Existing approaches to cognitive enhancement require dedicated sessions, specialized hardware, or carry pharmacological side effects. Vayl delivers non-invasive audiovisual stimulation embedded directly in existing workflows — at the operating system level, on standard hardware, with zero additional time required.
A transparent overlay modulates rhythmic visual stimulation on top of any application — Figma, VS Code, Excel, monitoring dashboards, command and control interfaces. Paired with synchronized isochronic audio, it delivers neuroscience-backed audiovisual entrainment while users continue working. The stimulation is subtle and continuous; users quickly stop noticing it, yet consistently report faster engagement, improved calm under workload, and sustained cognitive performance.
Rhythmic visual and auditory stimulation delivered during active visual tasks — not before, not after, but during. The first "ambient" audiovisual stimulation system.
Runs as a native system-level overlay on macOS and Windows. Works on top of any application without modification. The visual layer modulates the same pixels the user is already attending to — task-relevant by definition, not an additional distraction competing for screen space.
Research demonstrates that combined audiovisual stimulation produces significantly stronger neural entrainment than audio alone. But visual stimulation has been impractical during real work — until now. Vayl delivers the full efficacy of audiovisual entrainment without disrupting the task at hand.
Software-native: no wearables, no specialized hardware. Time-native: delivered during existing screen time, not dedicated sessions. Everything one can achieve with rhythmic audiovisual stimulation — focus, alertness, calm, recovery — at zero additional time or deployment cost.
The core insight: People don't do dedicated neurostimulation sessions because they don't have the time. And audio-only approaches sacrifice efficacy for convenience. Vayl eliminates this tradeoff — audiovisual stimulation delivered during the work itself.
AI-driven frequency selection, real-time biofeedback, and adaptive regime management — working together as a closed-loop system
Task-aware stimulation tuned to cognitive demand
The user describes their current task in natural language. The AI analyzes the cognitive demands and selects a neuroscience-backed stimulation profile — optimized for the specific working memory and attentional requirements of that task. This isn't a generic "focus mode" toggle. The system matches stimulation parameters to the type and intensity of cognitive work being performed.
Different tasks place different demands on working memory and attention. The AI maps your task description to a stimulation profile calibrated for its cognitive load — providing more support for high-complexity work and dialing back for routine tasks to prevent overstimulation.
High-complexity work
Multi-variable design, debugging, strategic analysis — higher working memory demand
Routine cognitive tasks
Proofreading, email triage, data entry — lower stimulation to match lower demand
Zero additional time. Zero specialized hardware. Zero deployment friction.
Delivered during existing screen time. No dedicated sessions, no training blocks, no disruption to workflows. Personnel use time they are already spending in front of screens to support mission-relevant cognitive states.
Runs on standard laptops and desktops. No wearables, no headsets, no specialized equipment. Native application on macOS and Windows using standard user interface pathways. Install and run.
Non-invasive cognitive support without side effects, dependency risks, or regulatory complexity. The stimulation is passive, does not interfere with task execution, and can feel neutral or pleasant.
Works with any visual interface: IDEs, design tools, monitoring systems, GUIs, dashboards, command and control systems. The overlay operates at the OS level — the application being used is irrelevant.
23 min
Average time to regain deep focus after an interruption
3-5 min
Back in flow with neural coherence intact
For a 50-person team averaging 6 context switches per day, Vayl recovers 18+ hours of productive time daily. The stimulation maintains the neural "signature" of the prior task, allowing faster re-engagement after each interruption.
Five decades of peer-reviewed research in audiovisual entrainment, attention theory, and neural oscillation
Pursuing NSF research funding in partnership with the Institute for Advanced Consciousness Studies (IACS).
Read the Whitepaper| Dimension | Vayl | Session-Based Programs | Audio-Only Tools |
|---|---|---|---|
| Delivery method | Task-concurrent overlay | Dedicated sessions | Background audio |
| Time requirement | Zero additional time | 10-30 min/day dedicated | During work (audio only) |
| Stimulation modality | Audiovisual (full efficacy) | None (mental practice) | Audio-only (reduced efficacy) |
| Hardware required | Standard laptop | None | Headphones |
| Real-time adaptive | Biofeedback closed loop | No | No |
| Task-aware | AI frequency selection | Generic | Generic presets |
| Deployment friction | Software install | Training program | App install |
| Side effects | None documented | None | None |
Schedule a 15-minute technical demonstration. We'll show you the overlay, the AI frequency selection, and the biofeedback loop — running live on your screen.
Technical demonstrations available for enterprise, defense, and research organizations. No commitment required.