ECI - The Elastic Network - winds of change
•
1 j'aime•3,299 vues
ECI - The Elastic Network. Agents of change and the elastic network.
Recommandé
Recommandé
Contenu connexe
Tendances
Tendances (20)
En vedette
En vedette (20)
Similaire à ECI - The Elastic Network - winds of change
Similaire à ECI - The Elastic Network - winds of change (20)
Plus de ECI – THE ELASTIC NETWORK™
Plus de ECI – THE ELASTIC NETWORK™ (8)
Dernier
Dernier (20)
ECI - The Elastic Network - winds of change
- 1. AGENTS OF CHANGE AND THE ELASTIC NETWORK Wayne Hickey Solutions Marketing Manager
- 2. IN TODAY’S WORLD 'CHANGE' IS THE ONLY CONSTANT. ECI Proprietary
- 3. 3 100+ YEARS OF CHANGE UNTIL NOW Operator Switchboards 1880s Automated Switching 1940s Data and Modems 1980s Multi-Wavelength Fiber 1990s ECI Proprietary
- 4. 4 AGENTS OF CHANGE TODAY The Cloud brings surging bandwidth and new traffic patterns The Internet of Things drives access anywhere anytime Open Networks enables virtualization and new models for delivering services Security now becomes even more complex and important ECI Proprietary
- 5. OPEN NETWORKS THE CLOUD SECURITY THE INTERNET OF THINGS ECI Proprietary
- 6. OPEN NETWORKS THE CLOUD SECURITY THE INTERNET OF THINGS ECI Proprietary
- 7. 7 THE CLOUD • Business flexibility and cost savings driving migration of applications to the cloud • Users seeking transparent and always-on experience ECI Proprietary
- 8. 8 MOVING TO THE CLOUD Corporate VoIP GW ERP, CRM Storage, DB Email, Web, Video Packet Optical Transport Software as a Service (SaaS) Infrastructure as a Service (IaaS) Platform as a Services (PaaS) DC DC DC BranchBranch Public Private Hybrid ECI Proprietary
- 9. 9 CLOUD CONNECTIVITY APPLICATIONS DCI Backbone • 10GbE to 100GbE interfaces • P2P or network Cloud Connect • Private/public/hybrid cloud access • 100MbE to 10GbE interfaces • P2P or network SAN Connect • Storage device connectivity for business continuity • GbE and FC interfaces • P2P StorageCompute Data Center Data Center ECI Proprietary
- 10. 10 CLOUD CONNECT Enterprise access to their hosted applications in private, public, or hybrid clouds. Needs: User Transparency (high speed with low latency) Scalability as communications need grow High availability 2014 2018 57 128 PaaS SaaS IaaS * Industry Sources The Growing Cloud Technology Demand WW Public IT Cloud Services Spending by Segment ($B) ECI Proprietary
- 11. 11 SAN CONNECT Data storage distribution and synchronization for business continuity. Needs: Connectivity for all FC and GbE interfaces High bandwidth with low latency for active- active synchronization High availability with automatic switchover High security for very sensitive data plan to use cloud storage 23% currently use cloud storage 60% Cloud Storage Usage * Industry Sources 83% ECI Proprietary
- 12. 12 DATA CENTER INTERCONNECT BACKBONE Service distribution between data centers, as if within a data center. Needs: Low cost bandwidth Scalability – ease of growth based on demand High availability Flexibility 2013 2018 58 165 22 80 WW Data Center Traffic (1GB file transfers/hour) Data Center to End User Data Center to Data Center 80M 245M * Industry Sources ECI Proprietary
- 13. 13 CLOUD OPPORTUNITIES Superior offering to enterprises for access to hosted applications Transparent always-on connectivity Superior offering to data center operators for data center interconnect Unlimited flexible bandwidth ECI Proprietary
- 14. OPEN NETWORKS THE CLOUD SECURITY THE INTERNET OF THINGS ECI Proprietary
- 15. 15 THE INTERNET OF THINGS The networked connection of people, processes, data and things so that “everything” joins the network People DataThings Processes ECI Proprietary
- 16. 16 IOT – KEY ENABLING TECHNOLOGIES Micro/Personal Infrastructure BIG DATA Cloud Computing LTE Advanced Fiber Optics Next Gen Wearables Micro Sensors ECI Proprietary
- 17. 17 IOT EXAMPLE Multi-user location reporting plus big data analytics delivers real-time personalized traffic routing ECI Proprietary
- 18. 18 ANOTHER IOT EXAMPLE 1. Micro-sensors on or in your body determine you are having a heart attack 2. Your smart phone relays your condition and position to an emergency response center 3. The nearest emergency medical team (EMT) is dispatched 4. Your insurance company, which monitors everything through “big data”, sends you a text ECI Proprietary
- 19. 19 IOT OPPORTUNITIES Leverage capital investment in new technologies (e.g. packet-optical integration) to make the network more efficient New offering of E2E multi-object management ECI Proprietary
- 20. OPEN NETWORKS THE CLOUD SECURITY THE INTERNET OF THINGS ECI Proprietary
- 21. 21 SDN IN DATA CENTERS IS ALREADY A REALITY Open control protocols (e.g. OpenFlow) Data Center Traffic Flow Problem: Complexity Inconsistent policies Inability to scale Vendor dependence Cost SDN Solution: Decoupling of control plane from data plane Broadly deployed today in data centers Vendor Specific Protocol SNMP Control Plane Control Plane Control Plane Control Plane Data Plane Console Data Plane SDN Network Controller App. App.App. SDN - Abstraction Logical controller programs the global network Data Plane Data Plane Data Plane 1GE 1GE Data Plane Data Plane 1GE1GE Data Plane ECI Proprietary
- 22. 22 WHY SDN IN THE WAN? Seamless inter-data center communication to create the Cloud (virtualized LAN connectivity) Vendor interoperability to lessen dependence on closed vendor solutions Facilitate building overlay networks Fast creation of connectivity applications ECI Proprietary
- 23. 23 CHALLENGES FOR SDN IN THE WAN Main factor in resolving these challenges is TIME Need for orchestration to scale across multiple SDN controllers Dealing with multiple WAN routing protocols (e.g. VXLAN, GRE, GRE IPsec, Geneve) Open standards agreements Legacy equipment Critical mass Network Element SDN Network Controller Apps Apps Southbound APIs (Vendor-neutral) Network Element Network Element Routers SDN Network Controller Apps Apps Southbound APIs (Vendor-neutral) Routers Routers Southbound APIs (REST, JSON, XML) SDN Orchestration Apps Apps Apps Apps ECI Proprietary
- 24. 24 SDN OPPORTUNITIES Start assessing today how to evolve your particular network to SDN Network optimization New revenue opportunities ECI Proprietary
- 25. OPEN NETWORKS THE CLOUD SECURITY THE INTERNET OF THINGS ECI Proprietary
- 26. 26 SECURITY CONCERNS Corporate VoIP GW ERP, CRM Storage, DB Email, Web, Video Packet Optical Transport DC DC DC BranchBranch Data Interception System Infiltration Data Exfiltration ECI Proprietary
- 27. 27 MULTI-LAYER ENCRYPTION Physical OSI Layer Data link Network Transport Application Presentation Session DWDM 1 2 3 4 5-7 IPsec SSL MAC L1OE Payload TCP Header Payload TCP Header IP/MPLS Header Payload TCP Header IP/MPLS Header MAC Header Encrypted Encrypted Encrypted Payload TCP Header IP/MPLS Header MAC Header Encrypted Increasinginformationencrypted Only layer 1 OPTICAL ENCRYPTION (L1OE) PROTECTS ALL message payload and addressing information ECI Proprietary
- 28. 28 WHY L1OE – BECAUSE YOUR FIBER IS NOT SAFE From using off-the-shelf clip-on devices to multi-billion dollar submarines it is possible to tap a fraction of light from fibers without interruption and intercept full communications The ONLY DEFENSE against fiber tapping is layer 1 optical encryption ECI Proprietary
- 29. 29 L1 OPTICAL ENCRYPTION IMPLEMENTATION Apollo NE-A NE-A Private Key Apollo NE-B NE-B Private Key Network Key Manager used by Enterprise customer to administer encryption of and monitor their links Enterprise IT Admin All management links protected by TLS/SSL Encrypted Optical Link Cloud-based applications Enterprise office Client agnostic 10G and 100G links No overhead, wire speed Diffie-Hellman key exchange AES-256 encryption with GCM extensions X.509 Authentication with third-party administration option Intercepted data is indecipherable ECI Proprietary
- 30. 30 Security Functions: Payload HeaderPayload Header Payload Header … Payload Header Security Applications Public Domain Private Domain Events database Inspects the packet header and sometimes the payload Used to construct• Inspect • Pass • Reject • Alert • Flag • Record • Investigate CYBER SECURITY BASICS ECI Proprietary
- 31. CYBER SECURITY SUITE Big Data Analytics6 Network Anomaly Detection5 L1 – L3 Encryption1 Secured Site GW (UTM)2 Strong Authentication3 Unidirectional Secure GW4 Viewer Public Domain ECI Proprietary
- 32. NFV DELIVERY Corporate VoIP GW ERP, CRM Storage, DB Email, Web, Video Packet Optical Transport DC DC BranchBranch ECI Proprietary
- 33. 33 SECURITY OPPORTUNITIES Increasing awareness of this pervasive threat is creating an opportunity to offer Enterprises value-added services Encryption Holistic Cyber protection ECI Proprietary
- 34. YOU NEED TO BE ELASTIC ECI brings you ELASTIC networks so that YOU can quickly and seamlessly adapt to the rapidly evolving market. ECI Proprietary 34
- 35. ECI Telecom Proprietary and Confidential 35 ELASTIC NETWORKS MEAN: Controlling your network in real time Quickly introducing new services and innovation Seamlessly operating in multi-vendor environments ECI Proprietary 35
- 36. ECI Telecom Proprietary and Confidential 36 UNLIMITED Cloud brings surging bandwidth and new traffic patterns EFFICIENT Mobile and the “Internet of things” drive access anywhere anytime OPEN New revenue sources, new applications SECURE Security for open and programmable networks DRIVEN BY THE NEEDS OF TOMORROW ECI Proprietary
- 37. ECI Telecom Proprietary and Confidential 37 SMARTLIGHT™ FRAMEWORK Neptune Apollo LightSoft NMS LightControl SDN Controller LightSaver LightInsight LightWays LightConnect LightTime LightAction Control TransportAppsSecurity ECI Proprietary 37 LightSec FOUR INTERCONNECTED LAYERS BRING OUR ELASTIC NETWORKS TO LIFE
- 38. ElastiNET™ SERVICE PROVIDERS ElastiGRID™ UTILITIES ElastiCLOUD™ CLOUD NETWORKING ECI Telecom Proprietary and Confidential 38 THE PERFECT SOLUTION FOR YOU ECI Proprietary 38
- 39. THANK YOU. Wayne Hickey Solutions Marketing Manager © All Rights Reserved ECI Telecom. 2015
Notes de l'éditeur
- Repeat title, so lets discuss what and why
- Over the past 100+ years there have been many changes in the communications industry. To point out a few significant milestone examples: Starting in the 1880’s, customers wanting to talk with other customers were assisted by operator switchboards who manually connected each customer. In the 1940’s, as traffic grew, switching was greatly improved using automated switching with cross-bar type switches. Of course the advantage of crossbar switching was that it allowed multiple input and output lines to connect vs. manual patching each line. In 1980’s data modems, or modulator-demodulator, devices using acoustical couplers were used to encode digital information Then in the 1990’s fiber optical cable using Wavelength-Division Multiplexing (WDM) technology to allow providers to multiplex a number of optical carrier signals onto a single optical fiber with the use of different wavelengths.
- So lets talk about what are the ‘Agents of Change Today’: I’d like to point out four areas: For many CSP’s cloud based service represents a new way to do the same old things. However Hybrid, private and public cloud solution dynamics bring surging bandwidth and new traffic patterns for CSP’s . The Internet of Things or Machine 2 Machine (M2M) service means traffic can now be accessible anywhere any time. Open Networks enable virtualization and new models for delivering services Finally Security is even more complex and important.
- Simply put, cloud computing is computing based on the internet. In the past people ran applications and programs from downloaded software on a physical computer or server they owned or in their building. Cloud computing allows everyone with an Internet connection access the those and many other applications thru the Internet. With that in mind cloud computing offers increased efficiency and flexibility, while improving cash flow (I.e. equipment and resources). Depending on the choice of cloud computing this is accomplished by providing: Flexibility – many types of services for cloud computing platforms like Infrastructure as a Service (IaaS), Platform as a Service (PaaS), Software as a Service (SaaS) on public, private and hybrid clouds. Disaster recovery – No more backups as this can be automated by the cloud Automated updates – Always using the most current version and supporting hardware as all that is needed is an Internet connection. Cap-Ex free – no equipment costs Increased collaboration – Customers can be virtually anywhere and time and share resources. Work from anywhere – All that is need is an Internet connection Security – Various levels for secure transmission of traffic Competitiveness – The cloud provides access to enterprise-class technology. Environmentally friendly – Again all that is need is an internet connection.
- So everything/one is moving or moved to the cloud these days. Servers, data is stored, applications and services are hosted from the cloud. Moving servers and storage to the cloud allows ubiquitous access, simplify management and administration and enable businesses to operate more efficiently while cutting costs. Sounds like utopia right? Well you need to decided where you’re cloud services are best served. For example Infrastructure as a Service (IaaS) is used to create cost effective, scalable IT solutions without adding the expense of managing or complexity of hardware. This allows customers to expand or reduce and scale as need without having to purchase, install and integrate hardware. IaaS can be either a public, private and hybrid cloud service. Platform as a Service (PaaS) provides a platform and environment to allow developers to build app’s and services over the Internet. The cloud hosts PaaS services using a web browser. PaaS tools allow customers to create or select preconfigured service features allowing customers to determine what they need of don’t need and are generally paid by client subscription(s). Software as a Service (SaaS) is any cloud service where customers use software applications hosted over the Internet. Hosted cloud applications can be done by individuals and organizations. Google, Twitter, Facebook are all examples of SaaS allowing users access to services with their internet enable device. SaaS is software-on-demand and rentable. Typically customers purchase software app’s as a package, install them based on the number of users, devices and licenses. SaaS subscribe to software rather then purchase it – typically on an per month basis and used online with files saved to the cloud vs on individual computer.
- There are various means for applications to connect to the cloud:
- Storage Area Network (SAN) organizes storage devices into a single storage resource allowing provisioning, allocation and enterprise management. Each switch and storage system on the SAN must be interconnected using fiber optic or copper cabling using FC and GbE. 93% of companies that lost their data center for 10 days or more due to a disaster filed for bankruptcy within one year of the disaster according to National Archives & Records Administration in Washington.
- Data Center Interconnect backbone allows connection of Data Center to Data Center and Data Center to End user. According to Cisco CNI, its expected to grow tremendously with the largest growth in DC to DC area.
- For CSP’s there are many cloud opportunities, including:
- The Internet of Things, is pretty much any physical object or ‘thing’ embedded with software and/or hardware connected to the Internet. Each ‘thing’ is uniquely identifiable by its internet enabled computing systems. IoT offers connectivity of devices, systems and services beyond Machine-to-Machine or M2M while providing many protocols, domains and applications. Advanced devices or smart objects will provide automation at a grand scale across multiple verticals, fields and applications (I.e. Smart Grid, traffic flow, etc.)
- The Key enabling technologies that make up the IoT: IPv6 allows the billions and billions of IoT devices to be addressable. Devices like RFiD, micro-sensors and next Gen wearables. While cloud computing , Big Data, wireless LTE and fiber optic cable provide scalable infrastructure to allow safe and secure transmission.
- 50 Million global users
- Software Defined Networking (SDN) is a reality.