Privia Security was chosen as one of Türkiye's fastest growing companies!
Privia Security was chosen as one of Türkiye's fastest growing companies!
The Power Behind Industry Leaders
A hands-on training program designed to provide participants with a comprehensive understanding of modern symmetric and asymmetric encryption fundamentals, the internal workings of cryptographic systems, and the principles behind algorithms used in the science of cryptology. The course also focuses on how to properly apply these techniques in real-world environments. It serves as a complementary course for ethical hackers and penetration testers seeking to deepen their knowledge of encryption methods.
The training content includes the operational principles and structures of algorithms such as Blowfish, Twofish, and Skipjack; hashing mechanisms like MD5, MD6, SHA, Gost, and RIPEMD-256; asymmetric cryptography techniques including RSA, ElGamal, Elliptic Curve, and DSA; as well as core cryptographic concepts such as Diffusion, Confusion, and Kerckhoffs’ Principle.
The course combines theoretical instruction with practical exercises. It is designed to ensure that participants gain knowledge of both fundamental and modern cryptographic techniques. It also aims to enhance the applied cryptographic communication skills of mobile application developers.
The training is scheduled on weekdays or weekends and is completed in 3 days. Upon completion, participants receive a wet-signed Privia Security Certificate of Participation.
Participants are expected to have certain foundational skills to complete the training effectively. These prerequisites are defined to ensure a productive learning experience:
Our corporate training program is designed for professionals seeking a hands-on learning experience in modern cryptography and data security technologies.
Our cybersecurity training programs aim to raise organizational awareness by enhancing employees' understanding and consciousness of information security.
1200+
Hours Training
300+
Enterprise Customer
100+
Technical Publication
22.000+
Total Subscribers
Classification of Cryptography
Common Operations in Cryptography
Ancient Cryptography
Caesar Cipher
Vigenère Cipher
One-Time Pad
Symmetric Cryptography
Block Ciphers
DES, 3DES
AES
Modes of Operation
Stream Ciphers
RC4
Counter Mode in Block Ciphers
Practical Usage
Common Mistakes
Hash Functions
Hash Functions
One-Way Functions
Keyed Hash Functions
Practical Usage
Common Mistakes
Asymmetric Cryptography
Public Key Encryption
RSA
ECC (Elliptic Curve Cryptography)
Key Exchange
Diffie-Hellman
Digital Signatures
Practical Usage
Common Mistakes
Randomness
PRNG (Pseudo-Random Number Generators)
TRNG (True Random Number Generators)
Secure Random Number Generation
Key Generation and Storage
Key Generation and Storage
Key Generation Functions
Software-Based Key Storage
Hardware-Based Key Storage
Cryptographic Protocols
Authentication Protocols
TLS (Transport Layer Security)
SSH (Secure Shell)
PGP / GPG (Pretty Good Privacy / GNU Privacy Guard)
Cryptography in Common Systems
Web Applications
Database Systems
Mobile Applications
Cryptographic Infrastructure and Usage in Modern Processors
Intel AES-NI
Intel Secure Key
Intel SHA
Key Generation and Storage
Key Generation Functions
Software-Based Key Storage
Hardware-Based Key Storage
Cryptographic Protocols
Authentication Protocols
TLS (Transport Layer Security)
SSH (Secure Shell)
PGP / GPG (Pretty Good Privacy / GNU Privacy Guard)
Cryptography in Common Systems
Web Applications
Database Systems
Mobile Applications
Cryptographic Infrastructure and Usage in Modern Processors
Intel AES-NI
Intel Secure Key
Intel SHA
Meet the expert team at Privia Security and let us conduct the essential initial analysis to elevate your organization’s cybersecurity maturity.
