
Explore building a scalable streaming data platform using Clojure, Kafka, and Cassandra. Learn key concepts and live-code a system that handles high-volume, real-time data processing efficiently.

Comprehensive guide to building a microservice architecture using Java frameworks, covering deployment, communication, scaling, monitoring, authentication, and UI integration on a Raspberry PI cluster.

Discover how PHP powers high-performance web services for a top mobile game, handling massive user loads and requests. Learn strategies for scalability, development, testing, and deployment in large-scale applications.

Explore silo-based architecture for high availability applications, focusing on data redundancy, computing clusters, load balancing, and fail-over mechanisms to maximize business revenue and system resilience.

Hands-on walkthrough of building a PHP application stack in AWS, from deploying a Silex app to Elastic Beanstalk to integrating various AWS services. Includes practical configuration tips and real-world examples.

In-depth guide on identifying and resolving bottlenecks in web applications, covering tools, real-life scenarios, and result interpretation for improved scalability.

Explore Varnish and Nginx as reverse caching proxies for scalability. Compare setup, configuration, behavior, invalidation, monitoring, and advanced features like ESI.

Explore Service Oriented Architecture for robust, scalable systems. Learn design principles, benefits, and real-world examples to enhance software maintainability and team efficiency.

Explore reactive systems architecture for modern software design. Learn about asynchronous messaging, isolation, back-pressure, and microservices to build scalable, resilient applications suited for 21st-century challenges.

Explore microservices architecture and its impact on organizational structure. Learn how Conway's Law influences system design and how to leverage it for faster, more scalable, and robust software development.

Practical demonstration of building a robust web application using Windows Azure, covering security, durability, scalability, and low-latency with various Azure services and features.

Explore Netflix's transition to cloud-based architecture using Cassandra, covering automation, scalability, and performance optimization techniques for large-scale distributed systems.

Explore high-velocity software delivery through innovation, data-driven decisions, agile development, and cloud-native architectures. Learn strategies for migrating to microservices and NoSQL databases for improved scalability and speed.

Explore RavenDB's capabilities for load distribution, replication, disaster recovery, and data-driven sharding. Learn how this document database scales under load and maintains high availability during failures.

Explore distributed programming with Hazelcast, an open-source solution for easy scaling. Learn about data structures, partitioning, and practical applications in this informative talk.

Explore Groupon's efficient event stream processing using Storm, Mesos, and Griddle. Learn about shared infrastructure and specialized tooling for real-time data handling at scale.

Exploring IoT's impact on software architecture, focusing on scalability, availability, data transfer, and security for intelligent analysis of sensor data in various industries.

Explore cloud-native Jenkins implementation for self-healing, scalable, and secure continuous integration. Learn best practices for optimizing CI/CD pipelines in AWS environments.

Comprehensive guide to system security principles, covering confidentiality, integrity, authentication, correctness, observability, overcapacity, and scalability with detailed examples for various system types.

Explore real-world challenges and lessons learned in adopting Cloud Native architecture, including microservices, Kubernetes, and security considerations for successful implementation.

Explore server-side Kotlin with coroutines, enhancing scalability and reliability. Learn to mitigate traditional thread-based issues and leverage asynchronous programming for efficient, safe server-side development.