Eccentrix - Trainings catalog - Cybersecurity and cyberdefense - Certified Encryption Specialist (ECES) (EC6164)

Certified Encryption Specialist (ECES) (EC6164)

Name: ECES Certification Training | EC6164 | Eccentrix
Availability: InStock

The EC-Council Certified Encryption Specialist (ECES) program introduces professionals and students to the field of cryptography.

Participants will learn the basics of symmetric and modern key cryptography, including details of algorithms such as Feistel Networks, DES, and AES. Other topics introduced include an overview of algorithms such as Blowfish, Twofish, and Skipjack; hashing algorithms, including MD5, MD6, SHA, Gost, RIPMD 256, and others; asymmetric cryptography, including in-depth descriptions of RSA, Elgamal, Elliptic Curve, and DSA; and significant concepts such as diffusion, confusion, and Kerckhoffs’s principle. Participants will also receive practical applications of the following: how to set up a VPN, encrypt a drive, and hands-on experience with steganography.

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Exclusives

Certification exam participation: Voucher included – value of $350!
Video recording: 365 days of access to your course for viewing
Technical lab: Available for 180 days of online access
Class material: Complete and up to date with ASPEN
Proof of attendance: Digital certificate of completion for the official EC-Council course
Fast and guaranteed schedule: Maximum wait of 4 to 6 weeks after participant registrations, guaranteed date

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Private class

Reserve this training exclusively for your organization with pricing adapted to the number of participants. Our pricing for private classes varies according to the size of your group, with a guaranteed minimum threshold to maintain pedagogical quality.

Volume-based pricing discount according to the number of participants
Training delivered in an environment dedicated to your team
Scheduling flexibility according to your availability
Enhanced interaction among colleagues from the same organization
Same exclusive benefits as our public training sessions

How to get a proposal?

Use the request form by specifying the number of participants. We will quickly send you a complete proposal with the exact pricing, available dates, and details of all the benefits included in your private training.

Certified Encryption Specialist (ECES) EC-6164 Training Plan: Detailed Modules

Module 1: Introduction and History of Cryptography

What is Cryptography?
History
Mono-Alphabet Substitution
Caesar Cipher
Atbash Cipher
ROT 13
Scytale
Single Substitution Weaknesses
Multi-Alphabet Substitution
Cipher Disk
Vigenère Cipher
Vigenère Cipher: Example
Breaking the Vigenère Cipher
Playfair
The ADFGVX cipher
The Enigma Machine
CrypTool

Module 2: Symmetric Cryptography & Hashes

Symmetric Cryptography
Information Theory
Information Theory Cryptography
Concepts
Kerckhoffs’s Principle
Substitution
Transposition
Substitution and Transposition
Binary M
ath
Binary AND
Binary OR
Binary XOR
Block Cipher vs. Stream Cipher
Symmetric Block Cipher Algorithms
Basic Facts of the Feistel Function
The Feistel Function
A Simple View of a Single Round
Unbalanced Feistel Cipher
DES
3DES
DESx
Whitening
AES
AES General Overview
AES Specifics
Blowfish
Serpent
Twofish
Skipjack
IDEA
Symmetric Algorithm Methods
Electronic Codebook (ECB)
Cipher-Block Chaining (CBC)
Propagating Cipher-Block Chaining
(PCBC)
Cipher Feedback (CFB)
Output Feedback (OFB)
Counter (CTR)
Initialization Vector (IV)
Symmetric Stream Ciphers
Example of Symmetric Stream Ciphers:
RC4
Example of Symmetric Stream Ciphers:
FISH
Example of Symmetric Stream Ciphers:
PIKE
Hash
Hash – Salt
MD5
The MD5 Algorithm
MD6
Secure Hash Algorithm (SHA)
Fork 256
RIPEMD – 160
GOST
Tiger
CryptoBench

Module 3: Number Theory and Asymmetric Cryptography

Asymmetric Encryption
Basic Number Facts
Prime Numbers
Co-Prime
Eulers Totient
Modulus Operator
Fibonacci Numbers
Birthday Problem
Birthday Theorem
Birthday Attack
Random Number Generators
Classification of Random Number Generators
Naor-Reingold and Mersenne Twister
Pseudorandom Function
Linear Congruential Generator
Lehmer Random Number Generator
Lagged Fibonacci Generator
Diffie-Hellman
Rivest Shamir Adleman (RSA)
RSA – How it Works
RSA Example
Menezes–Qu–Vanstone
Digital Signature Algorithm
Signing with DSA
Elliptic Curve
Elliptic Curve Variations
Elgamal
CrypTool

Module 4: Applications of Cryptography

Digital Signatures
What is a Digital Certificate?
Digital Certificates
X.509
X.509 Certificates
X.509 Certificate Content
X.509 Certificate File Extensions
Certificate Authority (CA)
Registration Authority (RA)
Public Key Infrastructure (PKI)
Digital Certificate Terminology
Server-based Certificate Validation Protocol
Digital Certificate Management
Trust Models
Certificates and Web Servers
Microsoft Certificate Services
Windows Certificates: certmgr.msc
Authentication
Password Authentication Protocol (PAP)
Shiva Password Authentication Protocol (S-PAP)
Challenge-Handshake Authentication Protocol
(CHAP)
Kerberos
Components of Kerberos System
Pretty Good Privacy (PGP)
PGP Certificates
Wifi Encryption
Wired Equivalent Privacy (WEP)
WPA – Wi-Fi Protected Access
WPA2
SSL
TLS
Virtual Private Network (VPN)
Point-to-Point Tunneling Protocol (PPTP)
PPTP VPN
Layer 2 Tunneling Protocol VPN
Internet Protocol Security VPN
SSL/VPN
Encrypting Files
Backing up the EFS key
Restoring the EFS Key
Bitlocker
Bitlocker: Screenshot
Disk Encryption Software: Truecrypt
Steganography
Steganography Terms
Historical Steganography
Steganography Details
Other Forms of Steganography
Steganography Implementations
Demonstration
Steganalysis
Steganalysis – Raw Quick Pair
Steganalysis – Chi-Square Analysis
Steganalysis – Audio Steganalysis
Steganography Detection Tools
National Security Agency and Cryptography
NSA Suite A Encryption Algorithms
NSA Suite B Encryption Algorithms
National Security Agency: Type 1 Algorithms
National Security Agency: Type 2 Algorithms
National Security Agency: Type 3 Algorithms
National Security Agency: Type 4 Algorithms
Unbreakable Encryption

Module 5: Cryptanalysis

Breaking Ciphers
Cryptanalysis
Frequency Analysis
Kasiski
Cracking Modern Cryptography
Cracking Modern Cryptography: Chosen Plaintext
Attack
Linear Cryptanalysis
Differential Cryptanalysis
Integral Cryptanalysis
Cryptanalysis Resources
Cryptanalysis Success
Rainbow Tables
Password Cracking
Tools

ECES course preview

Recommended prerequisite knowledge

A basic understanding of cybersecurity principles.
Familiarity with general IT concepts and terminology.
Knowledge of basic networking and security is beneficial but not mandatory.

Credentials and certification

Exam features

Code: 212-81
Title: EC-Council Certified Encryption Specialist
Duration: 2 hours 
Number of Questions: 50
Question Format: Multiple Choice
Online with EC-Council Exam Center
Cost: $0 (included in your training)

All details >>

EC-Council Career Advancement Pathway

Eccentrix offers a structured EC-Council certification pathway to help you specialize in digital forensics and cybercrime investigations. Here’s how each certification fits into the pathway and how to plan your complete progression.

Recommended EC-Council Digital Forensics & Cybercrime Investigations Pathway

🔍 Level 1 – Foundations – You are here
Certified Certified Encryption Specialist (ECES) – Encryption fundamentals, key concepts, and introductory investigation techniques
🕵️‍♂️ Level 2 – Digital Investigations – Next recommended step
Computer Hacking Forensic Investigator (CHFI) – Forensic analysis, digital evidence collection, post-incident investigation

Duration and Salary Progression by Level

Level	Certification	Duration	Average Salary (CAD)
1	Certified Encryption Specialist	3 days	$60,000 – $75,000
2	Computer Hacking Forensic Investigator	5 days	$75,000 – $95,000

Total pathway duration: 6–12 months
Potential salary increase: +20% to +35% from Level 1 to Level 2

Skills Development by Level

Skill Area	ECES	CHFI
Encryption Concepts	Proficient	Advanced
Forensic Analysis	Introduction	Proficient
Evidence Collection	Basic	Advanced
Post-Incident Investigation	Basic	Advanced
Forensic Tool Usage	Basic	Proficient

Level 1 – Foundations with ECES (Your Current Step)

Why this is your logical starting point:

The Certified Encryption Specialist (ECES) certification lays the essential foundation for understanding encryption, data security, and basic digital investigation concepts. It’s ideal for anyone looking to move into forensic, incident analysis, or cyber-investigation roles.

Roles accessible after ECES:

Security Technician
Forensic Analyst Assistant
IT Support Technician
Junior Digital Investigation Analyst

Average salary in Canada: $60,000 – $75,000 CAD

Typical timeline: 2–4 months of training

Level 2 – Digital Investigations with CHFI (Next Recommended Step)

If you’ve completed ECES, CHFI is the logical next step to master forensic analysis, digital evidence collection, and post-incident investigation in diverse environments.

Explore the CHFI training

Other Available EC-Council Pathways

After completing the Digital Forensics & Cybercrime Investigations pathway, you can also explore other specialized tracks or complementary certifications:

Ethical Hacking Technical Pathway

Security Operations Center (SOC) Pathway

Leadership Pathway

Complementary Certifications

Benefits of the Complete Pathway

Structured Progression

Each certification builds on the previous, creating a solid technical foundation for digital forensics and investigation.

Global Recognition

Certifications recognized by industry employers worldwide.

Increased Versatility

Prepares you for diverse roles in forensics, investigation, post-incident analysis, and cybersecurity.

Rapid Career Advancement

Move quickly from technician to advanced analyst in digital forensics and cybercrime investigations.

Ready to Advance?

Plan your EC-Council pathway with our experts today!

Eccentrix Corner Articles: Certified Encryption Specialist (ECES) EC-6164 Resources

Explore our technical articles on Certified Encryption Specialist (ECES) EC-6164 published on Eccentrix Corner. These resources dive deeper into key encryption concepts, share best practices in data security, and provide practical guides to maximize your learning and certification success. Our experts share real-world insights to help you master advanced cryptographic techniques and protect sensitive information.

An illustration of how encryption algorithms substitute characters as part of their mechanics - Eccentrix

Breaking Encryption Algorithms: Methods, Tools, and Practical Examples

A representation of a secured device, referencing to encryption and cryptography - Eccentrix

Deciphering Symmetric and Asymmetric Encryption

An illustration about the basic concepts and keyword of cryptography - Eccentrix

Crypto 101 – terminology

An illustration of a computer threat to be mitigated by implementing countermeasures - Eccentrix

Common types of cyberattacks and countermeasures – a brief explanation

ECES Certification Training

The ECES Certification training provides cybersecurity professionals and IT specialists with a strong foundation in cryptography and encryption technologies. This course covers essential concepts, algorithms, and practical applications of encryption, enabling participants to secure digital assets and protect sensitive information effectively.

Through hands-on labs and practical scenarios, participants will gain the expertise needed to work with encryption tools and methods, preparing them to achieve the ECES certification, a globally recognized credential in cryptography.

Why Choose the ECES Training?

With the rise of cyber threats and increasing demand for secure communication, knowledge of encryption technologies has become essential. The ECES training equips participants to understand, implement, and manage encryption techniques to safeguard data.

Earning the ECES certification demonstrates your expertise in cryptography, enhancing your ability to secure organizational systems against unauthorized access and data breaches.

Key Skills Developed in the Training

Comprehensive understanding of encryption algorithms
Learn symmetric and asymmetric encryption methods, including DES, AES, RSA, and ECC.
Data protection techniques
Understand hashing methods, digital signatures, and secure key management practices.
Practical application of cryptography
Gain hands-on experience with encryption tools, secure communication protocols, and data protection strategies.
Secure communication methods
Learn how to encrypt emails, files, and networks to ensure data confidentiality and integrity.
Compliance with security standards
Understand how encryption aligns with regulatory requirements and industry standards.
Prepare for the ECES certification exam
Acquire the knowledge required to pass the ECES exam and validate your cryptography skills.

Hands-On Training with Expert Guidance

Delivered by experienced cybersecurity instructors, the ECES training incorporates real-world scenarios and labs to provide practical experience. Participants will explore encryption challenges and solutions, gaining skills they can apply immediately in professional settings.

Who Should Attend?

This training is ideal for:

IT and cybersecurity professionals focusing on data protection and secure communications
Network administrators and engineers aiming to enhance encryption knowledge
Security consultants working on cryptography solutions for organizations
Individuals preparing for the Certified Encryption Specialist (ECES) certification

Secure Your Future in Cybersecurity with ECES

The Certified Encryption Specialist (ECES) (EC6164) training equips you with the knowledge and skills to implement advanced encryption techniques and secure critical data. Enroll today to earn a globally recognized certification and enhance your career in cryptography and cybersecurity.

Exam Success Strategies for ECES

Achieving the EC-Council Certified Encryption Specialist (ECES) certification requires more than technical knowledge—strategic preparation, effective time management, and optimal mental performance are equally essential. By understanding the exam structure, mastering cryptographic algorithms, and practicing with realistic scenarios, you will develop the confidence and expertise needed to excel in the ECES certification.

ECES Exam Statistics & Success Rates

Average Pass Rate: 72-77% on first attempt
Most Common Score Range: 74-82% for passing candidates
Average Study Time: 4-6 weeks for experienced cybersecurity professionals
Retake Rate: 18-23% of candidates require a second attempt
Top Failure Areas: Asymmetric cryptography and number theory (34%), cryptanalysis techniques (27%), practical applications of encryption (24%)

Study Method Comparison

Study Approach	Duration	Pass rate	Best For
Hands-on Practice Only	6-8 weeks	45-55%	Experienced cryptography professionals
Documentation + Practice	8-10 weeks	72-77%	Methodical learners
Training + Labs + Practice	4-6 weeks	85-92%	Comprehensive preparation
Practice Tests Only	2-3 weeks	35-45%	Not recommended

Strategic Study Approach

Create a 4-6 week study schedule – Don’t rush this certification; cryptography requires deep understanding of mathematical concepts and algorithm implementations
Follow the 70-20-10 rule – 70% hands-on practice with encryption tools and cryptographic implementations, 20% reading documentation and course materials, 10% practice exams
Focus on scenario-based learning – ECES emphasizes real-world encryption applications rather than memorizing formulas
Study in 90-minute blocks with 15-minute breaks to maximize retention and avoid burnout
Practice implementing encryption algorithms repeatedly – understand how symmetric and asymmetric encryption work in practice
Master cryptographic concepts and principles – understand diffusion, confusion, Kerckhoffs’s principle, and key management
Understand practical applications – know how to set up VPNs, encrypt drives, and implement steganography

Common Exam Pitfalls to Avoid

Don’t confuse basic encryption concepts with advanced cryptographic implementations – ECES requires in-depth knowledge of algorithm design and cryptanalysis
Symmetric cryptography and hashing are heavily tested – understand DES, AES, Blowfish, Twofish, Skipjack, and hashing algorithms (MD5, MD6, SHA, GOST, RIPEMD)
Asymmetric cryptography requires mathematical depth – know RSA, ElGamal, Elliptic Curve Cryptography (ECC), and DSA in detail
Number theory is fundamental – understand prime numbers, modular arithmetic, discrete logarithms, and their role in cryptography
Cryptanalysis techniques are critical – know how to identify weaknesses in encryption implementations and understand attack vectors
Practical applications differ from theory – understand how to implement VPNs, full-disk encryption, and secure communication protocols
Steganography is a distinct discipline – know how to hide information within other data and detect hidden messages
Key management is often overlooked – understand key generation, distribution, storage, and lifecycle management

Topic Weight Distribution

Exam Domain	Weight	Focus Areas	Priority
Introduction and History of Cryptography	8-10%	Cryptographic evolution, classical ciphers, historical context	Medium
Symmetric Cryptography & Hashes	25-30%	DES, AES, Blowfish, Twofish, Skipjack, MD5, SHA, RIPEMD, hashing concepts	Critical
Number Theory and Asymmetric Cryptography	30-35%	Prime numbers, modular arithmetic, RSA, ElGamal, ECC, DSA, public key infrastructure	Critical
Applications of Cryptography	20-25%	VPN setup, full-disk encryption, secure communication, steganography, PKI implementation	Critical
Cryptanalysis	12-15%	Attack vectors, weakness identification, cryptographic vulnerabilities, security analysis	High

Exam Day Time Management

Allocate approximately 1.5 minutes per question on average – this gives you buffer time for complex mathematical and scenario-based questions
Read scenario questions completely before attempting to answer – don’t miss critical details about encryption context or implementation requirements
Flag uncertain questions and return to them – don’t get stuck on difficult mathematical problems and waste valuable time
Reserve 10-15 minutes at the end to review flagged questions and double-check your answers
Manage mathematical questions strategically – prioritize questions related to your strongest cryptographic domains first

Managing Exam Stress & Performance

Get 7-8 hours of quality sleep the night before – avoid last-minute cramming that reduces cognitive performance
Log in to the exam site 5-10 minutes early – settle in and complete check-in procedures calmly
Use deep breathing techniques if you feel overwhelmed during the exam – mental clarity is key for complex questions
Trust your preparation – your first instinct is usually correct on scenario-based cryptography questions
Remember that the passing score is 70% – you don’t need perfection, just solid competence in encryption and cryptography

Technical Preparation Tips

Practice implementing all major encryption algorithms – understand how DES, AES, RSA, and ECC work in practice, not just theory
Master hashing algorithms – know the differences between MD5, SHA-1, SHA-256, SHA-3, and when to use each
Understand asymmetric cryptography deeply – know how public key cryptography works, including key generation and exchange
Practice number theory concepts – understand modular arithmetic, prime factorization, and discrete logarithms
Master cryptanalysis techniques – know how to identify vulnerabilities in encryption implementations and understand common attacks
Practice with encryption tools – understand how to configure VPNs, implement full-disk encryption, and use steganography tools
Understand key management – know how to generate, distribute, store, rotate, and revoke cryptographic keys securely

Final Week Preparation

Take 2-3 full practice exams to identify knowledge gaps and build confidence
Review the official ECES exam objectives from EC-Council one final time
Focus on your weakest areas – asymmetric cryptography, number theory, and cryptanalysis are the most common failure areas
Avoid learning new concepts – focus on reinforcing what you already know
Prepare your exam day logistics – required identification, computer setup

Mental Preparation Strategies

Visualize success scenarios – imagine yourself confidently answering questions and solving cryptographic challenges
Recall your hands-on experience – you’ve likely solved many of these problems in lab environments before
Stay positive when facing difficult questions – all candidates encounter challenging scenarios
Remember that cryptography is a practical skill – your lab experience is your greatest asset
Approach the exam as a validation of your expertise, not a test of memorized formulas

How to Schedule Your ECES Exam

Testing is done online with EC-Council Exam Center, the authorized testing partner for ECES
Scheduling Process: Create an account, search for “ECES” or “212-81”, select your date
Exam Cost: Included in your Eccentrix training – exam voucher provided for this certification
Scheduling Timeline: Book at least 1-2 weeks in advance for better time slot availability
Rescheduling Policy: Free rescheduling up to 24 hours before your exam appointment
Required ID: Government-issued photo ID (passport, driver’s license) matching your registration name exactly

Success Mindset: Approach ECES as a validation of your cryptography expertise and your ability to implement secure encryption solutions effectively, not as a test of memorized formulas. Your hands-on experience with encryption algorithms, cryptographic tools, and practical implementations is your greatest asset.