
Explore the GO GO GOLEMS ecosystem: open-source tools for data exposure, computation composition, and software deployment. Learn visionary design principles and LLM-powered development techniques.

Explore strategies for faster software development by optimizing for learning and action. Learn techniques to deliver working software earlier and build the right solutions efficiently.

Innovative use of Lego robots for automated reverse engineering of smartcard readers, revealing security vulnerabilities through state machine learning and fuzzing techniques.

Investigates SSD performance for MapReduce workloads, comparing to HDDs. Presents benchmarking method, cost-per-performance metrics, and quantifies SSD advantages in data processing efficiency.

Überblick über aktuelle und kommende EU-Standards zur IoT-Cybersicherheit. Diskussion von Richtlinien, Anforderungen und praktischer Umsetzung für Entwickler und Inverkehrbringer von IoT-Produkten in der EU.

Explore mobile app security beyond standard testing frameworks, learning threat modeling and custom attack strategies for comprehensive vulnerability assessment.

Explore how DevOps can learn from aviation's operational systems to improve deployment frequency, safety, and efficiency in software development and organizational transformation.

Explore findings on security responsibilities in software development, discussing implications of IoT and open-source components in everyday devices and applications.

Explore Project Atomic's approach to managing container hype, improving innovation, and enhancing control in the rapidly evolving landscape of virtualization and cloud technologies.

Explore methodologies and pitfalls in storage system testing, covering negative, functional, and performance aspects. Learn tips and tricks developed from extensive vendor equipment testing experience.

Explore C4 model implementation using Structurizr DSL for scalable software architecture diagrams. Learn to separate content from presentation and overcome common diagramming challenges.

Discover how integrated teams drive success through collaboration, decreasing risk and improving user experience. Learn practical advice for cross-functional teamwork in software development.

Explore efficient directed fuzzing techniques using selective path exploration to enhance software testing and vulnerability detection.

Explore automatic fuzz driver generation using unit tests with UTOPIA, enhancing software testing efficiency and effectiveness for improved security and reliability.

Explore a scalable, property-agnostic method for detecting noncompliance in Bluetooth Low Energy implementations, enhancing security and reliability in IoT devices.

Explore efficient program modularization techniques using type-based dependence analysis to enhance software design and maintainability.

Explore Pijul, a new version control system designed to be more scalable, rigorous, and user-friendly than existing alternatives, addressing Git's limitations and improving developer workflow.

Explore Data-Oriented Programming principles to reduce system complexity, focusing on immutable data, generic structures, and flexible validation techniques for more maintainable software systems.

Explore location transparency as a solution for building scalable, distributed applications. Learn how it addresses coherence, coupling, and connascence issues while enabling microservices architecture.

Explore Kotlin's advanced features, including DSLs, coroutines, and multiplatform development. Learn to write efficient, reusable code for JVM, Android, iOS, and JavaScript platforms.

Explore DevOps tools for inspecting Java source code and Docker images in Continuous Delivery pipelines, focusing on security and quality gates with SonarQube and Twistlock.