We’ll discuss the results of Cisco’s ongoing threat analysis research and how to leverage network instrumentation as critical incident response components that will help protect your network infrastructure, proprietary and customer information, servers, clients, and users. Network instrumentation is the basis of many of our incident response recommendations and ideally should be implemented while we are preparing to respond to incidents, not in the middle of one. Once we’ve instrumented the network we can leverage the information it provides to gain insight into and quickly respond to threats.
The full list of presenters for the two day conference is here. Please join us and all of the other attending security professionals on December 6 & 7, 2013 at the Hacker Dojo in Mountain View, CA for BayThreat 2013!
This year I was honored to be able to present and participate at Cisco Live Cancun, which took place last week. Many attendees from North, Central and South America and the Caribbean came to discover innovative ways that networking technologies can help them reach new markets and understand which solutions are right for their specific challenges.
Security was a hot topic this year!
Customers were able to connect with numerous experts for guidance and advice on security IT challenges that their company may be facing. Maintaining an appropriate security posture in “Bring Your Own Device” (BOYD) environments can be a challenge. This year I delivered a presentation about BYOD Security and Cisco’s TrustSec in an 8 ½ hour session titled “Bring Your Own Device – Architectures, Design and Operation” (TECRST-2020). Implementing BYOD requires a comprehensive solution that ensures the security and reliability of the network while enhancing user experience and productivity. The exponential growth of consumer devices and the need to maintain continuous connectivity to corporate and Internet resources has brought new challenges to corporate networks. Network managers struggle to provide adequate connectivity to employees while protecting corporate data. This session focused on the architecture and framework required to deploy the proper network infrastructure, security components and device management to support different endpoints, each with unique permissions into the network. A combination of lectures and live demos provided the information needed for customers to build an effective BYOD solution. The latest Cisco Validated Design guide (CVD) 2.5 for BYOD was covered highlighting different BYOD use cases, including TrustSec, converged access and the integration with Mobile Device Managers (MDM) to receive device posture information. Read More »
Today, rapid changes in the world we live in, driven by technology trends, business model changes and market transitions, like the Internet of Everything, profoundly impact our networks and our data centers. With the advent of all of these new capabilities, we have created a new paradigm for security—it is what I refer to as the “Any to Any” Problem. That is, any user on any device increasingly going over any type of connection, to any application, that could be running in any data center and on any cloud. Regardless of how or where our users are connecting, we have to provide the right levels of inspection and protection against malicious actors.
Today, Cisco is announcing the new Application Centric Infrastructure (ACI) designed to seamlessly integrate layer 4 through layer 7—and security, in particular—into next generation Data Center environments. As part of this framework, we are announcing ACI Security Solutions, which support next generation Cisco ASA physical and virtual firewall technologies by stitching them directly into the ACI network fabric, and can be managed using the ACI Policy Infrastructure Controller management tool.
The Cisco ASA 5585-X Series Next-Generation Security Appliance has been updated and certified to interoperate with the new Nexus 9000 switches—whether they are deployed in traditional or ACI modes. The new Cisco ASA Virtual Firewall (ASAv) performs the same functions as any ASA appliance. However, unlike an ASA 1000v Cloud Firewall, the ASAv maintains its own data path. This allows it to work with any virtual switch and it will be available on multiple hypervisors. Read More »
It’s one thing to say that by 2020 the world will host 50 Billion Internet Protocol-connected devices. It’s even more amazing that the planet’s number of Internet-connected devices already exceeds the human population. So how do we secure tens of billions of devices when we know that the vast majority of them will not possess sufficient memory and processing power to accommodate conventional anti-malware or other security software? Two things are clear to me. We need to build security into Internet of Things solutions from the beginning, and that the network is the only option we have to bring security visibility and control to this new universe of connected devices.
The Internet of Things is going to transform the world, but unless we act to secure it now we will find ourselves asking at some future date whether it was worth doing in the first place. I don’t claim to have all the answers in the video post here, but we need to start asking the right questions about securing the Internet of Things now.
Many Cisco customers with an interest in product security are aware of our security advisories and other publications issued by our Product Security Incident Response Team (PSIRT). That awareness is probably more acute than usual following the recent Cisco IOS Software Security Advisory Bundled Publication on September 25. But many may not be aware of the reasoning behind why, when, and how Cisco airs its “dirty laundry.”
Our primary reason for disclosing vulnerabilities is to ensure customers are able to accurately assess, mitigate, and remediate the risk our vulnerabilities may pose to the security of their networks.
In order to deliver on that promise, Cisco has has made some fundamental and formative decisions that we’ve carried forward since our first security advisory in June 1995.