This directory contains a suite of progressively complex Managed Application Services (MAS) designed to stress-test and demonstrate the capabilities of the AuraGrid distributed compute engine. These examples follow the Adversarial Grid Evolution methodology.
The "Hello, World" of the AuraCore ecosystem. Demonstrates a single MAS running with full sovereignty, autonomous lifecycle management, low-overhead IPC, and zero-trust defaults.
A multi-MAS communication scenario featuring two distinct services (Sentinel and Provocateur). Demonstrates how AuraCore handles inter-cell communication, WAL-backed eventing, location transparency, and hardware-aware routing.
A distributed, append-only journal service. Demonstrates shared state, data integrity, non-repudiation, and hardware-verified fencing tokens to prevent split-brain corruption.
An intelligent agent demonstrating integration between AuraGrid and AuraXLM. Showcases native Model Context Protocol (MCP) interactions, Intelligence Routing, and Universal Latent Space (ULS) integration.
Demonstrates the power of AuraGrid's Attribute-Based Access Control (ABAC) and Identity Propagation in a secure machine learning context, simulating an LLM training/inference service with restricted operations.
A high-throughput client and worker pair written in C# designed to stress-test unbuffered HTTP/2 gRPC streaming via the AuraGrid YARP reverse proxy, sending telemetry chunks at maximum velocity and receiving immediate ACKs.
A client and worker pair written in C# designed to validate the fast-path direct inference bypassing the buffered middleware to achieve low-latency inference routing using YARP.
A privileged "Fault Injector" chaos engineering tool. Demonstrates Grid resilience by intentionally suspending heartbeats, injecting latency, and testing auto-healing governance and split-brain immunity.
A secure chat application broadcasting over AuraGrid's UDP gossip network. Every packet is signed by the node's private key and verified by peers, demonstrating the hardening of the SWIM/Gossip layer.
A stress-testing application designed to provision native host container subsystems (like Docker) and deploy MAS instances as isolated container workloads. Validates ContainerWorkloadExecutor, volume remapping, and kernel-level resource clamping (MemoryMax, CPUQuota).