LALAL.AI
Professional-grade AI stem separation and noise reduction for audio and video.
Professional 3D spatial audio panning powered by Sennheiser AMBEO technology.
DearVR MICRO is a high-performance binaural panner plugin developed by Dear Reality in collaboration with Sennheiser. It serves as an entry-point into the professional immersive audio market, utilizing the proprietary Sennheiser AMBEO HRTF (Head-Related Transfer Function) library. The plugin allows audio engineers and sound designers to position mono or stereo sources anywhere within a 3D soundstage—including elevation and depth—using a standard stereo headphone output. Unlike traditional pan pots that only manage left-right balance, DearVR MICRO manipulates phase, timing, and spectral cues to trick the human brain into perceiving sound coming from specific coordinates in space. For 2026, it remains a critical utility for creators in the VR, AR, and podcasting spaces who require high-fidelity spatialization without the overhead of full Atmos suites. Its lightweight architecture makes it ideal for mobile production environments and large-scale sessions with high track counts, while its integration with the Dear Reality ecosystem allows for seamless scalability to the more advanced DearVR PRO version for complex acoustic environment modeling.
Uses industry-standard head-related transfer functions to simulate 3D audio cues for headphone listening.
Professional-grade AI stem separation and noise reduction for audio and video.
The industry-standard, high-fidelity MP3 encoding engine for precision audio compression.
The Industry-Standard Performative Sound Design Platform for AI-Enhanced Post-Production.
Architecting complete song structures through generative stem-alignment and neural orchestration.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Provides full spherical positioning of sound sources with 0.1-degree precision.
A proprietary algorithm that adjusts the spectral coloration to enhance or reduce spatial localization.
Generates simplified early reflections based on source position to provide distance cues.
An interactive GUI element representing the listener's head for intuitive drag-and-drop positioning.
All spatial parameters are exposed to the DAW for sample-accurate movement automation.
Universal support for VST3, AU, and AAX architectures on Windows and macOS (Silicon native).
Flat, mono-sounding interviews that cause listener fatigue.
Registry Updated:2/7/2026
Adjust Focus to match the virtual room feel.
Prototyping spatial cues for VR games without opening Unity/Unreal.
Creating intimate, ultra-close spatial movements for sensory triggers.