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Mejores Prácticas de Seguridad en Aplicaciones Web

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Aprende técnicas clave de seguridad para proteger aplicaciones web contra amenazas, vulnerabilidades y ataques con ejemplos. Descripción del Curso:Con el aumento de las amenazas cibernéticas y las brechas de seguridad, asegurar las aplicaciones web es más crítico que nunca. Este curso está diseñado para proporcionar a desarrolladores, profesionales de seguridad y administradores de TI una comprensión integral de las mejores prácticas de seguridad en aplicaciones web.

A través de casos reales, ejercicios prácticos y ejemplos concretos, aprenderás a identificar vulnerabilidades de seguridad, implementar controles efectivos y proteger las aplicaciones contra amenazas cibernéticas. Lo que Aprenderás:Fundamentos de la seguridad en aplicaciones web y vectores de ataque comunes. Cómo identificar y mitigar inyección SQL, XSS, CSRF y otras vulnerabilidades críticas.

Métodos seguros de autenticación y autorización, incluyendo OAuth, JWT y MFA. Mejores prácticas para cifrado de datos, almacenamiento seguro y seguridad en APIs. Implementación de seguridad en DevOps y pipelines CI/CD para reducir riesgos.

Realización de pruebas de penetración y evaluaciones de seguridad para detectar vulnerabilidades. Comprender las principales amenazas del OWASP Top 10 y estándares de cumplimiento. ¿Para Quién es Este Curso?

Desarrolladores web que desean crear aplicaciones seguras. Profesionales de seguridad que buscan fortalecer sus conocimientos en seguridad de aplicaciones. Administradores de TI e ingenieros DevOps responsables de la seguridad de la infraestructura.

Hackers éticos y pentesters interesados en técnicas de seguridad web. Estudiantes y entusiastas de la ciberseguridad interesados en implementaciones prácticas de seguridad. Al finalizar el curso, tendrás las habilidades y el conocimiento para desarrollar, probar y desplegar aplicaciones web seguras que cumplan con los estándares de seguridad de la industria.

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Level: All Levels

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Duration: Self-paced

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Las APIs son fundamentales para el desarrollo de software moderno, permitiendo la comunicación entre aplicaciones y servicios. Sin embargo, también representan un punto crítico de vulnerabilidad si no se protegen adecuadamente. La seguridad en APIs es un aspecto esencial para desarrolladores, arquitectos de software y profesionales de ciberseguridad.Este curso ofrece un análisis completo de los 10 principales riesgos de seguridad en APIs según OWASP (versión 2023). A través de explicaciones detalladas, ejemplos prácticos y estrategias efectivas, aprenderás a identificar y mitigar las vulnerabilidades más comunes en el diseño, desarrollo e implementación de APIs.Lo que aprenderás en este curso:Una comprensión profunda de las principales amenazas de seguridad en APIs y su impacto en las aplicaciones modernas.Cómo funcionan los ataques más frecuentes, incluyendo inyección de datos, autenticación rota y exposición excesiva de datos.Casos reales de incidentes de seguridad en APIs y cómo pudieron haberse prevenido.Aplicación de mejores prácticas para el desarrollo seguro de APIs, incluyendo autenticación robusta, control de acceso, validación de entradas y gestión de tokens.Uso de herramientas y metodologías para probar la seguridad de APIs y detectar vulnerabilidades antes de su explotación.Este curso está diseñado tanto para desarrolladores y arquitectos de software, como para profesionales de seguridad que buscan mejorar sus conocimientos en protección de APIs. No solo obtendrás teoría, sino también ejercicios prácticos que te permitirán aplicar los conceptos en escenarios reales.Al finalizar el curso, serás capaz de diseñar, implementar y proteger APIs de manera efectiva, reduciendo riesgos y asegurando el cumplimiento de estándares de seguridad en la industria.

12 Factor App: From Monoliths to Cloud-Native

Udemy Instructor

Modern software systems demand scalability, resilience, and rapid delivery. Yet many applications still struggle with configuration chaos, fragile deployments, environment inconsistencies, and operational complexity. The 12 Factor App methodology provides a proven architectural framework that addresses these challenges and enables teams to build truly cloud-native systems.This course offers a comprehensive and practical exploration of the 12 Factor principles, connecting their original intent with today’s realities of cloud computing, microservices, Kubernetes, and SaaS platforms. Rather than treating the 12 Factors as abstract guidelines, you will learn how to apply them in real production environments through architectural insights, visual artifacts, and actionable best practices.From understanding the historical context of Heroku to mapping the principles directly to Kubernetes constructs such as Pods, ConfigMaps, and Secrets, this course equips you with the knowledge needed to design portable, scalable, and operationally resilient applications. You will also explore common anti-patterns and step-by-step modernization strategies for transforming legacy monolithic systems into cloud-native architectures.Whether you are designing new systems or improving existing ones, this course provides a clear mental model and practical tools to implement the 12 Factor methodology effectively.What You Will LearnThe origin and evolution of the 12 Factor App methodologyHow to design scalable and portable cloud-native applicationsPractical implementation of each of the 12 Factors in modern environmentsConfiguration and secrets management using environment-driven approachesBuilding deterministic and secure software supply chainsStateless architecture and horizontal scalability patternsService binding and backing service portabilitySeparation of build, release, and run stages for deployment stabilityDev/Prod parity and strategies to prevent infrastructure driftObservability through logs, metrics, and distributed tracingSafe execution of administrative and one-off processesMapping 12 Factor principles to Kubernetes and microservices architecturesIdentification of common anti-patterns and modernization strategiesWho This Course Is ForSoftware Developers building scalable and maintainable applicationsSoftware Architects designing cloud-native and distributed systemsDevOps and Platform Engineers responsible for deployment and operationsTechnical Leaders and Engineering Managers guiding architectural decisionsAnyone involved in modern SaaS or microservices-based systemsWhy Take This CourseGain a production-ready understanding of the 12 Factor methodologyLearn through practical diagrams and architectural artifactsBridge the gap between theory and real-world cloud implementationsImprove system scalability, portability, and operational resilienceReduce deployment risks and increase release confidenceModernize legacy systems using proven architectural strategiesCourse FeaturesStep-by-step explanation of all 12 FactorsReal-world architectural scenarios and failure analysesVisual diagrams and artifacts for every major conceptKubernetes and microservices mapping for modern relevanceAnti-pattern checklists and migration roadmapsActionable insights applicable across any technology stackBy the end of this course, you will possess a clear and practical framework for designing, deploying, and operating modern cloud-native applications using the 12 Factor principles. This knowledge will empower you to build systems that are not only scalable and resilient but also maintainable and future-proof.

System Design for Developers and Architects

Udemy Instructor

System Design is one of the most important skills for modern software developers, architects, technical leads, and engineering managers.Writing code is not enough when you need to build systems that must handle real users, real traffic, real failures, changing requirements, security risks, cost limits, and long-term maintenance.This course gives you a practical and structured approach to System Design, Software Architecture, Scalability, Reliability, and Technical Trade-offs.You will learn not only what different system design concepts mean, but also why they matter, when to use them, and what consequences they create.In this course, you will learn how to:Think about system design as a set of decisions, constraints, and trade-offsIdentify functional and non-functional requirements before choosing architectureEstimate users, traffic, requests per second, load, latency, throughput, and capacityUnderstand scalability, bottlenecks, hotspots, and performance limitsDesign clear service boundaries between clients, servers, APIs, and backend componentsChoose between synchronous and asynchronous communication patternsUnderstand data storage, caching, queues, background processing, indexing, and read optimizationDesign systems for failure, retries, idempotency, availability, reliability, and resilienceReason about consistency, replication, redundancy, failover, and distributed system behaviorUse observability concepts such as logs, metrics, traces, dashboards, and monitoringThink about data ownership, partitioning, security, privacy, compliance, and architecture decisionsAvoid common architecture mistakes such as overengineering, hidden coupling, premature scaling, and unclear ownershipThis course is built for people who want to understand system design in a practical way, without unnecessary academic complexity and without blindly copying architectures from large technology companies.You will learn how to connect technical concepts with real engineering decisions.Instead of only memorizing patterns, you will understand how to evaluate options based on:Business requirementsTechnical constraintsExpected scalePerformance needsReliability goalsSecurity and privacy risksCost and complexityTeam capabilitiesLong-term maintainabilityThis course is for you if you are:A software developer who wants to move beyond coding and understand architectureA backend engineer preparing for system design interviewsA technical lead who needs to make better design decisionsA software architect who wants a clear and practical structure for explaining systemsAn engineering manager or product-minded technical professional who wants to understand how architecture decisions affect delivery, risk, and business outcomesA QA, DevOps, security, or support professional who wants to understand how system design impacts reliability, operations, and production behaviorBy the end of this course, you will have a strong foundation in practical system design.You will be able to look at a system, understand its requirements, identify risks, reason about trade-offs, choose appropriate building blocks, explain your decisions clearly, and avoid common mistakes that make systems fragile, expensive, or difficult to maintain.This course is not about finding one perfect architecture.It is about learning how to think clearly, compare alternatives, justify decisions, and design systems that fit real-world constraints.

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Mejores Prácticas de Seguridad en Aplicaciones Web

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Mejores Prácticas de Seguridad en Aplicaciones Web

About this course

Skills you'll gain

Available Coupons

Course Information

This course includes:

Share this course

You May Also Like

OWASP Top 10 2023 de Seguridad en APIs: Guía Completa

12 Factor App: From Monoliths to Cloud-Native

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