CNDA: Network Defense Architect

"Hacker University's C|NDA certification course went above and beyond my expectations. Having an ethical hacker teach the course really gave insight into the world of  hacking and how to better protect your network from hackers. These guys have amazing expertise and experience. I highly recommend Hacker U from Parameter Security."

- Joshua Schneider, Network Security, RaveTek

Can Your Network Defend Against Hackers?

Certified Network Defense Architects are the key to your success. They possess the expertise to properly lockdown your network, watch for suspicious network activity and improve overall information security 365 days a year. The result: a more secure network that decreases the chances of a successful malicious attack.
 

Why get C|NDA certified?

• Understand how hackers get in; better protect your network
• Ability to identify weaknesses and fix them before hackers strike
• Properly lockdown and secure your network
• Ability to identify otherwise undetected security breaches, report and remediate
• Protect company trade secrets, customer and employee data, etc.
• Implement an offensive approach to security
• Develop multi-level security practices to minimize security leaks

What will I learn?

• Learn evasive techniques hackers use
• Scan, test, hack and secure systems
• Gain hands-on experience to increase network security
• Understand threats posed by malicious attackers
• Discover multi-level security practices to minimize security leaks
• Understand how: perimeter defenses work, hackers attack networks, intruders escalate privileges and ways to secure systems
• Learn intrusion detection evasion, effective policy creation, hacking laws, Trojans and virus creation
• Conduct penetration testing, footprinting, competitive intelligence, network sniffing, social engineering and more
• Walk away with an in-depth understanding of offensive security, hands-on hacking experiencing and best practices to implement immediately

Here is what you gain with our C|NDA bootcamp:

• Award-Winning Instructor: 2010 EC-Council Instructor: Circle of Excellence Award Winner
• CNDA Certified Instructor who actually hacks for a living
• EC-Council Certified Instructor (CEI)
• EC-Council Certified Accredited Training Center (ATC)
• Access to our Hacker U referral program
  - Refer a friend that actually completes the course and you get a $500 credit towards future Hacker U classes
  - Your friend gets $500 off their first class with us – friend must mention referral at first point of contact with Hacker U rep to qualify
• Lifetime Membership to Hacker U
  - Individual Membership Card
  - Unique ID number
  - Online access to account
  - Ability to check your class credits and more
  - Subscription to Hacker U e-newsletter
  - Continuing education to include discounts on additional Hacker U classes and webinars
  - Exclusive access to refresher courses upon successful completion of certifications to keep skills up-to-date*
  - Reduced rates on Parameter Security’s hacking, compliance and forensic services
• Hacker U Mulligan aka do-over: if you don’t pass the certification test the first time you can retake the course and certification test one time for FREE*
• Complete courseware with books, backpack and Tshirt
• Supplemental Study Guides
• Flash Based Practice Exam
• 40 hours of in-person training
• Online labs for hands-on experience
• VM image loaded with the best security tools, which the student gets to keep
• Core Impact SEL License
• SAINT 6 node trial License
• Instructor availability to answer any questions during breaks, meals and after class or one-on-one
• Hands-on training that INCLUDES real tools on real servers in a safe and legal environment to ensure a solid understanding of materials
• Bootcamp-style course over 5 days 8:30 am to 4:30pm
• Certification voucher to take test the last day of class or at later date
• Exam proctoring on the last day of class

* Restrictions May Apply

Register:
Contact us for class details or request an instructor to train your employees onsite. Click here.