From NSI Demonstrations to Production Services: The NSI-CONTEST Conformance Test Suite
SpeakerBartosz Belter
TrackTrack 1 -- Lecture Hall X on the First Floor
SessionInnovation in Networking 1
DescriptionThe Network Service Interface (NSI) by OGF is emerging as the standard inter-domain interface for BoD. The NSI Connection Service version 2.0 is being released by OGF NSI-WG bringing new features and significant updates to the previous version of the protocol. As the standard is being released, it is immediately followed by implementations provided by major contributors to the NSI protocol definition, like NordUnet, PSNC, AIST, etc.
The latest demonstration of NSI took place at SC12 conference during which the GLIF Automated GOLE Pilot Project demonstrated the NSI architecture for global interdomain provisioning. However, it has emerged as extremely critical for NSI to step up from demonstrations, and work on a reference implementation that could ease the NSI adoption in production RENs.
A new open call project within GN3plus – NSI-CONTEST – is working on the development of a NSI CSv2.0 Reference Implementation and Conformance Test Suite. The NSI-CONTEST architecture is based on a modular architecture that comprises two major building blocks:
• A NSI Reference Implementation, i.e. the stack that implements the full NSI-CS v2.0 protocol state machine
• The CTS Service, i.e. the core component that implements the logic of the testing suite that controls and launches test patterns and scenarios.
The system implemented and delivered through NSI-CONTEST is conceived by design to run both as a standalone NSI testing platform, and as a NSI network testing service, openly accessible by the research community.
The first reference implementation by NSI-CONTEST is expected in Q32014 and a full CTS functionality by Q12015.
The availability of a stable reference implementation and test suite can surely help to expand the NSI adoption to larger user communities and can facilitate the NSI and BoD support in a wider range of network provisioning systems.
The latest demonstration of NSI took place at SC12 conference during which the GLIF Automated GOLE Pilot Project demonstrated the NSI architecture for global interdomain provisioning. However, it has emerged as extremely critical for NSI to step up from demonstrations, and work on a reference implementation that could ease the NSI adoption in production RENs.
A new open call project within GN3plus – NSI-CONTEST – is working on the development of a NSI CSv2.0 Reference Implementation and Conformance Test Suite. The NSI-CONTEST architecture is based on a modular architecture that comprises two major building blocks:
• A NSI Reference Implementation, i.e. the stack that implements the full NSI-CS v2.0 protocol state machine
• The CTS Service, i.e. the core component that implements the logic of the testing suite that controls and launches test patterns and scenarios.
The system implemented and delivered through NSI-CONTEST is conceived by design to run both as a standalone NSI testing platform, and as a NSI network testing service, openly accessible by the research community.
The first reference implementation by NSI-CONTEST is expected in Q32014 and a full CTS functionality by Q12015.
The availability of a stable reference implementation and test suite can surely help to expand the NSI adoption to larger user communities and can facilitate the NSI and BoD support in a wider range of network provisioning systems.
Presentation documents
All talks
- Introducing 100G Transmission & OTN in the Nordics
- "UH-sky" - A Community Cloud for the Norwegian Research and Education Community
- A Green ICT Maturity Model for Higher Education.
- Automatic Provisioning of Networking Resources in Foreign Domain
- Bring-your-own-device Exam System for Campuses
- Building a Distributed Cloud Storage System for Researchers is Not as Hard as You Think....Or is it?
- COmanage: Identity Management and Collaboration Services for Virtual Organizations
- Censoring Other People's Metadata
- Challenges and Opportunities Building a Wireless Campus Network
- Cloud-storage with Box.com on a Nordic Level - From Tenders to Implemented Services
- Cognitive OTP - Novel Technique to Establish Identity of a Person (Human) in Cyber Space
- Data Analysis as a Service
- Data Driven Wind Business
- Data Practices in the Solid Earth Science: An Example from Seismological Community
- Deploying Standards-based, Multi-domain Bandwidth-on-Demand Services
- Digital Assessment with Students' Own Device: Challenges and Solutions
- Digital Assessments, on Campus and Networks
- ERAI - EUNIS Research and Analysis Initiative
- Enlighten Your Research Global: An International Competition to Support Global Scientific Collaboration
- European Rosetta Mission to Comet 67P - A Challenge for Virtual Observatory Approach
- Fostering Aggregated Public Sector Procurement on a European Scale – The Legislation and Practical Application
- From NSI Demonstrations to Production Services: The NSI-CONTEST Conformance Test Suite
- Future Network Architectures
- GÉANT, Other e-Infrastructures and the Future Internet – Driving European Innovation
- GÉANT2020 - Towards the European Communications Commons
- How to Build Trust on the Internet
- How to Succeed in ISO 27001 Information Security Certification
- Hybrid Clouds and Open Source Technologies as Key to Competitive Differentiation
- Innovation Platform 2.0
- Invitation to NDN2016
- Large-scale Campus Wireless Networks: Development, Opportunities and Strategy
- Layer 1 Encryption in WDM Transport Systems
- MOOC as Disruptive Innovation
- Making Mobile Data Consumption Affordable for Higher Education Students in Netherlands, Portugal, Spain and Sweden.
- Managing Audio-Visual Cultural Data
- Managing Big Multidimensional Data - For Energy And Beyond
- Methods for Improving Multimedia Streaming Throughput to Mobile Nodes in Heterogeneous Wireless Environments
- Multi-Domain VPN, a New Network Service in Europe
- Nordic Collaboration on e-Infrastructures: Challenges and Opportunities
- Numbering All the Bones
- OPEX Savings Based on Energy Efficient Strategies in NREN Core Optical Networks
- Open Cloud Service Hubs
- Organising a Customer Survey - Case Funet
- Packet-Optical and SDN Evolution for Transport Agility
- Panel of Nordic NREN CEOs
- Panel of Video Experts
- People in Glass Houses Shouldn't Throw Stones
- SUNET eduID - An Open IdP for Higher Education in Sweden
- Secure Cloud Management
- Secure Data Storage and Sync Despite the Heartbleeds and Snowdens
- Shared Lecture Capture Services in Norwegian Higher Education
- Standing on Giants: The Relationship between Research Infrastructures with e-Infrastructures
- The Danish National Strategy on Data Management
- The Global Context for 2020
- The Missing Link - Obstacles to Global Integration
- UNINETT CBP activities
- UNINETT Feide Connect
- UNINETT's Network Monitoring Toolkit
- User Managed Access
- Using Commodity Hardware for Large Scale 10Gbps Passive Monitoring
- Videoconferencing Without the Worry - An NREN Service
- Web-RTC: A Proposed Roadmap for Higher Education & Research
- Welcome from SUNET
- Welcome to Uppsala University
- cryptech.is