Infrastructure Trends in Education. New Mexico Technology in Education 2016 Conference

Transcription

1 Infrastructure Trends in Education New Mexico Technology in Education 2016 Conference

2 Table of Contents Infrastructure Trends in Education Juniper Networks Today Juniper Networks in Education Automating & Simplifying the Connected Campus Securing the Connected Campus Tom Boehmer Sr. Business Development Manager Higher Education & Research Networks

3 Infrastructure Trends in Education

4 Imperatives to Delivering Next Generation Learning Reduce Risk Increase Enrollment / Funding Primary Drivers Reduce TCO Cyber Security Create Differentiation / Information Assurance Privacy laws and regulatory compliance Cyber threats & information security Business continuance medical & research BYOD/BYOA/1:1 Attract / Retain Students success & engagement Federal funding for research vary year to year Create new research & IT funding models Seamlessly connect learners and educators mobile & real-time Secure & seamless research to research collaboration Video based content Automate & simplify IT through transformation Online & global competitive environment Gain student choice through NGDLE s Develop & innovate research projects and thought leadership

5 Top 10 Higher Education - IT Issues 2016 Source :

6 Broadband & Network Capacity K-12 CTO Top 3 IT Priorities Wireless Access Mobile Learning Privacy and security of student data 17% 54% 29% Have enough IT staff to maintain network systems adequately? We are stretch too thin and can't get to critical areas Staffing is adequate but we are very busy Staffing is matched to needs Source: CoSN K-12 IT Leadership Survey, 526 respondents,

7 The Classroom is a Different Place Today 48% Of teachers use digital curriculum and content ¼ - ½ of the time Online Testing ebooks Curation 24% Have students turn to digital resources > ½ of the time Apps Digital Content Gamification 44% Of students take instruction online Digital Courseware Bandwidth Drivers Source: Learning Counsel original research (2015). Learning Counsel 2015 National Digital Curriculum Strategy Survey.

8 Digital Transformation Driving Technology Infrastructure Readiness Growing demand for reliable, high speed broadband to schools Wi-Fi in every classroom Data Privacy, Threat Protection Cloud

9 Network Capacity What Network Capacity Growth Are You Planning? Today Year 1 Year 2 Year 3 Year 4 Year 5 Source: CoSN SEND, Network Capacity Growth Trends

10 Broadband Connection Recommendations New 9/ Target Target Target At least 1 Gbps per 1,000 students/staff At least 10 Gbps per 1,000 students/staff At least 10 Gbps per 1,000 students/staff Internal network capacity INTERNET ISP WAN School External Internet connection District Central Office or Data Center School ISP Recommendations Targets Targets Targets At least 1.5 Mbps per user At least 4.3 Mbps per user Small District (< 1,000 students) At least 100 Mbps (minimum 100 Mbps for district) (minimum 300 Mbps for district) per 1,000 Medium District (> 3,000 students) At least 1.0 Gbps/1,000 users students/staff 1 At least 3.0 Gbps/1,000 users Large District (> 10,000 students) At least 0.7 Gbps/1,000 users At least 2.0 Gbps/1,000 users Note 1: Published by SETDA 2012, adopted by FCC in 2014

11 The Network is the On-Ramp to the Digital Learning Environment

12 Innovations Needed to Empower and Enable Next Generation Digital Learning Cloud Mobility Security School Districts, Colleges, Universities are moving to emerging shared service platforms and IT as a service models. Greater than 90% of students own a smartphone and nearly half own a tablet. College students are simultaneous connecting 3 or more devices connected to the network. Top 3 Strategic IT Security Issues Educate & Train, Develop Strategic Policy & Strategy, and Plan & Implement Next Generation Security technologies Video Mobile video will account for over half of all mobile data traffic by Video based content is top bandwidth users on campus networks. Big Data Colleges, Universities and Research Institutions will use big data & analytics to compete and differentiate Source :

13 Juniper Networks Today

14 INNOVATION THAT MATTERS IN OUR CONNECTED WORLD ENCOURAGE DISCOVERY ENABLE CLEAN WATER ENERGY BUILD APPLICATIONS RETHINK EDUCATION POWER SOCIAL MOVEMENTS EXPLORE NATURE REVOLUTIONIZE COMMERCE CREATE GLOBAL COMMUNITIES IMPROVE HEALTHCARE

15 The Next Transformation in Networking EARLY 1980 S LATE 1990 S TODAY TCP/IP PACKET FORWARDING ENGINE AUTOMATION ONLINE POPULATION: Tens of Thousands ONLINE POPULATION: Hundreds of Millions ONLINE POPULATION: Billions

16 History of Growth and Expansion * INNOVATIONS ROUTING ROUTING SWITCHING SECURITY EMPLOYEES 130 9,000+ COMPETITION ONE MANY OPPORTUNITY TAM $0.5B TAM $42.6B+

17 AUTOMATION Our Strategy VISION: To Be the Worldwide Leader of Network Innovation GO TO MARKET VERTICAL FOCUS ALLIANCE, CHANNEL AND COMMERCIAL ENGINES TECHNOLOGY ROUTING SWITCHING SECURITY PERFORMANCE GROW REVENUE FASTER THAN THE MARKET

18 Our GTM Vertical Focus CUSTOMERS TELECOM CABLE / MSO CLOUD PROVIDERS NATIONAL GOVERNMENT FINANCIAL SERVICES STRATEGIC ENTERPRISE VERTICALS ALLIANCE, CHANNEL & COMMERCIAL ENGINES CUSTOMER NEEDS ACROSS ALL VERTICALS Scale-out/Scale-in, Hyper-Scale Content on All Devices Operational Efficiency Continuous Innovation Process Automation Cloud, XaaS, Data Center New Business Models Privacy and Security Customer s Customer Experience Analytics VERTICAL EXPERTISE DRIVES GTM DIFFERENTIATION

19 WEIGHTED SCORE ericsson ciena alcatel-lucent intel cisco MOST TRUSTED 150 SPS NORTH AMERICA September 2015 MOST TRUSTED TO DELIVER NEXT GENERATION INFRASTRUCTURE AND SERVICE How much do you trust the following vendors to deliver the solutions that your company needs for its next-generation networks and services?

20 Portfolio of Core Strengths Routing Switching Security Enhanced custom silicon Advanced MPLS Unprecedented performance Virtual and physical Common building blocks Flexible fabrics Industry leading scale Embedded automation and SDN High throughput Low latency VNF integrations Virtual and physical

21 Juniper Networks in Education

22 Juniper Foundation Overview: How We Make a Meaningful Difference CORPORATE PHILANTHROPY AND CITIZENSHIP JUNIPER FOUNDATION VOLUNTEER MATCHING GIFTS DISASTER RELIEF

23 Juniper Networks Higher Education Advisory Board ARMSTRONG ATLANTIC Institution CALIFORNIA STATE UNIVERSITY MONTEREY BAY COLLEGE OF WILLIAM & MARY DEPAUL UNIVERSITY KENT STATE UNIVERSITY MERIT NETWORK OLIN COLLEGE OF ENGINEERING RUTGERS UNIVERSITY STEVENS INSTITUTE OF TECHNOLOGY UMASS AMHERST UNIVERSITY OF BUFFALO UNIVERSITY OF NEVADA, RENO VIRGINIA TECH

24 Attract and Retain Students with the Juniper Networks Academic Alliance A flexible, tailored relationship program, leveraging Junos as an academic learning and research platform For the Learning Institution: Bridge the gap between industry and academia All about the student flexible, relevant, easy Creating value for the learning institution Academic Innovation Development Fund For the Student Extend current knowledge Provide challenging new technology Improve employability Offer interesting and relevant research opportunities

25 Education Solutions The Connected Campus 1 Higher Speed Internet and Internet2 Connections w/ border routers Modernize and simplify campus and data center switching environments Increase campus access and performance for Wi-Fi and real time communications apps with Open Convergence Framework 2 4 Protect network and data privacy against cyber threats by taking steps toward a software defined secure network 3 3

26 Automating & Simplifying the Connected Campus

27 Challenges in the Network Today Today s Campus CLOUD PROVIDER WAN INTERNET Today s networks: Changes can break something or open a security gap! Lacks scale, reliability and visibility Core Too complex: layers of switching and VLANs Distribution Brittle and manual, difficult to keep secure Wiring Closet Cumbersome to rapidly deploy and troubleshoot applications

28 Transform Your Network Centralized Network Your Entire and Policy Control Today s Network Campus Network Director Junos Fusion Enterprise Tomorrow s network: Simplified architecture that scales Virtually collapse core, distribution and access Single, simple to manage platform Centralized configuration, provisioning, management, and policy

29 Junos Fusion Enterprise Junos Fusion Enterprise Simple Smart Flexible Tomorrow s enterprise: Simple, Smart, Flexible Simple: one logical device to manage, plug-n-play, zero touch Smart: open APIs, highly resilient, intelligent software upgrades Flexible: investment protection, use current topology, flexible deployment models

30 Simple Smart Flexible Under the Hood: Junos Fusion Enterprise Your Entire Campus Network: One Logical Device Aggregation Device Logical Routing Engine Satellite Devices Logical Line Cards Physical Logical

31 Under the Hood: Junos Fusion Enterprise Anatomy of Junos Fusion Enterprise Simple Smart Flexible Multiple Fusion Fabrics Aggregation Devices (AD) Satellite Devices (SD) A Fusion Fabric Cluster : 2 or more interconnected Satellite Devices Cluster does not require uplinks from every SD in the cluster AD: EX9200 SD: EX4300 EX3400 EX2300 green glow

32 Your Entire Campus Simple Smart Flexible Common Core: Campus & Data Center Consolidated, Centralized Operations = Reduced OPEX Enterprise campus + data center = one managed device On Premise Data Center Campus Wiring Closets

33 Manage Multiple Campuses as One System Centralized Network and Policy Control Network Director Simple Smart Flexible Junos Space Network Director Single-paneof-glass management Network Director: centralized configuration, provisioning, management, and policy Simplify Operations massive scale! True business agility and security apply policy once! Main Campus (w/ Data Center) Downtown campus Across State Campus

34 Simple Smart Flexible Flexible architectures with common building blocks Traditional Multi-tier Collapsed distribution & core Cloud Enabled Enterprise Single managed device Core Distribution Wiring Closet Virtual Chassis Technology Junos Fusion Enterprise EX Series Switches: Common building blocks for flexible Enterprise architectures EX9200 EX4300 EX3400 EX2300

35 Securing the Connected Campus

36 Threat Landscape is Massive CISOs Treading Water Pouring money into security, yet not any more secure - Average of 4,000 nodes with 5 security vendors Success measured by number of blocked attacks vs. reduction of business risk Attackers are always innovating to increase their ROI Cost of managing cyber security risk will increase 38% over the next 10 years 36

37 Threats are Everywhere It s a Zero Trust World Cyber criminals are always finding new vulnerabilities Attacks are more diverse and variable Threats are already inside and are likely unknown Data security across networks is crucial 37

38 Traditional Security is Not Enough Layered on top -- not an integral function Inline Intrusion Prevention Unified Threat Management Advanced Threat Prevention Designed to trust inside activity Application Security Data Loss Prevention Relies mostly on traditional firewalls for data and insight Today s network security must be dynamic, automated and intelligent to effectively detect and stop evolving threats

39 To Stop Threats Faster Start thinking about Secure Networks Realize threats are already inside. They walked in your front door Recognize perimeter security isn t enough Enable detection and enforcement anywhere Acknowledge horizontal and vertical vulnerabilities 39

40 Everything on Your Network is a Potential Threat Normal behavior: call home beacons, energy utilization Anomalous behavior: bursting traffic, abnormal high data download rate Is this normal? How do we mitigate risk?

41 Software Defined Secure Networks POLICY DETECTION Create and centrally orchestrate intent-based policy align your security to your business imperatives Gather and distribute threat intelligence from multiple sources stop sophisticated cyber crime Leverage cloud economics for real time analysis identify risks sooner ENFORCEMENT Automatically apply policy in real time secure the network in real time 41

42 Software Defined Secure Networks (SDSN) Unified Security Platform POLICY DETECTION ENFORCEMENT DETECTION EX & QFX Switches Juniper Security Cloud Spotlight Secure Threat Intelligence Security Director + Policy Enforcer Policy Enforcement, Visibility, Automation SRX Physical Firewall Sky Advanced Threat Prevention (ATP) MX Routers* Third Party Threat Intel vsrx Virtual Firewall Third Party Elements* Detection Fast, effective protection from advanced threats Integrated threat intelligence Policy Intelligent enforcement to firewalls, switches, third party devices and routers Robust visibility and management Enforcement Consistent protection across physical/virtual Open and programmable environment *Roadmap Network as a single enforcement domain - Every element is a policy enforcement point

43 Software Defined Secure Network Policy, Detection, and Enforcement Automated Malware Defense DETECTION ENFORCEMENT Threat Intelligence Dynamic, Adaptive Policy Orchestration POLICY Unified and Responsive Leverage entire network and ecosystem for threat intelligence and detection Utilize any element of the network as an enforcement point DETECTION Dynamically execute policy across all network components including third party devices ENFORCEMENT

44 The Right Policy for the Right Job Software Defined Secure Network (SDSN) Policy Orchestration + Enforcement Different threat levels need different policies Shut down light bulb OR Kill illegitimate tunnel Anomalous lightbulb? Quarantine and create new policy for appropriate behavior Compromised core switch? Neutralize the threat and shut down the tunnel vs. killing the switch

45 Recap Infrastructure Trends in Education Juniper Networks Today Juniper Networks in Education Automating & Simplifying the Connected Campus Securing the Connected Campus Tom Boehmer Sr. Business Development Manager Higher Education & Research Networks

46 Thank you