Scaling 3D Model Processing in the Cloud with C# and .NET
Discover how to scale 3D mesh geometric validation in the cloud using C#, .NET 8, and message-based architectures.
Notes and Architecture
Discover how to scale 3D mesh geometric validation in the cloud using C#, .NET 8, and message-based architectures.
Distributed architecture patterns for validating, decimating, and rendering heavy 3D meshes using Azure and message queues.
Discover architectural strategies to drastically reduce the cost of LLM calls in production using semantic and vector caches.
How to design a robust backend architecture in C# to orchestrate generative AI models that produce 3D assets at scale.
Build ecosystems of autonomous, deterministic, and fault-tolerant agents in enterprise environments using C#, .NET, Semantic Kernel, and Redis.
Learn to process and optimize massive 3D models in the cloud using C# and Azure, reducing costs and preventing memory leaks in your backend.
Discover how to design a robust and scalable infrastructure in .NET (C#) capable of processing and validating AI-generated 3D models in volume.
Learn to integrate stochastic AI into critical backends with C# .NET and Clean Architecture. Protect your domain from uncertainty with ports and adapters.
Learn to validate and optimize thousands of glTF/OBJ files asynchronously using C#, RabbitMQ, and SharpGLTF in mission-critical backend architectures.
Are your AI models breaking production? Discover how to separate business logic from infrastructure using C# and Clean Architecture. Includes code.
Avoid database deadlocks in your 3D AI pipelines. Learn to implement Optimistic Concurrency Control in C# to multiply capacity.