What if performance and sustainability weren’t competing goals, but rather partners? As our software shapes the world, we bear a growing responsibility to create systems that are energy-efficient, resource-conscious, and environmentally aware. In this session, we’ll explore how to design and implement green software architectures utilizing the modern features of .NET 10.

You’ll learn how to reduce your application’s carbon footprint by making smarter architectural decisions, choosing efficient frameworks and patterns, optimizing compute and network usage, and embracing cloud-native design. We’ll highlight how new .NET capabilities, from improved runtime efficiency to serverless integration, can assist teams in building fast, scalable, and more sustainable systems.

This talk isn’t about wishful thinking; it’s about practical, measurable changes that generate impact. Whether you're developing cloud apps, APIs, or desktop systems, you'll walk away with actionable insights to make your solutions greener and your engineering more intentional.

Who Should Attend:
• Software engineers and architects interested in sustainable software practices
• .NET developers looking to improve energy efficiency in their apps
• Technical leads working on cloud-native, distributed, or high-scale systems
• Decision-makers seeking to align engineering with ESG or corporate sustainability goals

Key Takeaways:
• Understand the principles of green software: energy usage, efficiency, and environmental impact
• Identify key architectural patterns that reduce energy and resource consumption
• Leverage .NET 10 features like AOT, minimal APIs, and improved GC for performance and sustainability
• Analyze trade-offs between compute cost, speed, and sustainability in system design
• Build cloud-native .NET apps that scale efficiently using containers, functions, and autoscaling
• Learn tooling and techniques to measure energy and performance impact