
Explore sustainable IT practices through performance and resilience testing. Learn optimization techniques, green testing best practices, and strategies to reduce carbon footprint in digital transformation.

Explore sustainable software engineering practices, green PWAs, eco-friendly ML, and environmentally conscious development in this conference featuring expert talks on building carbon-efficient applications.

Explores the hidden ecological costs of software development, proposing an energy consumption label to prioritize features based on environmental impact alongside development time and benefits.

Explore sustainable software engineering practices to reduce carbon footprint. Learn efficient algorithms, system architecture, and product design strategies for environmentally conscious development.

Explore power consumption estimation for ML workloads using Kepler framework. Learn to create and validate power models for optimizing energy usage in data centers and Kubernetes environments.

Explore practices to increase sustainability in software development, focusing on simple changes to create better, more environmentally-friendly products while improving system performance.

Explore ICT's environmental impact and learn practical strategies for reducing emissions in Drupal development. Gain insights to create sustainable digital solutions.

Discover how to measure and optimize carbon footprints in data centers through performance metrics, component analysis, and real-world implementation strategies for sustainable computing infrastructure.

Explore cloud native sustainability efforts, focusing on TAG Environmental Sustainability's initiatives to create an eco-friendly CNCF landscape and address pressing technical challenges in cloud computing.

Explore the environmental impact of mobile apps and learn best practices for sustainable development as a mobile developer.

Explore smart green computing for cloud-native operations, combining CNCF projects and open-source tools to create ML models for sustainable cluster management and carbon optimization.

Explore power-efficient edge computing strategies, focusing on application-aware telemetry collection and automation for optimizing energy usage in network infrastructures.

Explore sustainable software development practices and tools like kube-green to reduce the carbon footprint of cloud-native applications. Learn strategies for creating eco-friendly code and fostering a green mentality in the industry.

Explore sustainable software development with a focus on Istio Service Mesh's Ambient mode, optimizing resource utilization and reducing environmental impact while maintaining security and features.

Explore how WebAssembly enables greener, cost-effective serverless computing with near-instant startup, enhanced security, and efficient resource usage, including AI inferencing and GPU sharing.

Explore sustainable edge computing with energy proportionality and carbon-aware workload management to achieve net-zero goals while balancing latency, security, and energy costs.

Discover how FundApps rearchitected their platform for speed, cost-efficiency, and sustainability, transforming from a self-hosted application to a cloud-native distributed architecture in AWS.

Explore WebAssembly's component model for enhanced security, faster CVE resolution, and reduced environmental impact in application development.

Explore serverless WebAssembly for a more sustainable and economical cloud computing approach, enhancing efficiency and reducing environmental impact.

Explore green software principles and best practices for reducing carbon emissions in high-performance computing, using a case study of wind turbine simulations scaling to 400k cores and petabytes of data.

Discover how to build sustainable telecom cloud data centers through intelligent management, power optimization, and resource efficiency for reduced carbon footprint and energy savings.