Towards developing a Secure Architecture for the Internet of Everything, I plan to kick off a series of blogs around this pivotal topic.
In discussing security and the Internet of Everything, the first question that comes to mind is, “Which segment of “everything” is one referring to?”. A reasonable approach has been to understand the common attributes that crosses vertical segments such as Intelligent Transportation, Smart Utilities, Industrial Automation and so on. The Internet of Things (IoT) and Machine-to-Machine (M2M) are general abstractions for the network infrastructure that links physical and virtual objects. In Cisco, we now refer to these abstractions as the Internet of Everything, IoE. The IoE describes a world where billions of objects have sensors to detect, measure and assess their status; all connected over public or private networks using standard and proprietary protocols.
Until a point in time around 2008/2009, there were more human beings in the world than devices connected to the Internet. That is no longer the case. Read More »
Tags: analytics, architecture, internet, Internet of Everything, internet of things, IoE, IoT, ip, IPv6, M2M, Service Provider, sms
Communication is key, yet too many government agencies voice platforms are living in archaic times.
As government agencies are turning to collaboration technologies like voice, video and mobility to increase efficiency and lower costs, many are faced with outdated voice platforms like Private Branch Exchange (PBX) and Time Division Multiplexing (TDM) . However, the shift to VoIP enables organizations to modernize their communications platform for more robust communication applications, while significantly reducing operating costs.
VoIP provides significant net savings by allowing the management of managing one unified network and no longer needing to sustain a legacy phone system. It also provides enhanced features and VoIP services that improve the user experience. Advanced call routing, image transfer, phone portability, as well as integration with other collaboration applications, such as voicemail delivery via email, voice call button on email are examples of functionality users have come to expect. Read More »
Tags: centrex, civilian, collaboration, dod, federal, government, ip, tdm, UC, unified communications, voip, voip services
Recent Cisco news highlights two prominent service providers – Deutsche Telekom and Telefonica – who have chosen Cisco IP Next-Generation Network solutions.
Deutsche Telekom subsidiary Hrvatski Telekom – Croatia’s largest telecommunications company – is using Cisco solutions in its new TeraStream cloud-enabled IP architecture.
Key elements include all-IPv6 streamlined routing architecture; fully converged IP and optical layers with 100G coherent technology; integrated cloud service centers, enabling virtualized network services and applications for rapid service innovation; programmatic interfaces aligned with the software-defined networking architecture for real-time automation and OSS; and customer self-service management capabilities.
Cisco has delivered the following technologies in this landmark deployment:
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Tags: 100G_coherent, ASR_9000, Cisco, cloud, CRS, ip, IPNGN, IPv6, operator, Optical, service_provider
So, lets dig into LISP Routing a little more. If you have not done so, I would recommend you read my first post, since I am not going to review the concepts here. In this post, I am going to break things down into three steps: 1) how packets are forwarded (i.e. the data plane operation), 2) how mapping information is propagated (i.e. control plane operation), and 3) how we internetwork with non-LISP locations.
For starters, lets head into the weeds and take a look at the LISP header format. In the last post, I mentioned there is some flexibility in how handles IP addressing. The two examples below show a couple of scenarios: pure IPv4 and a IPv4/IPv6 hybrid:
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Tags: Cisco ONE, ip, IPv6, LISP, LISP Routing, routing, vm mobility
When Cisco announced the CRS (Carrier Routing System) in 2004, many analysts and other observers thought it overkill. Some said that Cisco would not sell more than 50.
To date, the number is greater than 8000.
That would seem to fall into the category of “Exceeding Expectations”.
And just how did Cisco do this? In part, by continually staying ahead of the game with enhancements – never waiting for traffic loads, customer demands or other circumstances to force it into catch-up mode.
Today, Cisco continued that practice with further enhancements to the industry-leading CRS platform.
Cisco announced that GTS Central Europe (GTS CE), a leading provider of integrated telecommunications solutions and data center services in Central and Eastern Europe, has deployed the CRS for its Next-Generation Internet core. Cisco new elastic core networking capabilities enable service providers such as GTS CE to cost-effectively launch and scale revenue-generating services within minutes instead of months. The solution includes the industry’s first integrated coherent 100 Gbps IP over DWDM and Cisco’s nLight™ technology for the CRS.
Cisco’s nLight technology converges IP and optical transport networks by introducing programmability to minimize network complexity while maximizing service intelligence and monetization opportunities. This capability significantly reduces network total cost of ownership and is a key element of the Cisco Open Network Environment (ONE) framework.
Also, in recent related news, Cisco and BT recently conducted a landmark 100G DWDM trial
Tags: Carrier_Routing_System, Cisco, core_routing, CRS, DWDM, ip, ONE, Optical, service_provider, SP, tco, total_cost_of_ownership