Technology Innovation That Matters

Uwe RichterDirector Systems Engineering–Turkey / Israel /Swiss / Austria / CEE /

[email protected]

TECHNOLOGY INNOVATION THAT MATTERS –Praha 25th May 2016

NETWORKS ARE COMMODITIES

WATER PLUMBING 1991 WATER PLUMBING 2016

OH, REALLY? HANG ON ….

NETWORK PLUMBING 1991100Mbps SUN Sbus FDDI interface

NETWORK PLUMBING 2016100Gbps Juniper PTX Core router interface

1000 times capacity increase in only 25 yearsNetworking == Continuous innovation

QUESTION If demand for water would have followedthe demand for Internet bandwidth in the past 25 years…

What would be the diameter of of a water plumbing pipe today ?

1991 – 0,002 petabyte/month1991 - Diameter of water pipe 2,54 cm

WHAT DOES THIS MEAN FOR VENDORS ?

201140nm4 chips15W/10GE

7.3Bn Transistors3.4Tbps IO

DDR3 SDRAM


1.2Bn Transistors604Gbps IORLDRAM/DDR3

SDRAM


12Bn Transistors6.8Tbps IOHMC SDRAM

201716nm1 chip

3.5W/10GE20Bn Transistors13Tbps IOHMC SDRAM

Megatrend #1

EVERYTHING SHIFTING

TO THE CLOUD

AS WE SPEAK……

DISRUPTION AT WORK…

WHAT DO SOME OF THE CLOUD DISRUPTORS HAVE IN COMMON ?

DEMAND1.000.000’sof consumers and customers

SUPPLY1.000.000’sof suppliers

Connect Demand and SupplyIn Cloud time

Fast, Simple, Efficient and Effective

MODERN NETWORKSSUPER HIGH WAYS CONNECTINGSUPPLY AND DEMAND

IN “CLOUD TIME”

REQUIRES CONTINUOUS INNOVATION TO KEEP UP WITH BANDWIDTH EXPLOSION, BIG DATA, VIDEO CONTENT, MORE SUBSCRIBERS, IOT

2011 2016

5.3ZB 22ZB

2.1B 3.3B

5B 14B

2011

Megatrend #2

SECURITY

SECURITY HAS DIFFERENT ASPECTS

Beograd HotelJune 2015

300 USB SticksUniversity IllinoisMay 2015

Central BankBangladeshJan 2016

SOFTWARE-DEFINED SECURE NETWORKS

Today’s layered security model (based on perimeter security) is not enough to protect against new sophisticated threats and the increasing surface area of possible attacks.SDSN is the future of network security by embracing SDN by leveraging the cloud to solve current network security issues more effectively. SDSN evolves the old guard security mindset around policy, detection, and enforcement. The main components include:1. Leveraging the network as points of threat detection and

enforcement. 2. Leveraging the economy of cloud to share threat intelligence at

scale to accelerate and adapt detection.3. Implementing a centralized controller/policy engine to dynamically

adapt policy that stays ahead of constantly evolving threats and attacks.

The Software Defined Secure Networks

Megatrend #3

AUTOMATION

QUO VADIS – COMMUNICATIONS ?

SO, WHAT IS A “THING” ?

• So, what is a “thing “ ?

How do you secure devices like these?How do you know if they are on your network?

What operating system do they run?

AUTOMATIONAND ORCHESTRATION : THE ASSEMBLY LINE IN NETWORKS AND DATACENTERS

Virtualization

Automation

Orchestration

Virtualize what you can virtualizeReplicate, scale up and down in Cloud time

Automate repetitive and time consuming tasksSpeed up deployment,test and validation, ZTPAnalytics

Orchestrate tasks and workflowsOrchestrate compute, storage, Workloads, Network and SecurityFunctions in cloud time

High Performance network underlay, Open, Scalable, Performance, Secure by designAnd collaborative for automation and virtualization

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CONCLUSION• Continuous Innovation sets the stage for new ideas we can’t even think of today.

• Security all over – new concepts are required.• Doing things in Cloud time means Virtualization, Automation and Orchestration.

• Massive scale is key for the internet of things. No way without Automation !

• Embrace - don’t Resist. Old wine in new pipes isn’t good.

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