Releases

Safe filetransfer through magic-wormhole

Pluggable ProofVerifier implementations for the Trust Tasks framework. Backends are gated by Cargo features; ships with an Affinidi Data Integrity backend (EdDSA suites) by default.

DIDComm v1 transport binding for the Trust Tasks framework, built on affinidi-messaging-didcomm-v1. Carries Trust Task documents to Aries-lineage agents, which speak v1 only, and maps the connection's theirDid into the framework's §4.8.1 precedence.

Client-side wire helpers for the capability Trust Task families (governance/capability/*, git-trust/*): document builders, envelope parsing, reply classification. Shared by capability producers (community services) and management UIs so the two cannot drift.

HTTPS transport binding for the Trust Tasks framework — typed client + axum-based server with bearer-auth identity, suitable for demos, mockups, and end-to-end testing.

DIDComm v2.1 transport binding for the Trust Tasks framework, built on affinidi-messaging-didcomm. Provides pack/unpack helpers and a TransportHandler that maps the verified envelope sender into the framework's §4.8.1 precedence.

Reference Rust library for the Trust Tasks framework — transport-agnostic, JSON-based descriptions of verifiable work between parties.

Backbone Framework Queue Module - Redis, SQS, and RabbitMQ support

Job scheduling and cron management for the Backbone Framework

Core library for JUIZ application. This package is not required if you want to build juiz functional module.

A Rust-native programmable browser runtime built on Servo and SpiderMonkey

Facade crate aggregating the bullet physics engine (math, collision, and dynamics)

A lightweight desktop editor for Typst with live preview, built with Tauri

A Rust-native programmable browser runtime built on Servo and SpiderMonkey

Bao unified library — SpiderMonkey + servo + Node/Bun API + CDP + Stealth (always-on full stack)

A Rust-native programmable browser runtime built on Servo and SpiderMonkey

Unified browser control client over CDP — integrates servo (in-memory) and external Chrome (WebSocket), Playwright-style high-level API.

SpiderMonkey engine wrapper for Bao runtime

Bao runtime integration — JS engine + Bun API + event loop

SpiderMonkey CYCLEBREAK bridge for bun_bundler — provides SM-backed link-time symbols and dispatch interfaces

High-performance DeFi route-finding engine — embeddable library and CLI

Native media engine (mux/demux, decode, compositor).

Raw epoll + eventfd implementation of the uSockets loop ABI for Bao

A Rust-native programmable browser runtime built on Servo and SpiderMonkey

HTTP RPC server for Fynd DEX router

Safe, typed Rust wrappers for NVIDIA FlashInfer's inference-serving kernels: batched paged-KV attention decode, decode-time KV-cache append, cascade / prefix-cache attention-state merge, and sort-free top-K / top-P / min-P sampling. The canonical vLLM-style serving surface for the baracuda CUDA stack. Apache-2.0 (FlashInfer upstream).

Unified ML op facade for the baracuda CUDA ecosystem. Exposes every primitive an ML framework would expect (union of PyTorch torch.* + nn.functional and JAX lax.* / numpy ops) through a single Plan-based Rust surface, internally dispatching to baracuda-cutlass, the baracuda-* NVIDIA-library wrappers, or bespoke baracuda-kernels-sys kernels.

Safe Rust wrapper for compiled CUTLASS kernels: plan-based GEMM and grouped GEMM with caller-supplied workspace, typed device-buffer arguments, and capture-safe launch.

Safe Rust wrapper for baracuda's clean-fork of Hiroyuki Ootomo's ozIMMU — Ozaki-scheme FP64 GEMM that synthesizes a DGEMM from S^2 int8 tensor-core matmuls. Provides an RAII handle + drop-in `dgemm` shim suitable for the `BackendKind::Ozaki` path of `baracuda-kernels`'s `GemmPlan`. Opt-in (NOT bit-equivalent to native DGEMM); the default FP64 path stays on CUTLASS / cuBLAS.

Megatron-LM-style tensor-parallel primitives (Column / Row Parallel Linear) for the baracuda CUDA stack. Pure-composition crate — local GEMM via baracuda-cublas + cross-rank collectives via baracuda-nccl. No new CUDA kernels. NEW in Phase 57; deliberate scope expansion (distributed-training-framework-adjacent). Off-by-default in baracuda-kernels via the `megatron_tp` cargo feature so non-distributed consumers don't pay the dep surface cost. Algorithmic reference: Shoeybi et al. arXiv:1909.08053 (NVIDIA Megatron-LM, Apache-2.0).