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ITD Deployment with Transparent mode security devices

ITD (Intelligent Traffic Director) is getting a lot of interest about transparent (Layer 2) mode device support.

Here is a 10 minute video that shows step by step ITD deployment for Transparent mode security devices, such as Firewalls, IPS, IDS, Web application Firewalls (WAF), ASA, Cisco Sourcefire, etc:

ITD is a hardware based multi-Tbps Layer 4 load-balancing, traffic steering and clustering solution on Nexus 5k/6k/7k/9k series of switches. It supports IP-stickiness, resiliency, NAT (EFT), VIP, health monitoring, sophisticated failure handling policies, N+M redundancy, IPv4, IPv6, VRF, weighted load-balancing, bi-directional flow-coherency, and IPSLA probes including DNS. There is no service module or external appliance needed.

Solution Guide: ITD with Layer 2 Firewall / IPS / IDS

Here is more information about ITD:

Please send email to if you have any questions.


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Securing the IoE with OpenAppID

We introduced OpenAppID in early 2014 with the goal of empowering customers and the open source community to control application usage in their network environments. Since then, we have increased our coverage from 1,000 OpenAppID detectors to more than 2,600, and have received valuable feedback from the community on ways to improve the product.

The case of having an open, application-focused detection language and processing module for Snort has attracted the attention of the Internet of Everything (IoE) world. There are countless devices out there using the Internet on their own, varying from a remote IP based camera to an industrial based sensor in which may include some security features on them.

With the combination of OpenAppID and Snort we are giving the capability to the open source community to create their own application-based protocols and classifications, which can be used to Read More »

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Security or Hybrid WAN’s? Do you need to choose?

Security is hot topic on everyone’s mind and for IT it is a constant challenge to stay ahead of the latest threats and vulnerabilities that their organizations face on a daily basis. Take a quick look at the news and it won’t take you long to find an article talking about the latest cyber attack that resulted in the leak of personal data. So what can organizations and more specifically IT teams do to protect themselves from threats and vulnerabilities. Personally I don’t think you can protect yourselves from all threats and vulnerabilities. Cyber threats will continue to exist and cyber criminals will continue to develop increasingly sophisticated attacks to evade even the most robust security barriers. Even if you were to isolate your network from the internet an intruder could overcome your physical security and launch an attack from within your organization.

So what can you do to protect yourself? I view security as a way to reduce your exposure to threats and you should at a minimum make sure you have the appropriate security measures in place to reduce your exposure to threats and vulnerabilities. While you may never be able to stay one step ahead of cyber attacks you should be in a position to detects threats and be able to mitigate them as fast as possible to reduce your exposure.

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Cisco ASA with FirePOWER Services – How to get infected

On October 7, 2013 Cisco completed the acquisition of Sourcefire. At that time, I recognized this via Twitter and checked out the products on their website. I was excited to see the FirePOWER in action together with a Cisco ASA.

I had a good possibility to join the “ASA with FirePower Services” Workshop in Munich directly at Cisco. A big part of this Training was a Hands-on Lab, where the FirePOWER “Virus” infected me. I was thrilled, about the Cisco ASA with FirePOWER Services and the FireSIGHT Management Center.

This intelligent cyber security solution covers gaps in traditional security solutions. The threat-focused next-generation firewall provides next-generation security capabilities:

Application Visibility and Control (AVC)

Over 3000 Application-Layer and Riskbased controls, that works closely with the IPS to optimize the security.

Next-Generation IPS (NGIPS)

Visibility to detect multivector threats to streamline and automate defense response, Superior threat prevention and mitigation for both known and unknown threats

URL Filtering, and Advanced Malware Protection (AMP)

The comprehensive malware-defeating solution can enable malware detection and blocking, continuous analysis, and retrospective alerting.

Cisco ASA1 Read More »

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Cisco Adds Check Point Next-Gen Security Gateway to Growing List of Strategic ACI Partners

Cisco is announcing another important strategic partner to its list of ACI-compliant vendors with the addition of the Check Point Next Generation Security Gateway to the ecosystem. A couple months ago I wrote about the inherent security architecture in ACI (Security for an Application Centric World), and now the Check Point solutions fit right into that framework as an alternative to Cisco security solutions. Essentially, this means that the ACI controller, APIC, can now configure the application network to include the insertion and provisioning of Check Point virtual and physical security gateways as it does other Layer 4-7 application services and security appliances. The availability of the Check Point solutions will offer customers greater choice and flexibility while underscoring the open, multi-vendor approach of ACI.

[Note: Check Point will be participating in our upcoming ACI Webcast event: “Is Your Data Center Ready for the Application Economy”, January 13, 2015, 9 AM PT, Noon ET, featuring ACI customers and several other key ACI technology partners. Register here.]

In scalable, multitenant cloud environments with flexible resource placement, almost every workload must be secured from every other workload, with detailed security policies enabled between workloads in an application network: a concept called micro-segmentation. This level of security policy detail can become tedious to manage on an application-by-application basis. It also can potentially restrict workload mobility and the ways that applications can be deployed in the cloud.

Cisco ACI policies abstract the network, devices, and services into a hierarchical, logical object model. In this model, administrators specify the Layer 4 through Layer 7 services (firewalls, load balancers, etc.) that are applied, the kind of traffic to which they are applied, and the traffic that is permitted. These services can be chained together and are presented to application developers as a single object with simple input and output. Connection of application-tier objects and server objects creates an application network profile (ANP). When this ANP is applied to the network, the devices are told to configure themselves to support it. Tier objects can be groups of hundreds of servers, or just one device; the same policies are applied to all the objects in a single configuration step (see below).

Check Point Integration

The Application Profile Defines Security and Application Policies for Application Networks, and Cisco APIC Manages and Provisions Security Resources in the Fabric, Such as a Check Point Firewall, with the Right Policies for Each Application, at the Right Location

The integration with Check Point Next Generation Security Gateway provides automated security provisioning and a full range of security protections and threat-prevention capabilities in a highly dynamic and agile Cisco ACI environment. Check Point Security Gateways can be deployed as physical or virtual solutions and address today’s ever-changing threat landscape with a modular and dynamic security architecture.

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