The framework
for agentic development
A high-performance framework built for AI-assisted development and predictable production operation
Zynth
Native APIs
Included
0
Latency (JSI)
+17
Native Components
3
Core Platforms
Adaptive Router
A modular routing system built on platform-native controllers to deliver authentic transitions and hardware gestures on every device.
- Native screen stack
- Custom transitions
- True gesture support
Granular Reactivity
Zynth’s renderer turns fine-grained state changes into precise native mutations - so updates stay fast, predictable, and localized.
- Precise mutations
- Predictable updates
- No extra passes
Agentic Control
Advanced agentic programming interface integrated into the debug server for real-time monitoring and active data manipulation in production-like environments.
- Live data access
- Agent driven flow
- Remote state control
Cross-Platform Output
Share the same components and design system across platforms, with a predictable export path to the browser.
- Shared components
- Consistent styling
- Web export
A native AI framework with a robust ecosystem
Zynth includes a complete first-party ecosystem for building modern applications. Primitives, integrations, and tooling are designed to fit together, with consistent APIs and a unified workflow so your team can move forward without piecing together a puzzle of dependencies.
animate
High-performance signal-based animations.
async-storage
Reactive persistent storage layer.
markdown
Native-grade markdown rendering engine.
bluetooth
Low-latency BLE communication suite.
sensors
Real-time hardware telemetry access.
skia
Advanced 2D graphics and shaders.
webview
Isolated high-performance web contexts.
hypervisor
Secure multi-runtime execution layer.
Zynth includes over 35+ specialized packages designed for mission-critical native infrastructure.
The documentation for the package ecosystem is currently under construction.
High-Assurance Architecture
A security-oriented foundation for production software - combining boundary enforcement, isolation domains, and cryptographic gating for high-assurance environments.
Native-to-Core type enforcement. Guarantees deterministic data integrity across the JSI bridge, eliminating invalid state injections and system-level crashes.
Fault-tolerant execution environments. Failure encapsulation ensures stability during runtime errors, while the Hypervisor orchestrates secure guest-runtime isolation.
Non-deterministic cryptographic protection. Critical native calls are gated by expiring nonces, preventing data leaks and unauthorized bridge exposure.