May 15, 2026

description

Make compressed YouTube / Spotify audio feel clearer, less flat, and more open — directly in your browser.

Phaselith is a real-time audio restoration engine that runs directly in your browser. It analyzes playback in real time and recovers lost harmonics, air, and detail that compression destroys — making voices clearer, instruments more vivid, and the soundstage wider and more natural.

This is not an EQ or bass booster. Phaselith uses a 6-stage signal analysis pipeline with self-validation: it detects what compression damaged, generates candidate repairs, and only applies changes that pass a mathematical consistency check. If a repair doesn't improve the signal, it's rejected automatically.

### How It Works

1. **Damage Detection** — Identifies codec cutoff frequency, clipping artifacts, dynamic compression, and stereo collapse.
2. **Signal Decomposition** — Separates audio into harmonic, air, transient, and spatial components.
3. **Residual Synthesis** — Generates candidate repairs using physical models (not neural networks).
4. **Self-Validation** — Repairs are checked against a consistency model. Failed repairs are reduced or rejected before mixing.
5. **Perceptual Mixing** — Validated repairs are mixed at safe levels with loudness compensation and peak protection.
6. **Ambience Preservation** — Reverb tails and spatial cues are preserved, not destroyed.

### Who Is This For

- 🎵 Music listeners who want richer sound from YouTube, Spotify, and browser playback
- 🎙️ Podcast listeners who want clearer, more natural voices
- 🎧 Headphone users who want better audio without buying new hardware
- 💻 Anyone who notices browser audio sounds flat compared to dedicated players

### What Makes Phaselith Different

Most audio enhancers add bass boost, virtual surround, or EQ curves on top of your audio. Phaselith analyzes degradation patterns and applies bounded, validated repairs — not a fixed tonal recipe. The result: your music sounds closer to how it was meant to be heard.

v0.1.39 High-frequency reconstruction quality fix

v0.1.37

• Fullscreen verified working with audio processing active on streaming sites.
• Verified on Windows.

Notes:
For the best listening experience, please reopen Phaselith for each new page before listening. Also, switch your device to High Performance power mode.

Make compressed YouTube / Spotify audio feel clearer, less flat, and more open — directly in your browser.

Phaselith is a real-time audio restoration engine that runs directly in your browser. It analyzes playback in real time and recovers lost harmonics, air, and detail that compression destroys — making voices clearer, instruments more vivid, and the soundstage wider and more natural.

This is not an EQ or bass booster. Phaselith uses a 6-stage signal analysis pipeline with self-validation: it detects what compression damaged, generates candidate repairs, and only applies changes that pass a mathematical consistency check. If a repair doesn't improve the signal, it's rejected automatically.

### How It Works

1. **Damage Detection** — Identifies codec cutoff frequency, clipping artifacts, dynamic compression, and stereo collapse.
2. **Signal Decomposition** — Separates audio into harmonic, air, transient, and spatial components.
3. **Residual Synthesis** — Generates candidate repairs using physical models (not neural networks).
4. **Self-Validation** — Repairs are checked against a consistency model. Failed repairs are reduced or rejected before mixing.
5. **Perceptual Mixing** — Validated repairs are mixed at safe levels with loudness compensation and peak protection.
6. **Ambience Preservation** — Reverb tails and spatial cues are preserved, not destroyed.

### Who Is This For

- 🎵 Music listeners who want richer sound from YouTube, Spotify, and browser playback
- 🎙️ Podcast listeners who want clearer, more natural voices
- 🎧 Headphone users who want better audio without buying new hardware
- 💻 Anyone who notices browser audio sounds flat compared to dedicated players

### What Makes Phaselith Different

Most audio enhancers add bass boost, virtual surround, or EQ curves on top of your audio. Phaselith analyzes degradation patterns and applies bounded, validated repairs — not a fixed tonal recipe. The result: your music sounds closer to how it was meant to be heard.

v0.1.81
optimization algorithm

v0.1.80

1. Renamed Reference to Signature
2. Added two DSP modes: Phoenix focuses on high-frequency performance, while Velvet emphasizes more concrete and tangible imaging
3. Fixed the mute issue on macOS Chrome in v0.1.39
4. Adjusted algorithm parameters
5. Added boundary condition handling
6. Improved the display experience
…and many more improvements.

v0.1.39 High-frequency reconstruction quality fix

v0.1.37

• Fullscreen verified working with audio processing active on streaming sites.
• Verified on Windows.

May 10, 2026

description

Phaselith is a real-time audio restoration engine that runs directly in your browser. It analyzes playback in real time and recovers lost harmonics, air, and detail that compression destroys — making voices clearer, instruments more vivid, and the soundstage wider and more natural.

This is not an EQ or bass booster. Phaselith uses a 6-stage signal analysis pipeline with self-validation: it detects what compression damaged, generates candidate repairs, and only applies changes that pass a mathematical consistency check. If a repair doesn't improve the signal, it's rejected automatically.

### How It Works

1. **Damage Detection** — Identifies codec cutoff frequency, clipping artifacts, dynamic compression, and stereo collapse.
2. **Signal Decomposition** — Separates audio into harmonic, air, transient, and spatial components.
3. **Residual Synthesis** — Generates candidate repairs using physical models (not neural networks).
4. **Self-Validation** — Repairs are checked against a consistency model. Failed repairs are reduced or rejected before mixing.
5. **Perceptual Mixing** — Validated repairs are mixed at safe levels with loudness compensation and peak protection.
6. **Ambience Preservation** — Reverb tails and spatial cues are preserved, not destroyed.

### Who Is This For

- 🎵 Music listeners who want richer sound from YouTube, Spotify, and browser playback
- 🎙️ Podcast listeners who want clearer, more natural voices
- 🎧 Headphone users who want better audio without buying new hardware
- 💻 Anyone who notices browser audio sounds flat compared to dedicated players

### What Makes Phaselith Different

Most audio enhancers add bass boost, virtual surround, or EQ curves on top of your audio. Phaselith analyzes degradation patterns and applies bounded, validated repairs — not a fixed tonal recipe. The result: your music sounds closer to how it was meant to be heard.

Make compressed YouTube / Spotify audio feel clearer, less flat, and more open — directly in your browser.

Phaselith is a real-time audio restoration engine that runs directly in your browser. It analyzes playback in real time and recovers lost harmonics, air, and detail that compression destroys — making voices clearer, instruments more vivid, and the soundstage wider and more natural.

This is not an EQ or bass booster. Phaselith uses a 6-stage signal analysis pipeline with self-validation: it detects what compression damaged, generates candidate repairs, and only applies changes that pass a mathematical consistency check. If a repair doesn't improve the signal, it's rejected automatically.

### How It Works

1. **Damage Detection** — Identifies codec cutoff frequency, clipping artifacts, dynamic compression, and stereo collapse.
2. **Signal Decomposition** — Separates audio into harmonic, air, transient, and spatial components.
3. **Residual Synthesis** — Generates candidate repairs using physical models (not neural networks).
4. **Self-Validation** — Repairs are checked against a consistency model. Failed repairs are reduced or rejected before mixing.
5. **Perceptual Mixing** — Validated repairs are mixed at safe levels with loudness compensation and peak protection.
6. **Ambience Preservation** — Reverb tails and spatial cues are preserved, not destroyed.

### Who Is This For

- 🎵 Music listeners who want richer sound from YouTube, Spotify, and browser playback
- 🎙️ Podcast listeners who want clearer, more natural voices
- 🎧 Headphone users who want better audio without buying new hardware
- 💻 Anyone who notices browser audio sounds flat compared to dedicated players

### What Makes Phaselith Different

Most audio enhancers add bass boost, virtual surround, or EQ curves on top of your audio. Phaselith analyzes degradation patterns and applies bounded, validated repairs — not a fixed tonal recipe. The result: your music sounds closer to how it was meant to be heard.

v0.1.39 High-frequency reconstruction quality fix

v0.1.37

• Fullscreen verified working with audio processing active on streaming sites.
• Verified on Windows.

May 10, 2026

host_permissions

https://license.phaselith.com/*, https://www.netflix.com/*, https://www.youtube.com/*, https://*.bilibili.com/*, https://www.twitch.tv/*

https://license.phaselith.com/*, https://www.youtube.com/*, https://www.netflix.com/*, https://*.bilibili.com/*, https://www.twitch.tv/*, https://vimeo.com/*, https://v.youku.com/*, https://ani.gamer.com.tw/*, https://hamivideo.hinet.net/*, https://www.litv.tv/*, https://www.linetv.tw/*

Apr 22, 2026

host_permissions

https://license.phaselith.com/*

https://license.phaselith.com/*, https://www.netflix.com/*, https://www.youtube.com/*, https://*.bilibili.com/*, https://www.twitch.tv/*

Apr 22, 2026

permissions

tabCapture, offscreen, activeTab, storage

tabCapture, offscreen, activeTab, storage, tabs, scripting

Apr 17, 2026

description

Better audio through your existing headphones. Restore lost detail from YouTube, Spotify, and any browser audio.

Phaselith is a real-time audio restoration engine that runs directly in your browser. It analyzes playback in real time and recovers lost harmonics, air, and detail that compression destroys — making voices clearer, instruments more vivid, and the soundstage wider and more natural.

This is not an EQ or bass booster. Phaselith uses a 6-stage signal analysis pipeline with self-validation: it detects what compression damaged, generates candidate repairs, and only applies changes that pass a mathematical consistency check. If a repair doesn't improve the signal, it's rejected automatically.

### How It Works

1. **Damage Detection** — Identifies codec cutoff frequency, clipping artifacts, dynamic compression, and stereo collapse.
2. **Signal Decomposition** — Separates audio into harmonic, air, transient, and spatial components.
3. **Residual Synthesis** — Generates candidate repairs using physical models (not neural networks).
4. **Self-Validation** — Repairs are checked against a consistency model. Failed repairs are reduced or rejected before mixing.
5. **Perceptual Mixing** — Validated repairs are mixed at safe levels with loudness compensation and peak protection.
6. **Ambience Preservation** — Reverb tails and spatial cues are preserved, not destroyed.

### Who Is This For

- 🎵 Music listeners who want richer sound from YouTube, Spotify, and browser playback
- 🎙️ Podcast listeners who want clearer, more natural voices
- 🎧 Headphone users who want better audio without buying new hardware
- 💻 Anyone who notices browser audio sounds flat compared to dedicated players

### What Makes Phaselith Different

Most audio enhancers add bass boost, virtual surround, or EQ curves on top of your audio. Phaselith analyzes degradation patterns and applies bounded, validated repairs — not a fixed tonal recipe. The result: your music sounds closer to how it was meant to be heard.

Phaselith is a real-time audio restoration engine that runs directly in your browser. It analyzes playback in real time and recovers lost harmonics, air, and detail that compression destroys — making voices clearer, instruments more vivid, and the soundstage wider and more natural.

This is not an EQ or bass booster. Phaselith uses a 6-stage signal analysis pipeline with self-validation: it detects what compression damaged, generates candidate repairs, and only applies changes that pass a mathematical consistency check. If a repair doesn't improve the signal, it's rejected automatically.

### How It Works

1. **Damage Detection** — Identifies codec cutoff frequency, clipping artifacts, dynamic compression, and stereo collapse.
2. **Signal Decomposition** — Separates audio into harmonic, air, transient, and spatial components.
3. **Residual Synthesis** — Generates candidate repairs using physical models (not neural networks).
4. **Self-Validation** — Repairs are checked against a consistency model. Failed repairs are reduced or rejected before mixing.
5. **Perceptual Mixing** — Validated repairs are mixed at safe levels with loudness compensation and peak protection.
6. **Ambience Preservation** — Reverb tails and spatial cues are preserved, not destroyed.

### Who Is This For

- 🎵 Music listeners who want richer sound from YouTube, Spotify, and browser playback
- 🎙️ Podcast listeners who want clearer, more natural voices
- 🎧 Headphone users who want better audio without buying new hardware
- 💻 Anyone who notices browser audio sounds flat compared to dedicated players

### What Makes Phaselith Different

Most audio enhancers add bass boost, virtual surround, or EQ curves on top of your audio. Phaselith analyzes degradation patterns and applies bounded, validated repairs — not a fixed tonal recipe. The result: your music sounds closer to how it was meant to be heard.

Apr 17, 2026

host_permissions

(empty)

https://license.phaselith.com/*

Phaselith

History

Changelog

Permissions & access

Screenshots

About

Technical

Metadata

Date	Users	Rating	Reviews	Version
Apr 1, 2026	2	—	—	0.1.25
Apr 17, 2026	2	—	—	0.1.25
Apr 22, 2026	5	—	—	0.1.27
Apr 27, 2026	68	—	—	0.1.28
May 5, 2026	106	—	—	0.1.28
May 10, 2026	120	—	—	0.1.28
May 15, 2026	117	—	—	0.1.39
May 22, 2026	127	—	—	0.1.81
May 28, 2026	128	—	—	0.1.81
Jun 4, 2026	130	—	—	0.1.81
Jun 10, 2026	138	—	—	0.1.81
Now	129	—	—	0.1.81