Conference Description
Key Takeaways
- Five-day technical conference covering .NET, Azure, AI-powered development, and cloud-native architectures
- Sessions led by Microsoft engineers, MVPs, and recognised industry practitioners
- Hands-on labs and workshops focused on Blazor, .NET MAUI, Kubernetes, and GitHub Copilot
- Designed for software developers, architects, technical leads, and DevOps professionals working within the Microsoft ecosystem
- Addresses practical challenges in building scalable, maintainable, and AI-integrated applications
Introduction
Visual Studio Live! San Diego 2026 brings together Microsoft-focused developers for five days of technical training, workshops, and knowledge exchange. The conference targets software engineers, architects, and technical leaders seeking to deepen their expertise in modern .NET development, Azure cloud services, and AI-assisted tooling. With the Microsoft development ecosystem evolving rapidly—particularly around cloud-native patterns, cross-platform frameworks, and generative AI integration—the event addresses the persistent challenge of maintaining current, production-ready skills in an environment where platforms and best practices shift continuously.
About Visual Studio Live! San Diego
Visual Studio Live! is a long-running developer conference series that focuses exclusively on the Microsoft technology stack. The San Diego edition takes place at the Bahia Resort Hotel and combines keynote presentations with breakout sessions, deep-dive workshops, and hands-on labs. Microsoft serves as the event partner, with additional sponsorship from Particular Software at the platinum level and Aikido Security at the silver level. Denny Cherry & Associates Consulting participates as an exhibitor.
The format emphasises practical application over theoretical discussion. Attendees work directly with tools and frameworks during lab sessions, allowing them to experiment with techniques they can apply immediately in their own projects. This workshop-led approach distinguishes the event from presentation-only conferences and appeals to practitioners who learn most effectively through direct implementation.
Technical Focus Areas
The conference curriculum spans several interconnected domains within modern Microsoft development. .NET and ASP.NET Core remain foundational, with sessions addressing current framework capabilities, performance optimisation, and migration strategies for teams maintaining legacy codebases alongside newer implementations.
Azure cloud services feature prominently, reflecting the platform’s central role in enterprise Microsoft deployments. Content covers infrastructure provisioning, managed services, and the architectural decisions involved in building distributed systems that balance cost, performance, and operational complexity.
The programme dedicates significant attention to AI-powered development workflows, particularly GitHub Copilot and its integration into daily coding practices. As AI assistants become standard tooling for many development teams, understanding their effective use—and their limitations—has become a practical necessity rather than an optional enhancement.
Cross-platform development receives coverage through Blazor for web applications and .NET MAUI for mobile and desktop targets. These frameworks represent Microsoft’s current strategy for enabling code reuse across deployment environments, and the sessions explore their maturity, trade-offs, and suitability for different project requirements.
Kubernetes and container orchestration sessions address the operational side of cloud-native development, covering deployment patterns, service mesh considerations, and the tooling required to manage containerised workloads at scale. Related content on microservices architecture examines the design principles and communication patterns that underpin distributed systems built on these foundations.
Industry Context and Relevance
The 2026 programme reflects several trends shaping enterprise software development. The integration of AI assistants into development environments has moved from experimentation to mainstream adoption, creating demand for guidance on prompt engineering, code review practices, and appropriate use cases. Simultaneously, organisations continue migrating workloads to cloud infrastructure while grappling with cost management, security requirements, and the operational expertise needed to run production systems reliably.
The inclusion of human factors in engineering acknowledges that technical excellence alone does not guarantee successful software delivery. Team dynamics, communication patterns, and sustainable working practices increasingly influence project outcomes, particularly in organisations scaling their development capabilities.
Who Should Attend
The conference serves software developers and engineers working primarily with Microsoft technologies, whether building new applications or maintaining existing systems. Architects evaluating technology choices for upcoming projects will find relevant content on framework selection and platform capabilities. Technical leads and engineering managers benefit from sessions addressing team productivity, DevOps practices, and modern software delivery approaches. The event also suits consultants advising clients on Microsoft platform adoption and IT professionals responsible for supporting development teams within their organisations.
Attendees typically arrive with existing .NET or Azure experience and seek to deepen specific competencies or explore adjacent technologies they have not yet implemented in production environments.