Native Node.js and WASM bindings for [temporal_rs](https://github.com/boa-dev/temporal) — the Rust implementation of the [TC39 Temporal proposal](https://tc39.es/proposal-temporal/).
temporal_rs native binding for linux-x64-gnu
temporal_rs native binding for win32-x64-msvc
temporal_rs native binding for darwin-arm64
temporal_rs native binding for linux-arm64-gnu
temporal_rs native binding for win32-arm64-msvc
temporal_rs native binding for linux-x64-musl
temporal_rs native binding for darwin-x64
ECMAScript Temporal API for React Native, powered by Rust (temporal_rs)
Temporal in Rust is an implementation of the TC39 Temporal Builtin Proposal in Rust.
Durable AI agent execution on Temporal using AutoAgents traits.
High-performance temporal entity resolution engine with conflict detection, knowledge graph export, and perspective-weighted data mastering for multi-source datasets.
C interface to temporal_rs
C interface to temporal_rs
AXON v1.5.1 — first crates.io publication of the AXON language full-stack runtime. Lexer/parser/type-checker/IR generator (re-exported from axon-frontend) plus the native Rust runtime: typed channels (TypedEventBus with QoS×5, π-calculus mobility, capability extrusion via shield D8 — Fase 13.f.2), Free Monad CPS handlers (Fase 2), lease kernel + reconcile loop (Fase 3+5), Epistemic Security Kernel (ESK Fase 6), Trust Types + ReplayLog (Fase 11.a+11.c), Stateful PEM over WebSocket (Fase 11.d), Ontological Tool Synthesis (Fase 11.e), Mobile Typed Channels (Fase 13). Crate publishes as `axon-lang` to mirror the Python PyPI package; library import remains `use axon::*` so existing call sites keep working unchanged.
Time zone data providers
Library for representing logical formulas with support for temporal robustness semantics
High-performance, local AI memory with AAAK v3.2 protocol and temporal Knowledge Graph
Encoder/transcoder/decoder for raw and compressed ADΔER (Address, Decimation, Δt Event Representation) streams. Includes a transcoder for casting either framed or event video into an ADΔER representation in a manner which preserves the temporal resolution of the source.
Zero-dependency Eisenstein snap, spectral analysis, temporal grids, and connectome detection — no_std compatible
Apache Arrow-compatible, Rust-first columnar data library for high-performance computing, native streaming, and embedded workloads. Minimal dependencies, ultra-low-latency access, automatic 64-byte SIMD alignment, and fast compile times. Great for real-time analytics, HPC pipelines, and systems integration.