Early in 2010 Cisco started construction on its greenfield data center in Allen, Texas. From inception, the goal was for this facility to embody our data center vision for consolidation, virtualization, cloud computing, and new approaches to power and cooling, uniquely done all under one roof.
Protecting data, resources, and assets, including audio-video (A/V) content and communications no matter where it resides or travels on Cisco-powered networks can be a daunting undertaking to say the least. People ultimately are responsible for making this happen. With this thought in mind, here are a few questions that frequently challenge someone with this type of responsibility:
- How can one ensure that the confidentiality, integrity, and availability of the core network keeps pace with the introduction of new technologies, while managing the continuous stream of disclosures on existing product vulnerabilities and emerging threats?
- What preemptive or corrective actions can one take to mitigate or remediate known or potential weaknesses in your network operations?
- What trusted informational resources are available that we can apply in the design, operation and optimization of a secure network, and where can this information be found?
This article provides personal insight into a specialized role residing within Cisco’s Applied Intelligence team, a team which was highlighted in the Network World feature article (page 3), “Inside Cisco Security Intelligence Operations.” The role is that of the Security Intelligence Engineer (SIE), a role which focuses on researching and producing actionable intelligence, vulnerability analysis, and threat validation that typically leads to providing answers and solutions to the challenges posed by these questions.
Customers from around the world are gathered today at Cisco’s campus in Richardson, Texas to kick off the Spring 2012 Packet Optical Networking Conference (PONC). This brings together network operators, large enterprise customers, optical industry leaders, and Cisco solution teams at a three-day event to collaborate on best practices and future requirements in IP and optical solutions. Some of the key themes that will be featured at this year’s event include:
- 40G/100G Coherent DWDM transport over 10G infrastructure: Much of the infrastructure today was designed to support only 10G wavelengths. It is undesirable to cap and start over with new infrastructure that is purpose built for 40/100G. Cisco’s unique Coherent optical transport technology is a game Read More »
Two out of three deaths among children under age five could be prevented with effective primary healthcare globally. It is a generally recognized fact that regular medical care is essential for early diagnosis and treatment of illness and chronic diseases. And poor health causes developmental delays, affecting learning ability and a child’s ability to reach full intellectual potential. Sick children exact a toll on families, resulting in lost income and an overall compromised quality of life.
Networked technologies have made work and learning increasingly mobile and highly flexible. So much so that employees are now choosing work-location flexibility over a higher salary and employers are providing workers with the tools to facilitate this. Cisco IBSG calls this “Smart Work.” Of course, the ability to make flexible working a viable option depends on a number of factors, including availability of good broadband connectivity, employer trust, the nature of the work in which an employee is engaged, and suitable social software and video technologies that enable the employee to remain in a connected (albeit virtual) work environment.
Employees, too, have to develop a new form of self-discipline that involves maintaining a good work-life balance; rather than working longer hours, this entails spending much of their extra time with family, in the community, or furthering their own personal and professional development. Read More »
Tags: Big Data, Cisco, cloud services, device proliferation, future of work, IBSG, infrastructure, network, S+CC, security, smart applications, Smart+Connected Communities, urban services, urban sustainability, work-life