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Cisco (NASDAQ: CSCO) today announced a major advancement in Internet networking — the Cisco® CRS-3 Carrier Routing System (CRS) — designed to serve as the foundation of the next-generation Internet and set the pace for the astonishing growth of video transmission, mobile devices and new online services through this decade and beyond.

With more than 12 times the traffic capacity of the nearest competing system, the Cisco CRS-3 is designed to transform the broadband communication and entertainment industry by accelerating the delivery of compelling new experiences for consumers, new revenue opportunities for service providers, and new ways to collaborate in the workplace.

Overview:

* The Cisco CRS-3 triples the capacity of its predecessor, the Cisco CRS-1 Carrier Routing System, with up to 322 Terabits per second, which enables the entire printed collection of the Library of Congress to be downloaded in just over one second; every man, woman and child in China to make a video call, simultaneously; and every motion picture ever created to be streamed in less than four minutes.

* The Cisco CRS-3 enables unified service delivery of Internet and cloud services with service intelligence spanning service provider Internet Protocol Next-Generation Networks (IP NGNs) and data center. The Cisco CRS-3 also provides unprecedented savings with investment protection for the nearly 5,000 Cisco CRS-1 deployed worldwide. Cisco’s cumulative investment in the Cisco CRS family is $1.6 billion, further underscoring the company’s commitment.

* AT&T, one of the world’s largest telecommunications companies, recently tested the Cisco CRS-3 in a successful completion of the world’s first field trial of 100-Gigabit backbone network technology, which took place in AT&T’s live network between New Orleans and Miami. The trial advances AT&T’s development of the next generation of backbone network technology that will support the network requirements for the growing number of advanced services offered by AT&T to consumer and business customers, both fixed and mobile.

* The Cisco CRS-3 is currently in field trials, and its pricing starts at $90,000 U.S.

Highlights and Capabilities for the Next-Generation Internet:

* Unmatched Scale: With a proven multi-chassis architecture, the Cisco CRS-3 can deliver up to 322 tbps of capacity, more than tripling the 92 tbps capacity of the Cisco CRS-1 and representing more than 12 times the capacity of any other core router in the industry.
* Unique Core and Data Center/Cloud Services Intelligence: In addition to capacity requirements, the growths of mobile and video applications are creating new multidirectional traffic patterns with the increasing emergence of the data center cloud. The new Cisco Data Center Services System provides tight linkages between the Cisco CRS-3, Cisco Nexus family and Cisco Unified Computing System (UCS) to enable unified service delivery of cloud services. This intelligence also includes carrier-grade IPv6 (CGv6) and core IP/MPLS technologies that permit new IP NGN architectural efficiencies required to keep pace with the rapidly growing cloud services market. Unique capabilities include:
o Network Positioning System (NPS) — provides Layers 3 to 7 application information for best path to content, improving consumer and business experiences while reducing costs.
o Cloud virtual private network (VPN) for Infrastructure as a Service (IaaS)-enables ‘pay-as-you-go’ for compute, storage and network resources by automating Cisco CRS-3 and Cisco Nexus Inter-Data center connections for Cisco UCS.
* Unprecedented Savings: The Cisco CRS-3 offers dramatic operational expense savings and up to 60 percent savings on power consumption compared to competitive platforms. The Cisco CRS-3 also delivers significant capital expenditures savings and investment protection for existing Cisco CRS-1 customers. The new capabilities in the platform can be achieved by reusing the existing chassis, route processors, fans and power systems with the addition of new line cards and fabric. These upgrades can be performed in-service and be provided by Cisco Services to ensure a smooth transition.
* Silicon Innovation: The Cisco CRS-3 is powered by the new Cisco QuantumFlow Array Processor, which unifies the combined power of six chips to work as one, enabling unprecedented levels of service capabilities and processing power. Making this implementation even more unique is its ability to deliver capabilities with a fraction of the power required by lesser performing chipsets. The Cisco QuantumFlow Array chipset was designed to provide the new system the ability to scale with the ever increasing demands being placed on the IP NGN by the many different applications and billions of devices being used by both businesses and consumers in the Zettabyte era.

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Swedish investigators are probing a hacker U.S. authorities accuse of unlawfully intruding into Cisco Systems, NASA’s Ames Research Center and NASA’s Advanced Supercomputing Division, the authorities said Monday.

Philip Gabriel Pettersson, known in the hacking world as “Stakkato,” allegedly seized computer code that controls internet traffic. After the 2004 breach of Cisco, the proprietary source code for Cisco’s IOS operating system was discovered on a Russian website.

Pettersson was indicted in the United States in May on five hacking counts, (.pdf) but could not be brought from Sweden to the United States for trial. Sweden does not extradite its own citizens, but said it was examining whether to prosecute him in Sweden after U.S. authorities in San Francisco initiated that request.

“The intrusions to Cisco Company and NASA are regarded as computer intrusion according to Swedish law,” Swedish prosecutor Chatrine Rudstrom told federal prosecutors in San Francisco, according to documents released Monday.

Still, Rudstrom told San Francisco federal authorities that Sweden was not guaranteeing it would charge the 21-year-old suspect.

Petterrson was convicted in 2007 of invading the networks of three Swedish universities and ordered to pay $25,000 in damages. He was 16 at the time of the intrusions.

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The “backdoors” that Cisco and other networking companies implement in their routers and switches for lawful intercept are front and center again at this week’s Black Hat security conference. A few years ago, they were cause celebre in some VoIP wiretapping arguments and court rulings.

This time, an IBM researcher told Black Hat conference attendees that these openings can still expose information about us to hackers and allow them to “watch” our Internet activity. Backdoors are implemented in routers and switches so law enforcement officials can track the Internet communications and activity of an individual or individuals under surveillance. They are required by law to be incorporated in devices manufactured by networking companies and sold to ISPs.

In this report from Forbes, IBM Internet Security Systems researcher Tom Cross demonstrated how easily the backdoor in Cisco IOS can be exploited by hackers. When they gain access to a Cisco router, they are not blocked after multiple failed access attempts nor is an alert sent to an administrator. Any data collected through the backdoor can be sent to anywhere — not just merely to an authorized user, Forbes reports.

What’s more, an ISP is not able to perform an audit trail on whoever tried to gain access to a router through the backdoor – that nuance was intended to keep ISP employees from detecting the intercept and inadvertently tipping off the individual under surveillance. But according to IBM’s Cross, any authorized employee can use it for unauthorized surveillance of users and those privacy violations cannot be tracked by the ISP.

Cisco said it is aware of Cross’s assertions and is taking them under consideration. To Cisco’s credit, it is the only networking company that makes its lawful intercept architecture public, according to the recommendations of the IETF, the Forbes story states. Other companies do not, which means they may be susceptible to the same security flaws, or worse.

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Lovers and haters of the color-coded Department of Homeland Security Advisory System can now extend their passions toward Cisco’s Global ARMS Race Index, the networking giant’s attempt to convey the state of cybersecurity using the color spectrum. ARMS in this context stands for “Adversary Resource Market Share.”

On a scale of green — cyber attacks are barely noticeable — to red — the bad guys own the Internet and no connection can be trusted, Cisco’s 2009 Annual Security Report paints the current online environment in a light orange hue. That’s 7.2 on a scale of 1 to 10 for those who prefer numbers to a continuum of color.

Cisco characterizes the situation thus: “Enterprise networks are experiencing persistent infections. Consumer systems are infected at levels capable of producing consistent and alarming levels of service abuse.” Cisco does its best to find some rays of hope amid the gloom. It notes that vendors are patching like mad. That’s a bit like crowing about the number of combat medics in the field during a war.

From September through October 2009, Adobe, Cisco, Microsoft, and Oracle “released updates to patch more than 100 vulnerabilities in their respective products,” the report says. Not only that but a vulnerability exploited by the Conficker botnet was patched and both Firefox and Internet Explorer received security upgrades.

But as far as good news goes, that’s pretty anemic. Far more impressive is the bad news: While the number of vulnerabilities remained about the same in 2009 as it has been in recent years, “the exploit and attack threat levels increased by 57%.”

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