Connecting the Digital Campus - Building Tomorrow's Universities
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Does your university campus have a technology network that delivers on students' needs today, and able to grow to become tomorrow's fully digital campus?
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Connecting the Digital Campus - Building Tomorrow's Universities
- 1. 1 Alcatel-Lucent Enterprise Networks Laying the ground for Tomorrow’s Digital Campus Heitor Faroni, Neal Tilley Sep, 2016
- 2. 2 Agenda 1. Market Trends 2. Tomorrow’s Digital Campus 3. IoT Overview 4. Challenges & ALE Solution 5. New Network Products 6. Conclusion
- 3. 3 The growing trends of mobility and IoT *1 Statista.com: http://www.statista.com/statistics/276623/number-of-apps-available-in-leading-app-stores/ *2 IDC press release on 03Mar2016 - http://www.idc.com/getdoc.jsp?containerId=prUS41061616 *3 Gartner Report: Infrastructure and Operations Leaders: Prepare for the IoT Rush, 1 March 2016 270B App Downloads by 2017 *1 1.5B Smartphones to be shipped in 2016 *2 IoT endpoints will grow to 20.8B units in 2020 *3 Student & Faculty using Mobile Apps exponentially Education Technology is tailored to mobile devices Next Gen Learning Applications are Device agnostic & cloud based IoT endpoints already across the campus Wearable, Personal Assistance, Sensor tech becoming more mature in EDU.
- 4. 4 K-12 education technology wave Digital Textbooks 1 to 1 Ratio Learning Analytics Blended Learning Online Assessment & Remediation Personalized Learning Experiences BYOD Game based learning
- 5. 5 Higher education trends following K-12, except in funding... Unified Mobility Campus & Curriculum Analytics Blended Experiences Cross Purpose Environment (Education, Social, Entertainment, Communication & Safety) EDUCAUSE – Higher Education 2016 CIO’s Top Issues 1. Information Security is #1 IT issue 2. Optimizing Education Technology 3. Student Success linked technology 4. IT workforce retention 5. IT funding models 6. Data management 7. Analytics 8. Integration of enterprise applications 9. Professional development of IT staff 10. Online / Virtual / Blended learning Moving away from Traditional to Digital Campus (NGDLE)
- 6. 6 Mobile challenges in higher education
- 7. 7 The Next Generation Digital Learning Environment SOCIAL COMMUNITY ENGAGEMENT COURS ONLINE REMOTE LEARNING BYOD IoT WEARABLE TECHNOLOGY ONLINE COURSES
- 8. 8 Two driving forces shaping the Digital Education Mobility IoT The Digital Education Higher resilience More wireless coverage Network InfrastructureFaster response time More apps diversity More devices/student Connectivity anywhere Diversity of users Tighter security More devices to connect Smart classrooms/building mgmt Beyond the buildings Faculties and admin adopting IoT Higher performance & density IoT traffic containment Higher dependency on the network Low latency
- 9. 9 Some technologies seen at the campus What’s common? * Pictures from: https://store.august.com/; http://www.a1securitycameras.com/axis/; http://www.greensahc.com/goodman_hvac_iowa.php http://www.mitasprinklers.com/impact-sprinklers.html; http://www.salford.ac.uk/computing-science-engineering/subjects/robotics-and-systems-engineering http://www.pcmag.com/article2/0,2817,2498223,00.asp; http://sparc-robotics.eu/fusion-energy/; http://www.hancockcollege.edu/stem/ http://www.securityinfowatch.com/product/12065885/axis-communications-axis-a8004-ve-network-video-door-station; IoT is becoming a common element in the university campus
- 10. 10 IoT according to Gartner … and ALE position in the ecosystem vendors spectrum CommunicationsALE networks Endpoint connectivity is standardizing on Ethernet, WiFi, wireless gateways and PoE
- 11. 11 Ooops! What about Security? The growing cyber security threat – a trend in Education Preventing an attack is much less expensive than recovering from an attack
- 12. 12 Meet SharpMinds University Stadium Library Administration Office Automation Science Lab Faculty Student Faculty Faculty Student Dormitory Users Communications & Mobility Phones Computing Network Infra Application Servers Data Center IT Director
- 13. 13 IoT demands coming from a diversity of divisions They want to use and control their own IoT solution Automation Lab Sensors, Actuators Network Infra IoT Platforms • Operational - Freedom to deploy devices when and where they want without asking permission from IT - They want their own Eth network for traffic segregation (quality/integrity) - Seamless endpoint connectivity • Technical requirements - L2 broadcast - Fixed IP addressing / VLAN • Digital Security - Prevent inappropriate endpoint access - Concern with compliance This new state of the art automation lab is essential for multiple discipline and can be used in many PHD research projects Professor Digital signage, door locks, video cams Security Network Infra IoT Platforms I can improve the campus safety considerably Head of security
- 14. 14 University Administration & IT concerns Maintenance Cabling Operations Training Overhead Procurement Administration Deployment Chancellor & Vice Chancellors Research Prestige Budget Students admissions & retentionRanking IT Director
- 15. 15 Solution Tomorrow’s Digital Campus IoT Friendly Pervasive Mobility & Collaboration In Depth Security Simplified Operations Ultra Performance Building Blocks ALE Universities Reference Architecture Unified Access Intelligent Fabric Smart Analytics IoT Containment
- 16. 16 One network Robust, easy to deploy, a virtual network for each business unit ONE Network Intelligent Fabric Auto Virtual Chassis Auto Topology Self Healing Network Virtualization Facilities Automation Labs Campus Security Facilities Network (HVAC system) Automation Lab NetworkSecurity Network
- 17. 17 The connected university campus Stadium Library Signage Administration Office Automation Science Lab Faculty Profile HVAC System ProfileSecurity Profile Student Profile Automation Lab Profile Faculty Student Faculty Faculty Student Dormitory Classify Authorize Auto Provision Container Quality Security Universal Profile
- 18. 18 The connected university campus Stadium Library Signage Administration Office Automation Science Lab Faculty Student Faculty Faculty Student Dormitory HVAC System Container Classify Authorize Auto Provision Container Quality Security HVAC System Profile
- 19. 19 The connected university campus Stadium Library Signage Administration Office Automation Science Lab Faculty Student Faculty Faculty Student Dormitory Classify Authorize Auto Provision Container Quality Security Automation Lab Profile Automation Lab Container
- 20. 20 The connected university campus Stadium Library Signage Administration Office Automation Science Lab Faculty Student Faculty Faculty Student Dormitory Campus Security Container Classify Authorize Auto Provision Container Quality Security Security Profile • Allow SIP video • Allow Door lock protocol • Drop all other traffic
- 21. 21 The connected university campus Stadium Library Signage Administration Office Automation Science Lab Faculty Student Faculty Faculty Student Dormitory Faculty Container Classify Authorize Auto Provision Container Quality Security Faculty Profile
- 22. 22 The connected university campus Stadium Library Signage Administration Office Automation Science Lab Faculty Student Faculty Faculty Student Dormitory Students Container Classify Authorize Auto Provision Container Quality Security Students Profile
- 23. 23 ALE University reference architecture SPB standard - Scalable - Availability - Virtualization (Multitenant) Enabled by one network with simple operations, high reliability and tight security • Accessible only by compliant devices • Contains only the traffic from the individuals and devices desired • Provides the quality necessary to run IoT systems successfully • Consistent experience everywhere with any device (mobility) UA with Smart Analytics - Auto Containment - Authentication - Rogue traffic prevention Intelligent Fabric - Auto Chassis - Auto Topology - Self healing A secure, simple, virtualized network
- 24. 24 • Simple technology deployment • Isolated environment • Easy changes & expansion • Better students engagement • Simplified campus operations • Minimal dependency Colleges & Divisions Benefits for the entire university IT Department • Easy IT operations • Improved cyber security • High availability • Multi tenant • Enable technology adoption (IoT, Mobility, etc) • Enable excellence in education • Increase the campus prestige • Maximize the limited budget • Promote a student blended experience • Increase students admission Chancellor & Vice Chancellors
- 25. 25 On The Road Home Office SMB/Branch Office Corporate Office Data Center OS10K OS6900 OS6860 Network Infrastructure (OmniVista) OS6855 OA4XXX IAP, AP, RAP VPN Client Management Wide Area Network Local Area Network Core Access VIA Advanced Policy & BYOD (ClearPass) Enterprise Services Router OA5800 ESR OA5700 ESR OS6450 OS6350 OS9900 New network products A comprehensive portfolio from campus to DC Virtual Machine Manager (OmniVista) OA5725 ESR OS6865 OS6860E-P24Z8 AP3XX IAP3XX
- 26. 26 High capacity & high-density wired and wireless access Wave 2 AP’s and multi-gig access switch OmniAccess AP 334/335 2.5G (802.3bz) + GigE Hitless PoE failover OmniSwitch 6860E-P24Z8 8 x 2.5G ports (+ 16 x 1G) 4x10G uplinks, 2x20G stacking Embedded DPI SPB 8 x HPoE (75W), 16 x PoE+ OmniAccess IAP 324/325 Two GigE Flagship Controller less Cost effective OmniAccess AP 314/315 One GigE Unified Access: • More bandwidth • IoT containment • Flexible power options • Higher density Wave 2 AP’s (MU-MIMO) Stacks with any switch in the 6860 family! Works with all current controllers and AP’s! IoT device Note: AP version already released 6860E – the most versatile stacking family for Mobility and IoT
- 27. 27 Enabling IoT connectivity on harsh environments and outdoors Built to support IoT: • IoT containment • iFab • Flexible power management • Clock Synchronization OmniSwitch 6865-P16X SPB and L3 switching HPoE (75W) High PoE budget (AC and DC PS) IEEE 1588v2* 10G uplinks No Fans Environmental compliance: NEMA TS2 IP30 rating, IEC for mechanical shock, vibration, etc * hardware ready – software on Q1 2017
- 28. 28 Reliability and versatility: core, distribution an acccess •Increase capacity •Consolidate distribution •Consolidate access •Consolidate storage and server •Integrate WAN connection 1/10GigE VM aware 10 Tbps (VC) Less gear; lower latency GigE w/HPoE Up to 40G (25/100 ready) Bandwidth for tomorrow, less equipment to maintain, simpler to operate OmniSwitch 9900Improved performance •IoT containment Virtual networks
- 30. 30 Connecting people, applications and things Anywhere Simply, Securely and Reliably For improved and simplified IoT operations and deployment Alcatel-Lucent Enterprise Network The foundation for Tomorrow’s Digital Campus