Security in Python – Best Practices

EITT is a leading provider of IT and business training in Poland with over 15 years of experience. We specialize in modern technologies, management methodologies, and professional skills development.

The training focuses on the practical aspects of creating secure software in Python. The program guides participants through the process of identifying, analyzing, and eliminating common security threats present in Python applications. During the workshops, participants learn best practices for securing code, starting from basic security principles, through advanced application protection techniques, to security testing methods. The sessions combine theory with practical exercises, where participants learn from real-world examples under the guidance of an experienced expert.

• Python developers responsible for application security
• Application security engineers
• Web application developers in Python
• Solution architects responsible for security
• Security testing specialists
• Team leaders in programming
• Application security auditors

To teach Python developers how to write secure code and avoid common vulnerabilities.

• The participant will gain practical knowledge in creating secure applications in Python, enabling them to effectively identify and eliminate potential security threats.
• They will develop the ability to implement security mechanisms in line with industry best practices.
• They will learn to design and implement comprehensive security solutions that consider various aspects of application protection.
• They will master security testing techniques and threat monitoring.
• They will acquire knowledge that allows for informed decision-making regarding security architecture in Python projects.

Basics of Security in Python:

• Common security threats
• Safe programming principles
• Dependency management and its security
• Safe environment configuration

Securing Applications:

• Protection against code injection
• Safe management of user data
• Cryptography in practice
• Access control and authorization

Security in the Web Environment:

• Protection against OWASP Top 10
• Secure sessions and tokens
• Securing APIs
• Authentication handling

Testing and Monitoring:

• Automation of security testing
• Static code analysis
• Threat monitoring
• Incident response

2 days (16h)

• Electronic training materials
• Certificate of completion
• Access to the e-learning platform (30 days)
• Trainer support after the training