Cryptography Training

Ready to challenge your skills? Getting ready for a CTF or a Cyber Challenge?

Train With CyberQ Skill Pack Challenges

CyberQ Skillpacks are designed to test your skills in a variety of different challenges with limited guidance. Each challenge runs independently as its own “Self-Paced Capture the Flag.” Launching a Skill Pack challenge will reserve your very own space in our CyberQ Data Center, we will raise the Attack Console, as well as the down-range vulnerable targets for you to practice and challenge your skills.


Each challenge includes a set of distinct challenge flags, in order to solve the flags you must perform a variety of procedures in the target environment including basic host discovery, service discovery, vulnerability analysis, attack procedures, privilege escalation, and more.


Please note, this is not a learning lab. Skill packs are designed intentionally with challenges, puzzles, and preconfigured targets that will test your ability to identify, analyze, exploit, and own the targets. If you are new to Cyber and have never participated in a cyber challenge or competition, Skill packs may be too advanced. So, feel free to browse our learning productsif this describes you, however, if you are ready for a challenge, enjoy solving complex puzzles and testing your limits, CyberQ challenges are a great way to hone your trade craft.

Cryptography Techniques Skill Pack

Skill Pack covers both symmetric and Asymmetric Cryptography Encryption techniques with Cyber Challenges covering Morse code, Vigenere cipher, Base64 Encoding, MD5 Hash, SHA256 Hash, and the Caesar cipher etc.

Each challenge contains a fully designed target network with live virtual machines, servers, web hosts, and vulnerable sites and applications. Launching a challenge will open the CyberQ Console and safely connect you to our live attack environment right through your browser. Depending on the challenge, you will land in your attack machine, either Kali or Parrot, where you will have instant access to the full suite of attack tools required to carry out your challenge. Targets are preconfigured with host and application vulnerabilities which you will uncover as you progress through the challenges. CyberQ is a fully automated Cyber Range platform providing you with a self-driven Capture-the-flag experience in each challenge. 


Register for CyberQ, and

Gain direct hands-on practical experience on Industry’s leading Cyber Range Platform – CyberQ. Successful completion of this Cryptography Skill Pack will gain you Job-ready Cyber skills and execution efficiency against cyber challenges.

About Cryptography Skill Pack

“Cryptography” comes from the Greek words kryptos, meaning “concealed, hidden, veiled, secret, or mysterious,” and graphia, meaning “writing”; thus, cryptography is “the art of secret writing.”

Cryptography is the practice of concealing information by converting plaintext (readable format) into ciphertext (unreadable format) using a key or encryption scheme. It is the process of converting data into a scrambled code that is encrypted and sent across a private or public network. Cryptography protects confidential data such as email messages, chat sessions, web transactions, personal data, corporate data, e-commerce applications, and many other types of communication. Encrypted messages can, at times, be decrypted by cryptanalysis (code breaking), even though modern encryption techniques are virtually unbreakable.

Once an attacker has gained access to a remote system with a valid username and password, he/she will attempt to escalate the user account to one with increased privileges, such as that of an administrator, to perform restricted operations. These privileges allow the attacker to view critical/sensitive information, delete files, or install malicious programs such as viruses, Trojans, worms, etc.

Objectives of Cryptography

  • Confidentiality: Assurance that the information is accessible only to those authorized to access it.
  • Integrity: Trustworthiness of data or resources in terms of preventing improper and unauthorized changes.
  • Authentication: Assurance that the communication, document, or data is genuine.
  • Nonrepudiation: Guarantee that the sender of a message cannot later deny having sent the message and that the recipient cannot deny having received the message.

Cryptography Process

Plaintext (readable format) is encrypted by means of encryption algorithms such as RSA, DES, and AES, resulting in a ciphertext (unreadable format) that, on reaching the destination, is decrypted into readable plaintext.

Types of Cryptography

Cryptography is categorized into two types according to the number of keys employed for encryption and decryption:

  • Symmetric Encryption

Symmetric encryption requires that both the sender and the receiver of the message possess the same encryption key. The sender uses a key to encrypt the plaintext and sends the resultant ciphertext to the recipient, who uses the same key (used for encryption) to decrypt the ciphertext into plaintext. Symmetric encryption is also known as secret-key cryptography, as it uses only one secret key to encrypt and decrypt the data. This type of cryptography works well when you are communicating with only a few people. Because the sender and receiver must share the key before sending any messages, this technique is of limited use for the Internet, where individuals who have not had prior contact frequently require a secure means of communication. The solution to this problem is asymmetric encryption (public-key cryptography).

  • Asymmetric Encryption

The concept of asymmetric encryption (also known as public-key cryptography) was introduced to solve key-management problems. Asymmetric encryption involves both a public key and a private key. The public key is publicly available, whereas the sender keeps the private key secret. An asymmetric-key system is an encryption method that uses a key pair comprising a public key available to anyone and a private key held only by the key owner, which helps to provide confidentiality, integrity, authentication, and nonrepudiation in data management.

Cryptography Techniques Covered in the Skill Pack

  • 03 Tick icon Morse code
  • 03 Tick icon Vigenere cipher
  • 03 Tick icon Base64 Encoding
  • 03 Tick icon MD5 Hash
  • 03 Tick icon SHA256 Hash
  • 03 Tick icon Caesar cipher

Gain related NICE skills for Cryptography

Skill in conducting vulnerability scans and recognizing vulnerabilities in security systems.
Skill in assessing the robustness of security systems and designs.
Skill in mimicking threat behaviors.
Skill in the use of penetration testing tools and techniques.
Skill in conducting application vulnerability assessments.
Skill in assessing the application of cryptographic standards.
Skill to develop insights about the context of an organization’s threat environment.

Related Job Roles for Cryptography

    • 04 JobRole Person Icon Blue Team Technician
    • 04 JobRole Person Icon Red Team Technician
    • 04 JobRole Person Icon Computer Network Defense (CND) Auditor
    • 04 JobRole Person Icon Ethical Hacker
    • 04 JobRole Person Icon Information Security Engineer
    • 04 JobRole Person Icon Internal Enterprise Auditor
  • 04 JobRole Person Icon Penetration Tester
  • 04 JobRole Person Icon Network Security Engineer
  • 04 JobRole Person Icon Reverse Engineer
  • 04 JobRole Person Icon Risk/Vulnerability Analyst
  • 04 JobRole Person Icon Technical Surveillance Countermeasures Technician
  • 04 JobRole Person Icon Vulnerability Manager