using submarine cables.
The presentation give a brief introduction to the EISCAT_3D instrument and the research infrastructure and the multi-year collaboration between Research Infrastructure and national and regional e-Infrastructures, and will then dive into the realised, multi-terabit solution realised in the arctic. We will discuss the benefits of thinking about networking as an integral part of a scientific instrument, and the challenges of operating such resource demanding services jointly in multi-domain environments.
The DARIAH-PL project aims to build an advanced research infrastructure for the digital humanities and Arts community in Poland. The main goal of the project is to develop and deploy innovative tools and services for multi-context visualization, analysis and interpretation of heterogeneous datasets using linked data, machine learning and alike. In addition to the general objectives, we will present the services for high quality digitalization of a variety of physical objects, landscapes, archaeological data, and cultural heritage content using advanced equipment such as GPR, LIDAR, spectrometers, magnetometers 8K, 360° and plenoptic cameras, 360°, photography, motion capture and sound recording.
Are SMART cables part of our future? This presentation will help you navigate the unexplored depths of the oceans. A relatively new approach enables utilizing submarine fibre optic telecoms cables in a way that they were never originally designed for. This approach still allows for transmission of petabytes of data, but also to turn the cable into a sensor itself. SMART cables provide additional research data to monitor the climate, volcanoes, tectonic plate movement and marine life in new ways, without the need to build additional dedicated research infrastructure. Come and find out how members of our community have been involved in this new initiative and contribute to this emerging research field.
Learn about innovation with AI at Google, from our approach to Responsible AI to real life industry applications of Google's AI technology.
Fast development of quantum technologies and operational solutions changes the way we build and operate our networks and services, opening new horizons for its usage and changing the idea of the impossible.
This session helps us to embrace these changes by looking at challenges and opportunities of quantum communication development and implementation from the perspective of R&E institutions. It also helps us to consider possible threats and look at the deployment-ready solutions to protect our systems and prepare us for the forthcoming quantum era.
Join us and use the opportunity to find out more about related topics of your interest!
This presentation will provide an overview of recent activities in quantum communications and networking research using testbeds, including the potential for extending those testbeds to international sites. Quantum communications and network are particularly important research areas for a wide range of innovative applications. Recently, Northwestern University established an initiative, INQUIRE (Initiative at Northwestern for Quantum Information Research and Engineering), to conduct testbeds research to advance the future of quantum science. A major focus of this quantum networking research is creating interconnections among quantum computers, in part to address complex computational science problems through a distributed quantum environment.
The talk will present the latest experiences gained through the collaborative work in the GÉANT GN4-3 project on quantum key distribution (QKD). These activities such as evaluation of R&E use cases, the use of testbeds and simulators, and an upcoming long distance proof of concept to be run between two GEANT PoPs will be discussed. Activities were focused mainly on practical aspects and use cases implemented in real world scenarios and infrastructure. The GN4-3 project has been studying QKD technology, exploring testbeds, simulators, and facilitating discussion around R&E use cases that has led to several white papers and infoshares.
Cryptographic algorithms in secure encryption provide protection against present threats. In the face of emerging quantum computers, standards communities are defining replacement candidates. But networks need our attention now to avoid attack later when a practical quantum computer is available. Symmetrical key management and a high-quality key are paramount in keeping networks safe today and into the future. Grover’s algorithm shows that AES-256 and symmetrical key management provide excellent protection against quantum attack.
This presentation will describe the quantum threat, efforts to develop post-quantum ciphers and provide a view of practical protection options, ready for deployment now.
Being able to roam across networks is an important asset in NREN networks. While everyone's first - and quite likely second, and third-thought on that topic is: "eduroam!" - there are limits to its coverage and applicability. Interesting things are happening, both inside eduroam regarding scale-up and geographic outreach - and outside. In this session, we will hear two eduroam talks from our international colleagues in the U.S.A. and Uganda, and one talk aiming to bring the
benefits of roaming to devices which are too technically constrained to be compatible with eduroam.
Internet2 spent 2021 moving our eduroam infrastructure to the public cloud (Amazon Web Services) to better support the scaling of our service to primary and secondary schools, as well as museums, libraries, and other public locations that might be available to students.
This presentation is structured to be of interest to other NRENs who want to understand our journey; how we made the decision to move to the public cloud and would like to learn from our stumbles and take tidbits of interest from our service back to their home eduroam deployments.
In both enterprise and education, the need for Wi-Fi is growing. Traditionally, users connect with their laptops or smartphones to the network, by using eduroam they can uniquely identify themselves at the edge of the network using their personal credentials. Some devices, in particular IoT devices do not support the WPA-Enterprise/802.1x standards that eduroam relies on. Many of these devices are designed for authentication only with a pre shared key. This presentation will give an overview of how iotroam can support the administrators and users in their quest of bringing this kind of devices online.
The presentation will describe the deployment architectures used, the problems and challenges faced during and after the deployment of the service, the benefits of the rollout, and the observations in traffic patterns and authentication requests. Whereas the initial deployment of metro eduroam has been a success, it is important to note that the current coverage is limited to only the capital city and the surrounding metropolis and that a huge chunk of the country is not covered. The presentation also discusses the RENU plans to extend the eduroam service to other areas within the country, covering primary and secondary schools countrywide, all major cities, and other residential areas.
ACME is a mechanism for automating certificate management on servers.
This demo displays an ACME implementation with Puppet (with an eye to other possibilities), with Redis, Hashicorp Vault, and with in-house-built components. I'll show you how to visualize the status of your certificates in a web browser and how to self-provision a certificate and deploy it through the API of Puppet.
This session will be lead by the Global eduroam Governance Committee and is open to anyone with an interest in eduroam. Come join us and discuss eduroam operations and eduroam futures
Side meeting at TNC to provide updates and discuss potential collaboration opportunities in intercontinental connectivity between R&E networks and automation/orchestration.
Register here: https://events.geant.org/event/1434/
Please note: This is a side meeting. In order to attend, you will need to purchase a side meeting pass, in addition to your regular TNC pass. More information can be found on under 'Register'.