
Exploring CSS evolution, capabilities, and its relationship with JavaScript. Highlights CSS features like flexbox, grid, and custom properties, while discussing the balance between trust and control in web development.

Explore building conversational interfaces using Amazon Lex and AWS Lambda. Learn about chatbot development, natural language processing, and serverless architecture for creating intelligent, interactive applications.

Explore Rust's core features through a genetic programming simulator, highlighting its unique aspects, memory management, parallelism, and performance compared to other languages.

Insightful discussion on managing software complexity, exploring over-engineering, context-based solutions, and software cycles. Features JetBrains' Hadi Hariri and consultant Kevlin Henney sharing expert perspectives.

Exploring programming failures, bugs, and lessons learned over a decade, with insights on testing, data validation, and avoiding common pitfalls in software development.

Discover key principles for successful API design, including the ADDR process, job stories, event storming, and API boundaries. Learn about minimum viable portals and the ongoing API journey.

Explore gRPC, Kubernetes, and .NET with experts Mark Rendle and Matt Turner. Dive into API design, service meshes, infrastructure as code, and the future of cloud-native technologies in this insightful discussion.

Explore single-node Kubernetes clusters with K3s as a cost-effective alternative to large-scale deployments, while still benefiting from GitOps, rolling deployments, and robust monitoring solutions.

Explore scaling IoT data processing with Akka.NET. Learn actor model implementation for stateful, concurrent code, and discover strategies for handling millions of devices efficiently.

Explore Kubeflow for ML: tooling, scaling Python with Dask/Ray, API comparisons, and insights on distributed computing. Learn from experts about advancements in machine learning infrastructure.

Exploring the balance between user and developer experience in modern web development, questioning if we've lost focus on core web principles and overused JavaScript.

Explore native vs cross-platform mobile development with experts, discussing team collaboration, technology matching, and current trends in app development for informed decision-making.

Learn advanced web application security techniques, including threat modeling, secure coding practices, and vulnerability assessment strategies for robust protection against cyber threats.

Explore ASEF, a framework for evaluating Android security. Learn about its features, implementation, and potential impact on mobile app security assessment and vulnerability detection.

Explore Android security vulnerabilities and potential exploits in this eye-opening talk. Learn about hidden risks and practical strategies to protect mobile devices from cyber threats.

Explore Apache Kafka's ecosystem: from basic messaging to advanced streaming platform. Learn about topics, partitioning, APIs, stream processing, and enterprise-grade features for scalable data infrastructure.

Explore modern web security features to protect against XSS, CSRF, and other common threats. Learn how to implement CSP3, Trusted Types, and Fetch Metadata Request Headers in your applications.

Comprehensive overview of Kubernetes security layers, covering sysadmin, developer, and security team perspectives. Explores hardening guides, container security, deployment strategies, and collaborative approaches.

Explore server-side micro frontends: concepts, principles, and real-world implementation insights from Standard Chartered Bank. Learn about technology options, DevOps considerations, and challenges in this architectural approach.

Optimize mobile development with DevOps: Accelerate feature delivery, ensure cross-device compatibility, and reduce costs through automation, continuous integration, and cloud-based testing platforms.

Explore event-driven architectures in microservices, examining philosophical perspectives on identity and change. Learn to balance event streams with traditional data models for robust system design.