
Explore JVM security, virtualization challenges, and solutions for legacy Java applications. Learn about memory management and infrastructure benefits for enhanced Java performance.

Explore Eclipse OMR, an open-source runtime technology for building language runtimes, presented by Mark Stoodley at the JVM Language Summit 2016.

Explore lambda expressions in Java with Brian Goetz, covering implementation strategies, performance considerations, and potential VM support for enhanced functionality.

Explore GraalVM 21.1's new features, including JDK 16 support and performance enhancements, with experts Oleg Šelajev and Thomas Wuerthinger in this comprehensive walkthrough.

Explore an emerging ecosystem of open-source tools for power grid management, from substations to control rooms, enabling adaptation to energy transition and boosting innovation in the industry.

Explores Citrix's missteps in open-source collaboration, offering insights on fostering mutually beneficial relationships between commercial entities and open-source communities.

Explore AMD SEV-SNP attestation for confidential computing, including report generation, verification, and integration into Linux guest boot flow for enhanced security and trust.

Explore device attestation in confidential computing, focusing on TEE VMs verifying device authenticity for secure workload transfer and acceleration.

Explore libblkio, a unified API for efficient block device access across environments. Learn its design, drivers, and roadmap for simplified high-performance I/O integration in applications.

Explore confidential computing attestation, comparing SEV-ES, SEV-SNP, and Intel TDX. Learn strategies for unification, including secure vTPMs and the Confidential Containers Attestation Agent.

Explore AMD SEV-SNP's enhanced guest protection, upstream development progress, challenges, and future plans for features like live-migration and interrupt security.

Explore Android 13's Protected KVM security, focusing on guest device drivers' vulnerabilities. Learn about a fuzzing solution using Linux Kernel Library to identify and mitigate potential attack vectors.

Explore pKVM's enhanced isolation techniques for confidential computing, including separate address spaces and VCPU isolation, to mitigate data leakage risks and reduce trust requirements in drivers.

Explore AMD's SEV-SNP architecture, VMPL, and SVSM for enhanced guest security in virtualization. Learn about Linux kernel support and open-source SVSM development for secure boot and live migration.

Explore Azure Databricks' integration with Confidential Computing, enhancing data security through hardware-based trusted execution environments and advanced VM features, with insights on future developments.

Explore confidential containers for GPU-accelerated AI, integrating LLMs and Kubernetes for secure, high-performance computing while maintaining data privacy in cloud-native environments.

Learn to rapidly deploy large-scale, on-premises cloud infrastructure using advanced virtualization, containerization, and orchestration platforms. Gain insights on design, planning, and ensuring operational efficiency and scalability.

Learn to run Linux containers on WebAssembly and browsers using container2wasm converter. Explore its implementation, functionality, and integration with community tools.

Optimizing multi-tenancy, virtualization, and resource oversubscription in public clouds through QoS-aware core management, addressing challenges in latency-critical workloads and VM resource contention.

Explore seamless VMware to OpenStack migration strategies, including planning, automation, and execution. Learn about cost-effective alternatives, technical challenges, and best practices for efficient and secure workload transitions.

Discover strategies for transitioning from VMware to open cloud infrastructure, exploring advantages, best practices, and ROI acceleration using Mirantis platforms and expertise.