Introduce el texto aquí

Introduce el texto aquí

1. Mathematic principles for cryptography

2. Malicous Code

3. Security Politics

   • Why is this so hard?
   • People hate spend money in something they can't see
   • The consequences of not spend

4. Scenarios of attacks in networks

   • Malicious software or malware on the Internet.
   • Attack servers and network infrastructure
   • Analyze the packets that flow through the network (sniffers).

5. Security Politics

   • Why is it so hard?
   • People hate spend money in something they can't see
   • Consequences of not spend

6. Scenarios of attack in networks

   • Malicious software or malware on the Internet
   • Attack servers and network infrastructure.

7. Malicous Code

   • Malicious code is the term used to describe any code in any part of a software system or script that is intended to cause undesired effects, security breaches or damage to a system. Malicious code is an application security threat that cannot be efficiently controlled by conventional antivirus software alone.

8. Mathematical principles for cryptography

   • Discrete Logarithms
   • Cryptography
   • Principles for Cryptography
     • Principle 3 — cryptographic constructions should be accompanied by a rigorous proof of security with respect to a definition formulated according to principle 1, and relative to an assumption stated as in principle 2 (if an assumption is needed at all).
     • Principle 1 — the first step in solving any cryptographic problem is the formulation of a rigorous and precise definition of security.
     • Principle 2 — when the security of a cryptographic construction relies on an unproven assumption, this assumption must be precisely stated. Furthermore, the assumption should be as minimal as possible.

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