Blazil: High-Throughput, Low-Latency Compute Architecture for ARM
Auralius relies on Blazil—a Rust/gRPC engine optimized for ARM architectures like AWS Graviton. By leveraging persistent HTTP/2 connection pooling, Blazil acts as a blazing-fast media plane and routing engine for real-time AI agents.
In the world of real-time AI agents and media streaming, computational overhead is the enemy. Blazil acts as the high-throughput, low-latency compute infrastructure that powers Auralius, optimized specifically for modern ARM architectures.
ARM Hardware Optimization
Blazil is designed to extract maximum performance from ARM instruction sets and architectures, such as AWS Graviton. This deep hardware alignment allows Blazil to achieve true linear scaling, delivering massive concurrency with an optimal compute cost profile compared to traditional x86-based media planes.
High Concurrency & Low Latency via Rust/gRPC
Built entirely in Rust, Blazil leverages high-performance gRPC and persistent connection pooling via HTTP/2. By maintaining long-lived connections, it completely eradicates the TCP/TLS handshake overhead that plagues standard request-response lifecycles, ensuring every communication turn happens in sub-50ms.
Media & Agent Orchestration
Beyond simple networking, Blazil serves as the core media plane and high-speed routing engine. It natively handles two-way audio WebSocket streams, integrating real-time Voice Activity Detection (VAD) and streaming pipelines directly at the edge before handing context over to the LLM.
Published August 24, 2026 · Kolerr Lab Engineering Team
