Live Audio Engine
Live Audio Engine is a dedicated real-time audio processing application designed to handle multi-channel input and output with low-latency DSP. It orchestrates audio routing, plugin chains, and monitoring for studios, stages, and live streams, enabling precise control over latency, levels, and effects.
It hosts DSP plugins, manages sample rates and buffer sizes, performs latency compensation, and routes channels through virtual buses and mixers. The engine supports multi-device I/O, sidechain routing, and real-time monitoring for critical live applications.
Live Audio Engine is a legitimate real-time audio processing tool used by professionals in studios and live events. When obtained from official distributors, it runs as a signed executable or service and adheres to expected CPU and memory behavior. Always confirm source integrity and keep the installer updated to minimize risk.
While rare, malicious actors may disguise a trojan or downloader as a live-audio-engine process to evade detection. Always verify the publisher, file path, and digital signature, perform periodic full-system scans, and compare checksums with the official installer to rule out tampering. Unusual network activity or unexpected processes should raise suspicion.
Red Flags: Unexpected startup prompts, a different executable path, missing digital signatures, or sudden network activity to unknown hosts while running live-audio-engine are strong indicators of tampering or malware masquerading as legitimate software.
Reasons it's running:
It is the core executable for the Live Audio Engine, handling real-time mixing, routing, and plugin hosting for multi-channel streams.
Yes, when obtained from official sources and installed by following the vendor's instructions, it runs as a signed component with routine updates.
Open the services console or the engine's startup options in the application, and set the startup to Manual or Disabled, then restart.
CPU usage grows with plugin count, sample rate, and buffer size; optimizing settings and reducing plugin load typically reduces CPU demand.
Use the built-in updater or vendor installer, ensure plugin formats and versions are compatible, and restart after updates.
Check buffer size, driver latency, and interface firmware; update drivers and verify that no other heavy processes are stealing CPU time.