Finally, Cisco has made the official announcement on the upcoming changes for CCIE Security Version 5. Both the written exam and the lab exam will be changes go live starting 31st of January 2017, which gives you the usual 6 months window to pass the Version 4 exam, before the change to Version 5 occurs. As opposed to the old blueprint, there are major changes in both the technical content and exam delivery format.
As expected, the new exam topics are inline with Cisco’s current Security product line with pretty much nothing missing. Yes, you got that right! Also, as expected, Cisco is trying to push the same exam delivery model for all CCIE tracks.
Blueprint Technical Topic Changes
We now have a Unified Exam Blueprint, covering topics for both the written and lab exam, similar to the change that was introduced with CCIE Data Center Version 2. The Blueprint for Version 5 is divided into 6 sections, with the last one being relevant only for the written exam:
- Perimeter Security and Intrusion Prevention
- Advanced Threat Protection and Content Security
- Secure Connectivity and Segmentation
- Identity Management, Information Exchange and Access Control
- Infrastructure Security, Virtualization and Automation
- Evolving Technologies*
*Written exam only
Topics removed from both written and lab exams:
- EzVPN is out now, as expected, Cisco is moving forward to its AnyConnect (IPsec and SSL) Remote Access VPN Client
- Legacy IPS, or Cisco’s old IPS technology, is out now as well
There are many topics added to the current blueprint. As we no longer have different blueprints for the written and the lab exams, it means that what’s in the blueprint can show up in both exams. Although based on the lab exam equipment changes, some technologies cannot be configured in the lab exam, you might still get questions about these technologies in the new Diagnostic section of the lab exam. This means that you should be prepared for the technologies as per the blueprint, for both exams.
New Version 5 Topics:
- ASA Clustering
- NAT for IPv6
- Cloud Web Security (CWS)
- Email Security Appliance (ESA)
- Content Security Management Appliance (SMA)
- Advanced Malware Protection (AMP)
- Virtual Security Gateway
- TrustSEC with SGT and SXP
- ACI, EVPN, VXLAN and NVGRE
- ISE Personas with multimode deployment
- MDM Integration with ISE
- Wireless concepts such as FlexCONNECT and ANCHOR
- NetFLOW/IPFIX and eStreamer
- APIC-EM Controller
- RESTful API in scripting languages such as Python
- Evolving Technologies (Cloud, SDN and IoT) being only in the written exam
Lab Exam Equipment Changes
As previously rumored, in Version 5 we have more equipment going virtual:
- FirePOWER Management Center version 6.0.1 and/or 6.1
- FirePOWER NGIPSv version 6.0.1
- Cisco FirePOWER Threat Defense version 6.0.1
- FireAMP Private Cloud
- Cisco ASAv version 9.1
- Cisco Application Policy Infrastructure Controller Enterprise Module version 1.2
- Email Security Appliance (ESA) version 9.7.1
- IOSv L2 version 15.2 (which is virtual IOS for layer 2)
- IOSv L3 version 15.5(2)T (which is virtual IOS for layer 3)
- Cisco CSR 1000v version 3.16.02S
- Cisco Unified Communications Manager version 8.6(1)
Other virtual devices have been kept from previous blueprint, with a version change:
- Cisco Identity Services Engine (ISE) version 2.1.0
- Cisco Secure Access Control System (ACS) version 184.108.40.206
- Cisco Web Security Appliance (WSA) version 9.2.0
- Cisco Wireless Controller (WLC) version 8.0.133
- Test PC is Microsoft Windows 7
- Active Directory is running on Microsoft Windows Server 2008
- AnyConnect version 4.2
As for physical devices we have the following devices in Version 5:
- Cisco Catalyst Switch C3850-12S 16.2.1 version 16.2.1
- Cisco Adaptive Security Appliance: 5512-X version 9.6.1
- Cisco 2504 Wireless Controller: 2504 version 220.127.116.11
- Cisco Aironet1602E version 15.3.3-JC
- Cisco Unified IP Phone 7965 version 9.2(3)
FirePOWER is the major new addition, where we have both the FirePOWER NGIPS and the FirePOWER Threat Defense (unified code for ASA and FirePOWER Services) being added, alongside with FirePOWER Management Center as the management platform. FireAMP will also be present through the private cloud appliance, used for advanced malware protection through big data analytics, policies, detections, and protections stored locally on premises.
ASA Firewall is now present through the physical model of ASA 5512-X, and the virtual model of ASAv. Addition of APIC-EM, which supports both the physical and virtual ASA models, is clearly interesting, being a strong proof about Cisco’s vision moving forward, which is clearly the adoption of SDN technologies in the Enterprise market.
As expected, ESA has been finally added to the game, as even in version 4 it was supposed to be in the lab exam, but Cisco decided in the end to skip it.
Routers and switches are now virtualized through IOSv for Layer 2/Layer 3 and CSR 1000v, exception being the 3850 switch model which most probably is there for some TrustSEC features not supported by virtualization (MACsec, SGT, SXP).
Finally, I would assume that the only scope for the Cisco Unified Communications Manage being in a Security CCIE lab, is for the IP Phone to register, which means you need zero knowledge about this technology.
Lab Exam Format Changes
The new lab exam format follows up with Cisco’s current vision of exam delivery, aimed to properly test you on different set of skills. The format is the same that was introduced with CCIE R&S Version 5, but of course with the Security technical topics instead of R&S ones.
The eight-hour lab format is now divided into three modules with order of the modules being fixed as follows:
- Troubleshooting module
- Diagnostic module
- Configuration module
- It’s 2 hours in length, you can optionally borrow 30 minutes from the configuration module.
- By the name, it’s a troubleshooting section, where you’ll be given a certain number of tickets/incidents that you need to fix. There is no inter-dependency between tickets and you can fix tickets in whatever order you want. You have access to devices consoles in order to reconfigure the network and fix the problems.
- This module is aimed to test your troubleshooting technical and methodology skills, and the ability to fix a problem from an unknown network topology within fixed allocated time.
- It’s 1 hour in length, and you cannot extend it
- By the name, diagnostic, it’s still a troubleshooting section, but in a different format; you’ll be given a certain number of tickets/incidents that you need to fix, there is no inter-dependency between tickets and you can fix tickets in whatever order you want; challenge is that you have NO access to devices console, instead, for each ticket, you’re being given many inputs (e-mail threads, diagrams, logs, traffic captures), out of which you have to diagnose the problem and select the correct answer(s)
- This module is aimed to test your ability to analyze and correlate multiple inputs related to a network problem within fixed allocated time, and without being given access to the devices you need to identity the root cause
- It’s 5 hours in length, but it can be 4.5 hours if you extended the troubleshooting module
- By the name, it’s a configuration section, where you’ll be given a certain number of configuration tasks, with access to devices console to implement the given requirements; this is nothing else but what was in version 4 the actual exam itself, as it had only one module; there will be dependencies between tasks, some of them will be explicitly stated, some of them you’ll have to figure it, are implicit
- This module is aimed to test your understanding of a solution design and architecture, of the traffic flows and dependencies within a network when multiple technologies are combined, ability to understand network requirements and translate it into working configuration within fixed allocated time
Passing the Lab Exam
In order to pass the lab exam, two conditions need to be satisfied:
- Pass each module, score enough points in each module to meet the minimum cut score for the module
- Total number of gained points must equal the minimum overall cut-score criteria
As each individual module tests you on different set of skills, though for the same technologies, the first criteria make sense, having to pass each module. This is to ensure that you have proved being an expert not only from the technology point of view, but also through the fact that you can make use that knowledge to fix various types of problems, being challenged in different ways. The minimum cut-score for each module is unknown, most probably because it could vary between different lab exam versions; for example you might get a more complex Diagnostic section with a lower minimum cut-score, or a less complex Diagnostic section with a higher minimum cut-score.
The second criteria also make sense, the minimum overall cut-score. This is probably to ensure that you don’t pass the exam if you passed each individual module with close to exactly the minimum module cut-score. Basically you can have a PASS for each module, but a FAIL for the exam. What this means, is that in order to have a PASS for the exam, you need to score more than the minimum cut-score for all modules, or only for some modules.
Although it might seem that you’re walking in blind, you go to the lab exam without knowing how many points are required to pass and in which of the three modules, this new lab exam format also has some benefits:
- It gives flexibility, as you can score less points in one module because of being less prepared or less knowledgeable, and more points in other modules
- It gives you a better focus, as you’re no longer chasing points in the exam, you’re now chasing to do your best in each module and prove your skills; this also implies a strategy change for the lab approach
- By passing the current lab exam format, you’ve become an expert in the field, with certified skills required to implement Cisco’s technologies into today’s and tomorrow’s networks
In conclusion, it’s now clear that if you want to become CCIE Security Version 5 certified, you will need more FirePOWER.
About Cristian Matei, CCIEx2 #23684:
As a solutions architect for Datanet Systems, the most valuable Cisco Gold Partner in Romania, Cristian has designed, implemented, and maintained several large enterprise networks covering Cisco’s security, routing, switching, service provider, and wireless portfolio of products. Cristian’s journey started in 2006 with Microsoft technology, focused on the MCSE Security and MCSE Messaging tracks. He then joined Datanet Systems, where he quickly obtained his Security and Routing & Switching CCIEs, among other certifications and specializations, such as CCNP, CCNP Security, CCDP, CTA, IronPort CICSP, Comptia Security+, and ISACA CISM. Cristian has been a Cisco Certified Systems Instructor (CCSI) since 2007, teaching official CCNA, CCNP, and CCNP Security curriculum. He has been working with INE since 2010, initially focusing on technical development of the Security and Routing & Switching workbooks, and then adding Security Bootcamp instruction. You may contact Cristian Matei at email@example.com or find him helping others in INE’s IEOC Community Forum.