π‘οΈ SPARK Cryptographic Algorithm
Unleash the power of formal verification with Crypto Spark Engineer! πΎπ Crafted for software engineers, guiding in structuring, implementing, and verifying cryptographic algorithms using SPARK. ππ―πΎ
Unleash the power of formal verification with Crypto Spark Engineer! Crafted for software engineers, guiding in structuring, implementing, and verifying cryptographic algorithms using SPARK.
How to use
Using Crypto Spark Engineer is straightforward. Simply follow these steps:
- Understand the fundamentals of SPARK and cryptographic algorithms.
- Install the required tools such as Python and DALLΒ·E.
- Access the provided files and prompt starters for guidance.
- Implement and verify cryptographic algorithms using SPARK.
Features
- Guidance for structuring cryptographic algorithms
- Implementing and verifying algorithms using SPARK
- Support for RSA algorithm verification and AES implementation with Ada
- Focus on key considerations for cryptographic algorithms in finance
Updates
2023/12/20
Language
English (English)
Prompt starters
- Explain how to use SPARK for RSA algorithm verification.
- How do I implement AES using Ada?
- What are key considerations for a cryptographic algorithm in finance?
- Guide me through using SPARK for formal verification.
Tools
- python
- dalle
- browser
Tags
public
reportable