LUFS Audio + ArtyShield.ai

Bridging Audio Research & Real-World Implementation

Where cutting-edge research meets production-grade implementation, and audio systems become realities at scale.

Combining rigorous academic research with technical expertise to create audio systems that serve diverse communities while advancing the field for everyone.

Bridging Audio Protection & Accessibility Through Research

Research Excellence

  • Rigorous academic methodology grounded in peer-reviewed frameworks
  • Systematic approach to audio protection and accessibility assessment
  • Access to institutional research infrastructure and expertise
  • Capacity to publish findings and advance the field
  • Student involvement and academic training opportunities

Implementation Leadership

  • Production systems deployed at scale
  • Industry-standard tools: Wwise, FMOD, Unreal Engine, Max/MSP
  • Real-world constraint navigation (budget, timeline, technical)
  • Proven ability to integrate with existing infrastructure
  • Rapid iteration and problem-solving capability
The Partnership Advantage: Research informs better audio protection and accessibility. Implementation creates real-world impact.

Audio Protection Through Three Dimensions: Audio + Development + Research

Audio Expertise

  • Live event mixing and production
  • Interactive audio systems for protected and accessible environments
  • Sound design focused on protection and accessibility for diverse audiences
  • Training from IRCAM and Remote Control Productions

Development Capabilities

  • Custom systems deployed at scale
  • Industry Clients: Hinge Health, xAI, Meta
  • Real-time data processing and CI/CD optimization
  • Automated systems for accessibility workflows

Research Methodology

  • Systematic approach to audio protection and accessibility testing
  • User-centered design with diverse participant involvement
  • Iterative refinement based on feedback and data
  • Documentation for peer-reviewed publication
  • Scalable frameworks for deployment across contexts
Key Achievement: At Hinge Health, audio-focused accessibility design achieved 18% increase in user retention for 70k+ daily active users

Proven Track Record: Audio Protection & Scale

Scaling Work: Hinge Health

  • Project: Interactive audio design for mobile health application
    • 70,000+ daily active users (iOS & Android)
  • Results: 18% increase in user retention through protected, accessible audio flows
    • Reduced cognitive load through sound-design UX
    • Deployed Wwise for scalable audio pipeline
    • Direct UX team collaboration on audio protection and accessibility standards
  • Key Insight: When audio is designed thoughtfully for protection and accessibility, it drives outcomes for everyone

Technical Expertise

  • Programmatic Mixing
  • Interactive audio installations (Wwise, Max/MSP, Supercollider)
  • Automated systems and real-time coordination pipelines
  • Desktop, Cloud, Mobile, or DAW Implementation

Scalable Applications for Audio Protection & Accessibility

Public Protection & Wayfinding

  • Protected, accessible audio interfaces with universal access principles
  • Multilingual and multi-ability accessibility systems
  • Environmental audio adaptation for diverse contexts
  • Real-time protected communication systems

Real-Time Deployment Systems

  • Remote monitoring and scalable audio protection infrastructure
  • Integration with existing institutional systems
  • Cloud-based processing for protection and accessibility pipelines
  • Real-time performance optimization and feedback

Community Scale Testing

  • Diverse participant engagement and feedback collection
  • Accessibility assessment frameworks
  • Data collection and analysis infrastructure
  • Community-centered research protocols

Digital & Remote Access

  • Remote protection and accessibility interfaces for audio experiences
  • Distributed participant testing and data collection
  • Digital audio documentation and knowledge-sharing systems
  • Scalable cloud-based audio processing and analysis

Partnership Model: Shared Investment in Impact

This partnership represents a shared investment in advancing the audio field through research-backed implementation.

Partnership Models

  • Pilot-to-Scale: Phase 1 proof of concept, Phase 2 pilot project, Phase 3 expansion
  • Service Partnership: Ongoing implementation with research components

Research Impact

  • Peer-reviewed publications advancing the field
  • Real-world deployment with measurable impact
  • Scalable frameworks usable across multiple contexts
  • Case studies demonstrating ROI and outcomes

Let's Build

Let's partner to turn research into reality—and create systems that genuinely improve people's lives.

LUFS Audio

daniel@lufs.audio

(714) 616-1558

lufs.audio