
Explore deploying containerized applications on-premises, including in environments without public internet access. Learn from real-world experiences and challenges faced in non-cloud container deployments.

Explore the future of IoT from a venture capital perspective, covering ecosystem components, challenges, and investment opportunities in hardware, connectivity, and infrastructure.

Explore the journey of developing a commercial application server using open-source technologies like Tomcat and Spring. Learn about design decisions, challenges, and successes in modernizing enterprise software.

Explore differences between ASF Tomcat and Linux distributions' packages. Learn about package layouts, installation, configuration, and maintenance across Red Hat and Debian/Ubuntu systems.

Explore the latest developments in open hardware, including new devices, industry trends, and applications in medical and space sectors. Learn about key organizations and initiatives shaping this innovative field.

Explore systemd's benefits for embedded systems, including fast boot, service management, and scalability. Learn why it's mandated in IoT distributions like Ostro Project.

Learn to build Debian-based products efficiently using Isar and BitBake. Explore integration systems, binary packages, and workflows for managing multiple products and vendors in embedded Linux development.

Explore IoT security risks and open-source solutions for effective protection. Learn design-level measures to address security challenges and enable wider IoT adoption beyond enthusiast domains.

Explore Mesos frameworks for efficient application deployment and operation at scale. Learn to choose the right framework based on workload requirements and implementation specifics.

Explore IoT device response times, their impact on user experience, and strategies for implementing end-to-end performance monitoring from device to cloud for improved system reliability.

Explore Google's innovative approach to Linux workstation security using IMA signatures and AppArmor for binary policy enforcement, addressing challenges in large-scale implementation.

Explore innovative AI algorithms for problem-solving, including Quality Diversity and Goal Switching, and their applications in overcoming complex challenges in various domains.

Explore data mesh framework: empowering domain-specific data management, challenges in implementation, and strategies for successful adoption. Share insights and experiences with fellow practitioners.

Explore how OpenTelemetry's rapid growth is driven by collaboration among competitors, focusing on community-building strategies, balancing interests, and fostering shared values in open-source projects.

Integrating Preempt-RT patches into Raspberry Pi Linux for hard real-time IoT applications. Explores challenges, solutions, and performance evaluations for this specific hardware platform.

Discover how Yelp leverages AWS Spot Fleet and Apache Mesos to optimize infrastructure costs while maintaining reliability. Learn about configuration tweaks, autoscalers, and best practices for balancing savings with operational stability.

Explore real-time testing with Fuego, focusing on cyclictest+ff for embedded devices. Learn to analyze response delays and improve performance in Linux-based systems.

Explore Linux's suitability for complex safety-related systems, focusing on compliance with functional safety standards and methodologies developed in the SIL2LinuxMP project.

Exploring blockchain's potential as a catalyst for social, environmental, and economic transformation, emphasizing its role in breaking boundaries and driving sustainable innovation across various sectors.

Learn how Apache Mesos enables flexible, scalable hybrid cloud setups for modern applications across on-premise, private, and public environments, addressing business continuity and disaster recovery challenges.

Explore the development of Armv8 ecosystem through Packet, Qualcomm, and Mesos. Learn about innovative hardware, cloud-native technologies, and the challenges of integrating new architectures with existing software.