You are looking at a 100% online, flexible and advanced Postgraduate diploma in DevOps and Reliability for Web Applications"

The significant growth of the digital world has led IT professionals to expand their possibilities of progression in the technology sector. In this sense, specialization is of great relevance, especially in those profiles with the ability to face the changing challenges and demands of the industry. 

For this reason, mastering the DevOps methodology and the most effective strategies to achieve the reliability of Web Applications is a plus for professionals who wish to focus their career in this area. Given this reality,TECH has designed this Postgraduate diploma of 450 teaching hours and with the most advanced syllabus, developed by a teaching team specialized in this field. 

An academic journey that will lead students to delve into the development of web applications, code version management, techniques to prevent attacks, generate protection against bots and keep abreast of security regulations. In addition, thanks to multimedia teaching resources, you will learn more about the observability and resilience of web applications in a dynamic and fluid way.

In addition, thanks to the Relearning method, based on the repetition of key contents, the graduate will achieve a much more effective learning, without the need to invest many hours in study and memorization. 

TECH offers a unique learning opportunity through a flexible teaching methodology adapted to the needs of professionals. The student only needs a cell phone, tablet or computer with an Internet connection to view, at any time of the day, the syllabus hosted on the virtual platform. In this way, without the need for attendance or classes with restricted schedules, the graduate will have greater freedom to self-manage their learning time and reconcile it with their daily personal activities.

Thanks to the Relearning system you will learn more effectively and in less time"

This Postgraduate diploma in DevOps and Reliability for Web Applications contains the most complete and up-to-date program on the market. The most important features include:

• The development of practical cases presented by experts in Computer, Software, Systems
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice
• Practical exercises where the self-assessment process can be carried out to improve learning
• Its special emphasis on innovative methodologies
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments 
• Content that is accessible from any fixed or portable device with an Internet connection

With this Postgraduate diploma you will be up to date on Web Application security policies, regulations and existing recommendations"

The program includes in its teaching staff professionals from the sector who bring to this program the experience of their work, as well as recognized specialists from leading societies and prestigious universities.  

Its multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide an immersive education programmed to learn in real situations.

This program is designed around Problem-Based Learning, whereby students must try to solve the different professional practice situations that arise throughout the program. For this purpose, students will be assisted by an innovative interactive video system developed by renowned experts. 

Do you want a flexible education that is compatible with your daily personal and professional life? This is the right program for you, enroll now"

Learn with the best material in the development and operation work model and grow professionally in the technology sector"

The curriculum of this Postgraduate diploma provides advanced knowledge in managing web projects efficiently, ensuring the security of applications and efficiency of uninterrupted operation through observation and resilience. All this, in addition, through innovative multimedia teaching material and multiple teaching resources, accessible 24 hours a day from any digital device (tablet, mobile phone or computer). 

Thanks to this proposal you will be aware of the most effective tools used for disaster recovery"

Module 1. Web Project Management and Organization

1.1. Web Application Development Process

1.1.1. Phases in the Developers Process
1.1.2. Roles and organization in web development projects
1.1.3. Collaborative web development

1.2. Collaborative development methodologies

1.2.1. Agile Values and Principles
1.2.2. Comparing Agile Methodologies: Scrum and Kanban
1.2.3. Web project management tools

1.3. Development and operation work model (DevOps)

1.3.1. Responsibilities
1.3.2. Adopting a DevOps working model
1.3.3. Other approaches: DevSecOps, DataOps, MLOps

1.4. Version Control

1.4.1. Version Control Systems
1.4.2. Benefits of version control
1.4.3. Version control solutions: Github, Gitlab

1.5.  Infrastructure as-Code (IaC)

1.5.1. Infrastructure as-Code (IaC)
1.5.2. Infrastructure management patterns
1.5.3. IaaC tools and frameworks: Terraform

1.6. Continuous Integration and Deployment (CI/CD)

1.6.1. Integration Strategies
1.6.2. Deployment and rollback strategies
1.6.3. Solutions for CI/CD pipelines

1.7. Quality Assurance (QA)

1.7.1. Test planning
1.7.2. Types of Tests
1.7.3. Test automation and execution

1.8. Maintenance and troubleshooting

1.8.1. Service Level Objectives (SLOs) and Service Level Indicators (SLIs)
1.8.2. Incident management and post-incident analysis
1.8.3. Incident management tools

1.9. Cost management in web projects

1.9.1. Cost factors in web projects: infrastructure, development, operations
1.9.2. Cost Estimation
1.9.3. Cost control and optimization

1.10. Release management in web projects

1.10.1. Pre-release phases: MVP, Alpha, Beta
1.10.2. Production release planning
1.10.3. Generation of new versions and compatibility

Module 2. Web Application Security

2.1. Web architecture design Insurance

2.1.1. Customer security
2.1.2. Network security
2.1.3. Software Security

2.2. Encryption

2.2.1. Encryption techniques
2.2.2. Encryption in transit
2.2.3. Encryption at rest

2.3. Web certificates 

2.3.1. Types of web certificates 
2.3.2. Generation and storage of web certificates 
2.3.3. Certification Authorities 

2.4. Major Cyber Web Attacks

2.4.1. Open Worldwide Application Security Project (OWASP) Top 
2.4.2. Injection attacks 
2.4.3. Denial of Service Attacks 

2.5. Other types of Attack

2.5.1. Software attacks: malware, ransomware 
2.5.2. Impersonation and social engineering attacks: phishing, spoofing 
2.5.3. Exploitation of vulnerabilities: supply chain, zero-day exploit

2.6. Protection against bots 

2.6.1. Types of bots 
2.6.2. Algorithms Detention 
2.6.3. Challenges for bots: CAPTCHA, image recognition

2.7. Web security tools and services 

2.7.1. Prevention 
2.7.2. Detection 
2.7.3. Mitigation 

2.8. International Safety Recommendations and Regulations in the Web Industry 

2.8.1. ISO 27001 
2.8.2  Regional regulations: NIS2, NIST 
2.8.3. Industry regulations: PCI, HIPAA

2.9. Security Policies 

2.9.1  Roles of security in Development Team 
2.9.2. Secure Developers Practices 
2.9.3. Incident response: training and automation 

2.10. Safety Testing

2.10.1. Vulnerability Analysis
2.10.2. Penetration Test
2.10.3. Security Audits

Module 3. Web Application Observability and Resilience

3.1. Site Reliability Engineering (SRE)

3.1.1. Development of observable and resilient applications 
3.1.2. Capacity planning 
3.1.3. SRE and DevOps collaboration 

3.2. Application registrations

3.2.1. Log levels and structures 
3.2.2. Log storage and analysis 
3.2.3. Logging frameworks and tools

3.3. Request traces 

3.3.1. Application instrumentation 
3.3.2. End-to-end traceability: trace ID 
3.3.3. Frameworks and tools for traces

3.4. Metrics monitoring 

3.4.1. Types of Metrics 
3.4.2. Metrics storage and analysis 
3.4.3. Frameworks and tools for metrics 

3.5. Incident response 

3.5.1. Alerts and notifications 
3.5.2. Dashboards and reports 
3.5.3. Process Automation  

3.6. Fault Tolerant Application Design 

3.6.1. Detection of failure points and health-checks 
3.6.2. Detection of failure points and health-checks 
3.6.3. Graceful degradation 

3.7. High Availability Architectures 

3.7.1. Load balancing 
3.7.2. Horizontal and vertical scalability 
3.7.3. Downtime-free upgrades 

3.8. Data backup and recovery 

3.8.1. Data backup and retention policies 
3.8.2. Backup mechanisms 
3.8.3. Recovery options 

3.9. Disaster planning and recovery 

3.9.1. Disaster planning: RTO and RPO 
3.9.2. Disaster recovery strategies 
3.9.3. Disaster recovery tools 

3.10. Chaos Engineering

3.10.1. Failure Testing
3.10.2. Safety and isolation mechanisms
3.10.3. Tools and frameworks for failure testing  

Specialized readings will allow you to further extend the information in this Postgraduate diploma in DevOps"