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Runs on the AI Hub 2027.1.0AI.109.0 image (iris-community-2027.1.0AI.109.0-docker.tar.gz from the Early Access portal); the 2026.3.0AI builds are no longer there. No code changes: the unit tests, the nine-sample demo, a review in the Workflow Inbox and zpm "install iris-inbox-triage" from the community registry pass on 2027.1. The README notes say which AI Hub issues still reproduce on it.

Architecture diagram refreshed (Workflow Engine Human Review + Review Finalizer nodes), README updated with build-154 image load/retag steps and health self-check; IPM package publication enabled.

Add to satisfy missing IPM JSON-tooling dependencies observed in a clean installation.rpds-py
Document IPM's option to prevent stale package code when pip installs into a shared target directory. This option can upgrade dependencies shared with other applications, and old directories may still remain.-extra-pip-flags "--upgrade".dist-info
Use the same Python dependency list for Docker builds and IPM installations.
Add a packaging check for the required dependency.


Initial release of RouteGuard IRIS. Synthetic shipment exceptions flow through an IRIS Business Service, Process, and Operation. An AI Hub agent can recommend a route using a local Ollama model; policy guardrails and a durable audit record make each decision inspectable. Verified on AI Hub Community build 154. Setup and test evidence are in the README.

Improved functionality for iris.script and Docker image and changed %ZPM to %IPM class for the set up.


Many performance on feature updates. See GitHub releases page for the full change.
README: a fresh IPM has no registry, so the install steps now run zpm "enable -community" first.
zpm "install iris-inbox-triage" on an IRIS build with AI Hub. The README has the steps, including IPM itself, which the AI Hub image does not include.
requirements/upload-worker.txt.This release does not change the medical audit business logic, vector model, or synthetic policy data.

Version 1.0.5 requires the pinned disposable demonstration service's exact response before recording or saving screencast QA evidence. QA stores only checked demonstration facts, and disposable IRIS CI verifies the real service response and cleanup.
The 1.0.4 private setup-state protections and local operator behavior are retained.

Initial Release - This is my entry for "Community Bounty Program "Idea to Application" — Round 3" for Idea https://ideas.intersystems.com/ideas/DPI-I-882

DICOM3D v0.6.5 — Visual Research Workstation
From Pixels to Meaning.
DICOM3D v0.6.5 introduces an expanded, desktop-first visual research workstation combining interactive 3D reference anatomy with source-linked medical imaging.
What's New
Integrated anatomy workstation: Explore generalized male BodyParts3D and female HRA reference anatomy through a unified three-zone interface.
Scientific, Holographic, and Materialization presentations: Switch between anatomical visualization styles while preserving underlying source geometry and identity.
Expanded anatomical exploration: Access 386 male and 380 female selectable source-backed anatomical groups, with search, selection, visibility, isolation, and restoration controls.
Anatomical layers: Explore system-level visibility, opacity adjustments, and source-backed skin peeling.
Research CT/SEG visualization: Inspect the curated public H000 chest CT study with source-linked segmentation, frame navigation, and interactive 3D visualization.
Improved desktop layout: Refined workstation composition, navigation, and contextual controls.
Improved asset distribution: Lossless chunking of the female HRA model preserves original asset integrity while supporting GitHub distribution.
Docker and IPM packaging: Locally qualified installation and runtime paths, with documented deployment limitations.
Research Integrity
DICOM3D preserves source identities, anatomical geometry, and evidence provenance. Generalized reference anatomy is independent of acquired patient imaging and is not registered to individual studies.
The application remains research-only and is not intended for clinical diagnosis or medical decision-making.
Downloads and Documentation
The GitHub v0.6.5 release includes the Safe Demo archive and Core source archive, with verified SHA-256 digests.
GitHub Release: https://github.com/KennethJSmithDev/DICOM3D/releases/tag/v0.6.5
Source Repository: https://github.com/KennethJSmithDev/DICOM3D
Licensing
Application code is licensed under Apache 2.0. Generalized anatomy assets retain their separate Creative Commons licensing, attribution, and historical source notices.
Coming Next
Development continues toward deeper interoperability, source-linked evidence review, and AI-assisted research workflows. These capabilities are not included as qualified features of v0.6.5.

Native human-review workflow
Added task claiming, reviewer membership and ownership checks, and case/source version validation. Task completion can recover from failures without repeating identity-mapping changes.
Supporting name-similarity evidence
Added name-similarity calculation using IRIS Embedded Python. Results are persisted and displayed; outdated evidence is hidden after source updates. Hard identifier-conflict rules remain enforced.
Improved IPM packaging, upgraded to 1.1.0
The package now includes web/data resources and resolves them from the installation directory, reducing reliance on source-directory mounts. Added an isolated-container installation verification script.
USD-based budgeting
Set the total evaluation allowance to US$3, with migration, archival, and consistency protection for historical records. APIs, the workbench, and settings now display amounts in USD.
Deployment, UI, and documentation updates
Added exact-origin configuration for reverse proxies, displayed workflow task status and ownership, and updated both READMEs and regression coverage.


Agent
System Explorer
Requires InterSystems IRIS or IRIS for Health 2026.2 or later. Upgrading from 1.0.13 keeps your agent definitions, conversations, settings, proposals and audit records.