Parallel session: cloud services
Transcript of Parallel session: cloud services
Parallel session D: Cloud services
Chair: Ian Shepherd
Please switch your mobile phones to silent
19:30
No fire alarms scheduled. In the event of an alarm, please follow directions of NCC staff
Dinner (now full)Entrance via Goldsmith Street
16:30 - 17:30
Birds of a feather sessions
15:20 - 16:00
Lightning talks
Office365 in a smaller institution
Kevin Hill and Matthew Collins Leeds Trinity University
03/05/2023
Introduction
Office 365 in a Smaller Institution
Kevin Hill› IT Infrastructure Specialist – Core Software Systems
›Responsible for Office 365 deployment & management
Matthew Collins› IT Infrastructure Specialist – Networks›Responsible for projects integrating Office 365
03/05/2023
Leeds Trinity University
›Celebrated 50th Anniversary in 2016›One of the UK's top universities for employability
›Pioneered the inclusion of professional work placements with every degree
›Small University with 3700 Students and 400 Staff
› IT Department is only 15 people
Introduction
Office 365 in a Smaller Institution
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Agenda
»Where were we?»What did we do?»Where are we now?»Where are we going?»What have we learned?»Summary and Questions
Office 365 in a Smaller Institution
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Where were we?
Challenges»Coming out of a managed service with a 3rd Party»New Learning and Teaching Strategy› Emphasises active enquiry and collaboration› Flexible provision and choice in managing learning› Make full use of technology in teaching and learning
»Increasing demands on storage space»Improve Staff and Student communication and
engagementOffice 365 in a Smaller Institution
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Where were we?
Office 365 in a Smaller Institution
Limitations
»Crumbly on premise Exchange 2010 environment
»Small ‘home folder’ quota file storage provision »SharePoint 2010 based intranet»Legacy telephone system
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What did we do?
Office 365 in a Smaller Institution
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What did we do?
Office 365 in a Smaller Institution
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Where are we now?
Office 365 in a Smaller Institution
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Where are we going?
Office 365 in a Smaller Institution
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The Good Stuff…›Free!›Level the playing field with larger institutions›Platform For Possibilities›Builds on existing familiar experiences›Microsoft’s feature releases are now ‘cloud first’
What have we learned?
Office 365 in a Smaller Institution
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What have we learned?
The Good Stuff…
›New services & features launched regularly›Less on premise infrastructure›Better business continuity›Microsoft & Community Support›ADFS authentication platform
Office 365 in a Smaller Institution
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What have we learned?
The Bad Stuff…
›New services & features launched regularly›No traditional backup›OneDrive access methods / clients›Still requires onsite servers
Office 365 in a Smaller Institution
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What have we learned?
The Ugly Stuff…
›New services & features launched regularly–No change control–Licencing controls–Adverts for paid services
Office 365 in a Smaller Institution
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Summary
»Move to Office 365 can be swift»Office 365 and Skype for Business presents lots of opportunities, especially if it fits strategically
»There are challenges – Do the research!»Deployment and user adoption strategy is criticalOffice 365 in a Smaller Institution
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Questions
Any Questions?
Office 365 in a Smaller Institution
Kevin Hill: [email protected] Collins: [email protected]
All aboard the Cloud Express
Microsoft Azure ExpressRoute via the Janet network
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The Importance of Networking in the Cloud Federico GuerriniMicrosoft EMEA Technical Lead, Azure Networking & Security
All Aboard the Cloud Express
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What’s the challenge?
All Aboard the Cloud Express
“Resulting from poor network latency, or how fast data is transferred from one location to another, these delays are frustrating to as end users, but are far more costly to businesses that depend on lightning-quick web experiences for their customers.” (3)
“Performance and uptime have a direct effect on the bottom line, and corporates are still worried about this aspect of cloud computing.” (2)
“The number one challenge to cloud adoption is networking issues, identified by 37% of the IT professionals surveyed.” (1)
“Your application performance is only as good as your network” (4)
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What’s the challenge?
All Aboard the Cloud Express
“You cannot have a first class cloud without a first class network”Yousef Khalidi, Microsoft Corporate Vice President, Ignite 20160%
5%10%15%20%25%30%35%40%45%
Workloads in the cloud if network issues resolved
25%
42%
Workloads in the cloud if network issues resolved
Workloads in the cloud
today
+17pts+68%
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What’s the solution?
All Aboard the Cloud Express
• 38 Azure Regions • 100+ Data Centres• Global and sovereign offerings• Ongoing commitment to local and industry compliance• Top 3 Networks Worldwide • 37 ExpressRoute locations – More than any cloud
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What’s the solution?
All Aboard the Cloud Express
Cloud Customer Segment and workloads
Secure site-to-site VPN connectivity
• SMB, Enterprises• Connect to Azure
compute
ExpressRoute private
connectivity
• SMB & Enterprises• Mission critical workloads• Backup/DR, media, HPC• Connect to Azure & CRM
services
Internet Connectivity
• Consumers• Access over public IP• DNS resolution• Connect from anywhere
Secure point-to-site connectivity
• Developers• POC Efforts• Small scale deployments• Connect from anywhere
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ExpressRoute: Dedicated Connectivity
All Aboard the Cloud Express
Customer Network
Customer Datacentre
Internet
Microsoft Network
Azure DatacentreAzure
Datacentre
ExpressRoute Location
Microsoft-owned
Customer buys these
links
Whole link covered by customer-controlled
business agreements
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What is the Value Proposition?
• ER = 10Gbps bandwidth • Connects directly to your WAN• Dynamic routing between your network and Microsoft over industry standard
protocols (BGP).• Built-in redundancy in every peering location for higher reliability.• 99.95% Connection uptime SLA.• QoS and support for multiple classes of service for special applications, such as
Skype for Business.
RedundancySLA
Predictable performance
High throughput
All Aboard the Cloud Express
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Technical Overview
All Aboard the Cloud Express
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ER deployment models
ER partner hands off a LAYER 2 service to the end customer
ER partner hands off a LAYER 3 service to the end customer
All Aboard the Cloud Express
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How is this implemented in the point to point model?
Customer Network
Customer Datacenter
Microsoft Network
Azure Datacenter
AzureDatacenter
All Aboard the Cloud Express
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Point-to-Point Ethernet connection
Customer Network
Customer Datacenter
Microsoft Network
Azure Datacenter
AzureDatacenter
Customer Microsoft
Customer-owned routers
Microsoft network infrastructure
Routers and connectivity provided
by the ER partner
All Aboard the Cloud Express
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Point-to-Point connection BGP Sessions
Customer Network
Customer Datacenter
Microsoft Network
Azure Datacenter
AzureDatacenter
BGP
BGP
Customer establishes BGP sessions
Customer is responsible for addressing, routing and NAT
requirements
All Aboard the Cloud Express
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Point-to-Point connection Implementation responsibilities
Customer Network
Customer Datacenter
Microsoft Network
Azure Datacenter
AzureDatacenter
BGP
BGP
Implemented by the customer
Implemented by the ER provider
Implemented by Microsoft
All Aboard the Cloud Express
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Point-to-Point connection price structure
Customer Network
Customer Datacenter
Microsoft Network
Azure Datacenter
AzureDatacenter
Customer MicrosoftBGP
BGP1 BILL 1 BILL
Implemented by the customer Implemented by the
ER provider
Implemented by Microsoft
All Aboard the Cloud Express
jisc.ac.uk
03/05/2023
Thank you
Federico Guerrini
MS EMEA Azure Networking & [email protected]
All Aboard the Cloud Express
The Janet dimensionIan Shepherd
Product manager, Janet Connectivity
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Why ExpressRoute via Janet?
»Frederico has kindly covered “Why ExpressRoute?”
»So why “via Janet?”›You already have a Janet connection› It’s already fast and reliable›We already have a fast, reliable connection straight into the Azure network
› It’s a no-brainer, It’s what Janet is for›Don’t take my word for it………..
All Aboard the Cloud Express
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Significant demand from Jisc members
»Higher Education»Further Education»Local Authorities»Learning Grids»Museums and Galleries»Research Institutes»NHS»Commercials»And More…..
All Aboard the Cloud Express
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Demand for What?
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Demand for What?
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Staffordshire University»Staffs is a leading UK modern university»16,000 students, 85% / 15% under/postgrads, 1,400
staff»Areas of focus:
Business, Leadership and Economics Computing and Digital TechnologiesCreative Arts and Engineering Health and Social CareLaw, Policing and Forensics Life Sciences and Education
»2 year degrees, distance learning, PhD, MBA»Strong industry and international partnerships»Over 150, 3rd party and in-house applications &
services!»Cloud-first strategy
All Aboard the Cloud Express
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Staffordshire University»Major project to move to Azure using ExpressRoute»Huge, pioneering commitment»Jisc became involved approximately 12 months ago»Connected Staffs to ExpressRoute service at 2 Gbit/s»Project has gone well (despite some hiccups)»90% of applications and services in the cloud› Finance, HR, VLE, Databases…….
»Little or no disruption and overall good performance »Important lessons learned
All Aboard the Cloud Express
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Staffordshire University»Cloud is not a panacea – It won’t fix problems, it just
moves them»It’s a good opportunity to review systems & services»Migrate what you can, keep what you can’t, kill the
zombies»Most issues have been with application migration
rather than networking issues (VM builds, DB architectures etc.)
»Internal network must be up to scratch as well as the WAN
»Have a back-out plan, test it if possibleAll Aboard the Cloud Express
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Staffordshire University»Cloud is not a panacea – It won’t fix problems, it just
moves them»It’s a good opportunity to review systems & services»Migrate what you can, keep what you can’t, kill the
zombies»Most issues have been with application migration
rather than networking issues (VM builds, DB architectures etc.)
»Internal network must be up to scratch as well as the WAN
»Have a back-out plan, test it if possible»Don’t migrate your entire student records system the weekend before Networkshop!
All Aboard the Cloud Express
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Jisc’s ExpressRoute Connection Service
All Aboard the Cloud Express
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Where does Janet fit in?
All Aboard the Cloud Express
Customer Network
Customer Datacentre
Internet
Microsoft Network
Azure DatacentreAzure
Datacentre
ExpressRoute Location
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Member-Janet-Microsoft
All Aboard the Cloud Express
Member Janet Microsoft
Public Internet
Private Peering
JanetConnection
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With Janet but without ExpressRoute
All Aboard the Cloud Express
Member Janet Microsoft
Azure Consume
rs
Azure Resource
s
Public Internet
Azure traffic does not touch the public Internet.
Private Peering
JanetConnection
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With Janet and ExpressRoute
All Aboard the Cloud Express
Member Janet Microsoft
Public Internet
Azure traffic is separated from non-Azure traffic and tunnelled straight to the Azure infrastructure
Netpath L2VPNAzure
Consumers
Azure Resource
s
Trunked Janet
Connection
Private Peering
Private Connectio
n
O365 etc.
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Plumbing
All Aboard the Cloud Express
Janet Core100%Janet Regions 90%Member Edge ?Member Firewall etc. ?
Must be able to support the required protocols appropriate to their function.
VLAN trunkingL2 VPN802.1Q-in-QBGP
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Plan B
All Aboard the Cloud Express
Member Janet Microsoft
Public Internet
Azure traffic is carried across its own dedicated access circuit and tunnelled straight to the Azure infrastructure
Netpath L2VPNAzure
Consumers
Azure Resource
sSeparate Janet
Connections
Private Peering
Private Connectio
n
O365 etc.
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Service Status
» Pilot Service carrying live member traffic
» Currently 2 x 10 Gbit/s between Janet and Azure
» Investment approved for 2 x 100 Gbit/s and more
» Approved projects in place for:›Full volume production›Additional cloud services providers›Professional Services package
All Aboard the Cloud Express
jisc.ac.uk
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Thank You
Ian Shepherd
Product Manager, Janet [email protected]
All Aboard the Cloud Express
RCUK Cloud Working Group outcomes
Philip Kershaw, STFC
RCUK Cloud WG
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RCUK Cloud Working Group:supporting the research community in the application of
cloud computing technologiesNetworkshop45
Nottingham, Wednesday 12th April 2017
Philip KershawTechnical Manager, Centre for Environmental Data Analysis, RAL Space, STFC;
Chair, RCUK Cloud Working Group
RCUK Cloud WG
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RCUK Cloud WG
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Overview• [What is Cloud?]• Origins of WG• November Workshop• Legal, policy, regulatory issues• Technical Integration• Next steps
RCUK Cloud WG
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Cloud 101: need to understand in order to exploit
5 essential characteristicsOn-demand self-
service Broad network access
Resource pooling
Rapid elasticityMeasured
service
3 service models
IaaS (Infrastructure as a Service)
PaaS (Platform as a Service)
SaaS (Software as a Service)
4 deployment models
Private cloud Community
cloudPublic cloud
Hybrid cloud
“Cloud computing is a model for enabling ubiquitous, convenient, on-demand network access to a shared pool of configurable computing resources that can be rapidly provisioned and released with minimal management effort or service provider interaction.” – NIST SP800-145
RCUK Cloud WG
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• Cloud Computing for Research and Innovation - Report Aug 2015, with input from members of research community and contributions from industry– http://bit.ly/pdgcloud
• Where are we with adoption of cloud?– identifies the major technical and policy issues that are seen to be preventing
widespread take up of cloud services
• What needs to be done?– Four high level recommendations
• How do we get there – 5 year roadmap– to investigate these issues and provide closer integration of public and private
sector resources to improve the capability of the UK research community.
RCUK Cloud Working Group Origins
RCUK Cloud WG
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Realising the potential of cloud computing for research applications
1. Community building – Cloud Computing Working Group (in place since 2015) to provide a clear community
focus for cloud computing 2. Technical integration
– of the UK National e-Infrastructure resources to promote workload mobility and to reduce technical barriers to entry.
3. Training and Support– Equip the research community with the right skills and support to fully exploit UK
National e-Infrastructure cloud resources.4. Legal, Policy and Regulatory Issues
– Policy changes needed within RCUK to grow the adoption of cloud computing– Policy actions that RCUK can initiate externally on behalf of the UK cloud computing
community.
RCUK Cloud WG
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Research Councils UK National e-Infrastructure Group
RCUK Cloud Working Group
Cloud Special Interest Group
RCUK Cloud WG and the Cloud SIG
Task ForceTask
ForceTask Force
Research Community, cloud providers
National e-Infrastructure Project Directors Group
e -Infrastructure Security Access
Management WG
European and wider international initiativesLiaise with
Build relationships with
Reports to
Reports to
Track and collaborate with
Initiated by WG and SIGChallenges and Ideas
RCUK Cloud Working Group terms of reference: http://bit.ly/1NxG5R4
Cloud SIG terms of reference: http://bit.ly/1GuQyxi
RCUK Cloud WG
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RCUK Cloud WG Membership• David Colling, Imperial College• Tim Cutts, Sanger Institute• David Fergusson, University of Edinburgh• Martin Hamilton, Jisc (Chair of SIG)• Adam Huffman, Francis Crick Institute• Philip Kershaw, CEDA, STFC (Chair)• Steven Newhouse, EMBL-EBI & ELIXIR• David Salmon, Jisc• Simon Thompson, Birmingham University• Jeremy Yates, UCL (Secretary)
RCUK Cloud WG
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Community building: workshops• Imperial College, December 2015
– ~40 attendees– Invited presentations
• Crick Institute in November 2016 – ~120 attendees– Combination of invited speakers and talks solicited
from the community• Talks from the big 3 hyper-scale providers• Community and private cloud, OpenStack• Legal, policy and regulatory issues• Lightning talks from the community• Breakout/Interactive session
– Outcomes• Desire for collaboration around task forces e.g. HTC and
HPC compute (need to co-ordinate with HPC-SIG)• Cost and performance issues on-prem. compared with
public cloudPhotos courtesy of Martin Hamilton, Jisc
RCUK Cloud WG
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Community building: website• https://cloud.ac.uk/
• Minutes from working group public
• Reports on and presentations from workshops:– https://cloud.ac.uk/2017/03/20/cloud-workshop/– https://cloud.ac.uk/workshops/nov2016/
• A resource to report back on our findings– Technical suitability of workloads for cloud e.g.
HPC and parallel file systems– Legal, regulatory, policy issues, costs
RCUK Cloud WG
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Legal, Policy and Regulatory Issues
• The goal is to bottom out real and perceived issues around the use of public cloud and to provide guidance to the research community.
– Build on work that has already done– Recognise that this is a changing and evolving area
• Strawman prepared January 2016
• Questionnaire to obtain feedback from the research community (Martin Hamilton)
– https://bit.ly/cloudlegal2016
• Session at November 2016 Workshop at the Crick, input from:– EMBL-EBI – experience from recent public cloud procurement– QMUL Cloud Legal Project
• Briefing note from the WG to provide guidelines currently in preparation
43%
30%
26%
Was legal advice sought?
NoYesNot sure
Response OrganisationsReview is still ongoing 10OK to use public cloud 5Not OK to use public cloud 1Occasional OK but restrictions around data, security and budget 1We have many use cases, hard to find general answer 1N/A – did not need permission for this particular use case 1Inconclusive result 1
RCUK Cloud WG
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Technical Integration• What are the opportunities, challenges, barriers?
– Managing and tracking costs– Matching research workloads (e.g. HPC) with public cloud architectures– Matching more traditional data access with cloud native e.g POSIX, parallel file
systems and object stores– Hybrid public/private – ability to move data and compute easily between providers
• How can we inform ourselves? - – Interaction and communication within the community to track developments e.g.
OpenStack Scientific WG, contact with representatives from public cloud providers– Dedicated pilots or ‘task forces’ organised through the WG to target particular areas of
interest . . .
RCUK Cloud WG
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Technical Integration – current activities• Portability between cloud platforms
– Particle Physics Cloud Pilot– Workshop on use Terraform and Ansible (in planning)
• Use of parallel file systems with on-prem cloud:– https://cloud.ac.uk/reports/spectrumscale/ – Workshop on use of FUSE file system in the summer (in planning)
• Bulk data movement – co-ordinating with work in the NeI Project Directors Group
RCUK Cloud WG
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Particle Physics Cloud Pilot (an example task force)
• Goal: – Explore strategies for making code deployments interoperable between providers and so avoid
vendor lock-in
• To investigate:– Ability to port given workloads between different public cloud providers with minimal changes– Challenges related to workload needs and cloud topology – Focus on compute aspects rather bulk data movement– Focus on functionality rather than performance
• Domain-specific use case: workloads for Particle Physics CMS and ATLAS experiments– Work carried out be Andrew Lahiff, Scientific Computing Dept., STFC– Started mid-2016
RCUK Cloud WG
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Particle Physics Cloud Pilot: technical approach
• Uses container-based solution from the ground up as a means of abstraction for portability – Docker + Kubernetes
• Kubernetes– Supports abstraction e.g. underlying storage with StorageClasses– Powerful for automated deployment and scaling
• On hyper-scale providers: AWS, Azure and Google Cloud Platform– Possible with thanks to the providers for donated free credits
• Target workloads– CMS Monte Carlo simulation - compute intensive– LHCb Monte Carlo just completed, ATLAS jobs planned– Next steps: focus on io intensive workload
RCUK Cloud WG
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Particle Physics Cloud Pilot: summary by provider
• Google Compute Platform– Supports Kubernetes out-of-the-box– Supports auto-scaling in response to demand– Web portal Kubernetes interface – very easy to get up and running– Fairly extensive exploration of functionality
• Azure– Out-of-the-box since close 2016 with web portal interface– Supports other container orchestration technologies e.g. DCOS– Current work
• integration of Azure Kubernetes cluster with ATLAS Big PanDA workload management system• Use of Azure Blob storage with DynaFed storage caching system
– Scope for further extensive testing over the coming months
• AWS– No Kubernetes out-of-the-box but 3rd party solutions like StackPoint (https://stackpoint.io/ ) can be used
to overlay Kubernetes cluster across a given cloud provider tenancy– Very limited testing in this pilot to date
RCUK Cloud WG
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Particle Physics Cloud Pilot: federation across Google and Azure
Courtesy of Andrew Lahiff, STFC
RCUK Cloud WG
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Next steps• Technical Integration
– Particle Physics Cloud Pilot: in i/o intensive workloads, close and report findings– HTC and cloud (depending on interest from the community): David Colling (Imperial) and David Salmon (Jisc)– HPC and cloud: discussions underway with HPC-SIG, tracking HPC on public cloud work e.g. NERC NCAS and Azure
• Workshops – training and dissemination– Lustre on cloud (planned): Simon Thompson, Birmingham– Using Terraform and Ansible to make workloads portable (planned): Steven Newhouse
• Legal, policy and regulatory issues, costs– Provide briefing note to provide guidelines to community: David Salmon– Track cost models of public providers
• Community: engage with Boston Open Research Cloud initiative– https://drive.google.com/drive/folders/0B4Y7flFgUgf9dElkaFkwbUhKblU – Attending first meeting in May following OpenStack Summit
RCUK Cloud WG
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Further information• Working Group website: https://cloud.ac.uk/
• NIST SP800-145 Cloud definition: http://dx.doi.org/10.6028/NIST.SP.800-145
• RCUK Cloud Working Group terms of reference: http://bit.ly/1NxG5R4
• Cloud SIG terms of reference: http://bit.ly/1GuQyxi
• Cloud Computing for Research and Innovation - Report Aug 2015: http://bit.ly/pdgcloud
• Legal, policy and regulatory issues: https://bit.ly/cloudlegal2016 (further input welcome )
• POSIX, Parallel file systems and cloud: https://cloud.ac.uk/reports/spectrumscale/
• Boston Open Research Cloud initiative– https://drive.google.com/drive/folders/0B4Y7flFgUgf9dElkaFkwbUhKblU
• [email protected], @PhilipJKershaw
jisc.ac.uk
03/05/2023
Contact
Philip [email protected]
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Thank you
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