Termux-TTS

High-Performance Edge & Browser Native Open-Source Systems Library

1-Line Quick Installation

Install the official package directly into your runtime:

pip install ameva-core
# or: npm install @ameva/core

The Engineering Challenge

Standard desktop frameworks fail on constrained edge nodes and browser sandboxes due to syscall restrictions, heavy memory footprints, and severe server-dependency latency.

The Architectural Breakthrough

Eliminates server roundtrips by compiling low-level kernels directly to WebGPU/Bionic ARM64 with zero-leak buffer pooling and closed-form mathematical precision.

Key Capabilities & Built-in Hardening

Supported Compute Kernels & Operations

Subsystem Category	Operations & Kernels	Status
Compute Engine	WebGPU Compute Shaders (WGSL), FP16/FP32	Production
Memory Subsystem	Zero-Copy Ring Buffers, Weakref GC Pooling	Production
Platform Runtimes	Node.js, Chromium WebGPU, Android Termux Bionic	Production

Canonical Usage Example

import ameva_core as ac
engine = ac.Engine()
print(engine.compute([1.0, 2.0]))

import { Engine } from '@ameva/core';
const engine = new Engine();