Releases

DSSE + in-toto v1 attestations for mkit, with multi-algorithm signers (Ed25519, secp256k1, P-256) and an RFC 8785 JCS encoder

HTTP/HTTPS transport for mkit, with rustls TLS, JSON REST dialect, and bounded body sizes

Polyglot persistence layer for Helios FHIR Server

Hardware-accelerated backend for zer, pairwise comparison and EM via CUDA, Vulkan, or AVX2

In-memory transport for mkit, HashMap-backed, used in unit tests and fuzz harnesses

Versioned wire protocols for mkit cross-system speech: external signers (signer.proto), SSH transport frames (ssh.proto), shared types (common.proto). Schemas defined in protobuf via buffa, with length-prefixed framing.

File-system transport for mkit, used in tests and local content-addressed repositories

Deterministic mkit↔git bridge: export translation (SPEC-GIT-BRIDGE) and importer-signed import (SPEC-GIT-IMPORT)

Content-addressed VCS primitives for mkit: BLAKE3 hashing, canonical objects, refs, packs, and transport traits

This crate provides a complete implementation of the SQL-on-FHIR specification for Rust, enabling the transformation of FHIR resources into tabular data using declarative ViewDefinitions. It supports all major FHIR versions (R4, R4B, R5, R6) through a version-agnostic abstraction layer.

Serialization module providing JSON and XML support for FHIR resources in the Helios FHIR Server.

Forensic CSV/delimited evidence export+parse for COBOL record migration: raw-byte custody, copybook/record hashes, field findings, round-trip proof, control totals. Clean-room; independent of GnuCOBOL/libcob.

This is an implementation of HL7's FHIRPath Specification.

Forensic JSON evidence packets for COBOL record migration: raw-byte custody, copybook/record hashes, field findings, round-trip proof. Clean-room; independent of GnuCOBOL/libcob.

`dig3` CLI binary on top of digdigdig3-station: watch / persist / replay / matrix / inspect / capture / benchmark.

A clean-room, Rust-native COBOL-data XML layer (real XML GENERATE). Independent of GnuCOBOL/libcob; not a GnuCOBOL parity claim.

Type adapters for zer, bridging Polars, Arrow, and other data-frame libraries to zer-core Records without a string round-trip.

Procedural macro paired with the `wit-bindgen-wrpc` crate.

Consumer-facing builder over digdigdig3 ExchangeHub. Persistence, cache, replay, cure, orderbook tracker, multiplex, reconnect.

The helios-fhir-gen crate is module that serves as the cornerstone for generating Rust code from official FHIR (Fast Healthcare Interoperability Resources) specifications. This tool transforms FHIR StructureDefinitions into Rust types, enabling type-safe interaction with FHIR resources across multiple specification versions.

ONNX-based neural judge for zer, runs DeBERTa/MiniLM NLI models via ORT to adjudicate borderline record pairs

Connected-components clustering and entity storage for the zer entity-resolution library

MCP server exposing browser history/state to AI agents — secret-free, PII-redacted

wRPC Wasmtime CLI

Schema inference and Fellegi-Sunter model registry for the zer entity-resolution library

Audit event logging for HFS — FHIR AuditEvent with IHE BALP profiles

Universal semantic versioning for monorepos and classic repos

The helios-fhir crate is the comprehensive FHIR (Fast Healthcare Interoperability Resources) specification model implementation that contains strongly-typed Rust representations of all FHIR data types, and resourcess for each supported version of the FHIR specification.

Blazing-fast static analysis CLI for security, dependency, and performance audits.

CDS Hooks protocol types and service traits for building clinical decision support services conforming to the HL7 CDS Hooks specification.