### **SLIDE 1: Internship on Password Strength Checker and Encryption/Decryption of Passwords**

- **Guide**: Dr. [Guide's Name], [Affiliation]  
- **Team Members**: Ponnapureddy Srujan Reddy, Roll No: [Your Roll Number]  

**Image Caption**: "Password Security Workflow"  

---

### **SLIDE 2: Agenda**

- **Introduction**: Importance of password security, goals of the project.  
- **Technologies Used**: Python, cryptographic libraries, Jupyter Notebook.  
- **System Flow**: Password validation and encryption pipeline.  
- **Implementation**: Steps for password strength evaluation, encryption, and decryption.  
- **Challenges and Outcomes**: Faced during implementation and learning achieved.  
- **Conclusion and Future Scope**: Enhancements for advanced password security.

**Image Caption**: "Overview of Presentation Topics"

---

### **SLIDE 3: Introduction - Password Security**

**Why Password Security?**  
Password breaches are common, risking sensitive user data. Ensuring strong passwords and encrypting them protects against attacks like brute force and dictionary attacks.  

**Project Goal**:  
- Validate passwords using strength-checking algorithms.  
- Encrypt and decrypt passwords for secure storage and retrieval.  

**Key Highlight**:  
Effective password management is critical for safeguarding digital systems from unauthorized access.  

**Image Caption**: "Threats from Weak Passwords"

---

### **SLIDE 4: Importance of Encryption/Decryption**

**Encryption**: Converts passwords into unreadable formats to prevent unauthorized access.  
**Decryption**: Converts encrypted data back to its original format when needed.  

**Benefits**:  
- Secures data in storage and transmission.  
- Ensures compliance with cybersecurity standards.  

**Highlight**: Our project implements robust algorithms ensuring secure password management.

**Image Caption**: "Encryption and Decryption Workflow"

---

### **SLIDE 5: Internship Certificate**

**Include Scanned Copy of the Certificate Here**

---

### **SLIDES 6-9: Technologies and Methodologies Used**

**Python Libraries Used**:  
- **bcrypt**: Strong hashing for passwords.  
- **re**: Regex for validating password patterns.  

**Methodology Highlights**:  
1. **Regex Validation**: Checks for complexity (uppercase, numbers, symbols).  
2. **Hashing**: One-way encryption for secure storage.  
3. **Validation Flow**: Multi-step validation for strength metrics.  

**Highlight**: Implementing industry-standard encryption techniques ensures scalability and security.  

**Image Caption**: "Libraries and Tools Overview"

---

### **SLIDES 10-11: System Flow Diagram and Architecture**

**System Flow Diagram**:  
1. User inputs password.  
2. Password strength is checked using regex patterns.  
3. Strong passwords are hashed using bcrypt.  

**Architecture**:  
- Input Layer: User-provided password.  
- Processing Layer: Validation, encryption.  
- Output Layer: Encrypted password.  

**Highlight**: The pipeline ensures seamless password validation and encryption.  

**Image Caption**: "System Flow Diagram"

---

### **SLIDES 12-14: Implementation and Results**

**Implementation Steps**:  
1. Regex for strength validation.  
2. bcrypt for secure password encryption.  
3. Decoding for retrieval and verification.  

**Results**:  
- Strong passwords successfully validated.  
- Weak passwords flagged for improvement.  
- Encrypted passwords securely stored.  

**Highlight**: Robust implementation achieves secure and efficient password management.  

**Image Caption**: "Implementation Workflow"

---

### **SLIDE 15: Challenges in Internship**

- Ensuring regex handles diverse password patterns.  
- Optimizing bcrypt performance for large datasets.  
- Debugging decryption-related issues for seamless verification.  

**Highlight**: Solutions involved iterative testing and debugging.  

**Image Caption**: "Overcoming Challenges"

---

### **SLIDE 16: Outcome of the Internship**

- Developed a functional password strength checker.  
- Implemented secure encryption and decryption workflows.  
- Acquired expertise in cryptographic libraries and secure programming.  

**Highlight**: Enhanced understanding of real-world password security systems.  

**Image Caption**: "Project Achievements"

---

### **SLIDE 17-18: Conclusion and Future Scope**

**Conclusion**:  
- Successfully validated password security.  
- Ensured secure storage using robust encryption techniques.  

**Future Scope**:  
- Implement multi-factor authentication.  
- Introduce dynamic password strength scoring using ML models.  

**Highlight**: Continuous improvements ensure evolving security standards.  

**Image Caption**: "Future Prospects in Password Security"

---

### **SLIDE 19: Bibliography**

- Online tutorials on bcrypt and regex.  
- Cryptography research papers.  
- Python official documentation.  

**Image Caption**: "References Supporting the Project"

---

### Notes for Slide Generation:
The content should be formatted with clear bullet points, **bold key terms**, and appropriate **image captions** for visual appeal. Use diagrams like flowcharts for system architecture and encryption processes. Let me know if you want help generating these slides or customizing the visuals further!


write a python code to create ppt from the above text in 16:9 slide size . add bold letter and proper font size and family , bullet points for better readability in the ppt. write code for all the slides