Initial Release

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.

• Install with IPM: 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.
• The folder service is enabled only where /data/inbox exists, so a production installed with IPM starts without errors.

ZPM package dependency isolation

• Moved upload-worker Python dependencies from the repository root to requirements/upload-worker.txt.
• Prevented IPM from automatically installing optional document-vectorization dependencies.
• Updated Docker Compose and upload-worker startup paths.
• Added public-package regression tests.
• Updated English and Chinese installation documentation.

This release does not change the medical audit business logic, vector model, or synthetic policy data.

• IMAP inbox: a custom inbound adapter in Embedded Python (imaplib and the email package). Messages are flagged as read only after the service accepted them.
• Review by a person on the Workflow Engine: emails the agent is unsure about become tasks for the Triage Reviewers role in the Workflow Inbox; the reviewer's Alert, Draft or Archive is recorded and routed.
• Precedents on IRIS Vector Search: an AI Hub knowledge base (search_precedents) indexes every decision; a reviewer's decision is re-indexed, and the agent follows it for the next similar email.
• Traceability of the agent (idea DPI-I-689): model and prompt version on every verdict and decision, every tool call audited, the vector search included.
• New sample (a stranger asking for bank details), scripts/review.sh, 24 unit tests.

Initial Release

Initial Release

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.

• Release and source download
• Source ZIP
• SHA256 checksums
• Installation instructions
• Historical v1.0.3 screencast (not a v1.0.5 recording)

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

Initial Release

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.

Initial Release

Initial Release

Initial Release

Initial Release

Agent

• The agent picks the right list more reliably. Each of its read tools now says which screen it reads, what one row is and which fields it returns. Lists that are easy to confuse, such as the five task lists, local and remote databases and the logs, also say what they hold and where a neighbouring answer lives.
• Before answering "none", the agent checks each list that could hold the answer. It no longer says a list lacks a field without reading it, and when it finds nothing it names the lists it checked.
• In our checks with Claude Haiku 5.5, questions like "Which tasks are suspended?" asked from any screen went from 8 of 10 answered right to 10 of 10, for about 2% more tokens per request.

System Explorer

• A schema on SQL schemas now opens its own page, with Tables, Views and Procedures tabs. Each object opens its own page, and the breadcrumb takes you back to the schema list.

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.

Initial Release

Interoperability

• InterSystems' own rule, business process and data transformation editors open inside OcuPilot, already signed in. Leaving the screen, or choosing Refresh, discards changes you haven't saved in the editor.
• The agent can propose edits to rules, business processes and data transformations through those editors. It works from the saved content: confirming drops unsaved editor changes, and the editor then reloads with the new version.
• Messages: search message headers by time, status, type, source, target, body class, session or error. Open a message's header, its contents, or a trace of its whole session drawn as a sequence diagram.
• When you open a message's contents, or ask the agent about a message, the agent can read its body and send it to your model provider. A body can hold personal or patient data; where that matters, use a local model.
• Resend up to 100 messages at a time, or edit a message and resend a copy. Each shows a dry run first and needs your typed confirmation, and the original message is never changed. Both actions start switched off.
• Test a data transformation from its Test action: paste source text and see the output.
• A schema viewer for HL7 v2.x, X12 and ASTM schemas, and the production configuration diagram.
• Interoperability usage, under OS management: interfaces, message volume and the database space message activity uses.
• In a namespace under source control, saving a document that source control hasn't released is refused, with a message telling you to check it out first.
  Analytics
• Cubes, each with its measures, dimensions and relationships, plus term lists and folder items, all read-only.
• An MDX query screen: run a statement with a row limit, a time limit and Cancel, see the results as a grid, and drill through to listings. A statement that would run code or SQL on the server asks you first.
• The agent can run an MDX query and answer from the results. It refuses statements that would run code or SQL on the server.
• Links to Architect, Analyzer and the User Portal, which open in a new tab.

Agent

• Guided workflows: step-by-step help with nine common jobs. Among them: recovering a stuck production, resending failed messages, tracing a message, checking the instance's health, reviewing security, finding a slow query, and fixing a class until it compiles. Every change is still a proposal you confirm.
• When you ask about a very large class, the agent reads its beginning instead of refusing.

Model providers and security

• Provider connection: reach your model provider through a proxy server, and trust your own certificate authority by naming an SSL/TLS configuration. Certificate checking always stays on.
• Provider calls now require TLS 1.2 or newer. OcuPilot raises its own provider configuration to TLS 1.2 when it starts, so an upgrade keeps working. A configuration you named yourself that allows anything older is refused, with a message saying what to change.
• A provider API key can be kept as an IRIS wallet secret. OcuPilot honors the secret's own "require TLS" and "allowed hosts" settings.
• Allowed directories: add, change and remove entries on the screen. This starts switched off, and the agent can't change these entries.
• The database wizard can create encrypted databases.

Operations

• A live tail for messages.log and alerts.log.
• On an instance shared with other applications, uninstall keeps the directories and roles that others still use, and install warns when other roles hold grants on OcuPilot's tables.

Faster and smoother

• Screens load on demand. The first download is about half its former size, so the sign-in page appears sooner.
• Many smaller fixes: counts such as "1 row", text that no longer clips when text size is increased, one clear alert when the instance can't be reached, and full text for long view and procedure definitions.

Install

• OcuPilot installs into one namespace per instance. Installing it into a second namespace is now refused before anything changes, which fixes 1.0.12's known issue.
• If you installed 1.0.12 into a second namespace, the update moves OcuPilot's web applications back to its install namespace. In the other namespace, remove the leftovers with ##class(%IPM.Storage.Module).NameDelete("ocupilot") and $System.OBJ.DeletePackage("OcuPilot"). Don't run zpm uninstall there.
• With Docker, this update recreates the container once. Your data stays, and restarts stop logging an abnormal shutdown.
• Finished background SQL query results carry over the update. A query still running when the instance restarts for the update is stopped; its result says it ended without an answer, so run it again.

Safety

• Two more agent actions start switched off: resending messages, and editing and resending a message. Changing allowed directories on their screen starts switched off too; the agent never changes them. Agent saves in the rule, process and transformation editors, and transformation tests, start switched on. Change any of these under Agent co-pilot → Governance policy.

Requires InterSystems IRIS or IRIS for Health 2026.2 or later.
Upgrading from 1.0.12 keeps your agent definitions, conversations, settings, proposals and audit records.

Update description

Initial Release

DICOM3D v0.6.0 — Visual Research Workstation
From Pixels to Meaning.
DICOM3D v0.6.0 is a major visual and usability update, evolving the existing medical imaging and anatomical research explorer into a more cohesive, interactive research workstation.
What’s New
Visual Research Workstation
Redesigned desktop-first interface with a central interactive 3D workspace.
Three presentation modes: Scientific, Holographic, and Materialization.
Improved anatomical exploration, camera controls, selection, isolation, and visibility.
Interactive materialization effects with adjustable particle budgets and reduced-motion controls.
Real CT and 3D Exploration
Expanded public Safe Demo with an optional, attributed research CT/SEG study.
Source CT images displayed alongside corresponding 3D lesion geometry.
Segmentation contours, linked frame inspection, cutaway and interior views.
Source identity and spatial provenance preserved throughout visualization.
Contextual Learning
Integrated Learn workspace explaining anatomy, source evidence, visualization controls, and limitations.
Improved accessibility for users exploring medical imaging and 3D anatomy.
Reference Anatomy
Continued support for 33 male BodyParts3D and 22 female HRA anatomical groups.
Scientific and cinematic visualization without altering source anatomy or medical evidence.
Installation and Compatibility
Updated standalone Core/Docker and protected IRIS/IPM distributions to v0.6.0.
Independently qualified installation packages with release checksums and verification evidence.
Preserved the existing IRIS hosting and access-control boundaries.
Optional public CT/SEG example is not bundled with Core or IPM installations.
Try DICOM3D
Live Demo: https://kennethjsmithdev.github.io/DICOM3D/
GitHub Release: https://github.com/KennethJSmithDev/DICOM3D/releases/tag/v0.6.0
Documentation: https://github.com/KennethJSmithDev/DICOM3D
What’s Next
Development continues toward integration with existing healthcare imaging infrastructure, including planned interoperability testing with Orthanc and InterSystems IRIS for Health.
The long-term direction connects source imaging, anatomical visualization, structured findings, and supporting evidence without requiring healthcare organizations to replace their existing PACS systems.
Important
DICOM3D remains an open-source research and educational application. It is not clinically validated, approved for diagnostic use, or intended to replace regulated medical imaging systems.
The software is licensed under Apache 2.0, with separate attribution and licensing requirements for included anatomical and research datasets.

Since 1.7.0: accessibility fixes, the README brought up to date, and dependency updates (1.7.1 to 1.7.3).

• Controls are named by what they show. A newer accessibility checker (axe-core 4.14) found buttons whose spoken name left out their visible text, which trips up speech input (WCAG 2.5.3). The command palette button ("Search ⌘K"), the account menu, the auto-refresh button and every clickable table row (users, roles, databases, tasks, productions' hosts and more) are now named by the text they show. Every screen passes the accessibility audit again in all five appearances.
• A long value no longer widens the page on a phone. Detail lists wrap long values such as a FHIR server's storage class name.
• The README covers 1.7.0: productions, SQL as yourself, the SQL audit notice and FHIR servers, with new screenshots, what each screen needs on the IRIS side, and the live checks on IRIS for Health 2026.2 (screenshots and write-up in docs/verification/).
• Dependency updates: React 19.3.1, TanStack Query 5.104, Tabler icons 3.49 and PostCSS 8.5.30 in the portal; nginx 1.31 in the Docker image; ESLint 10, Vitest 5, Playwright 1.64, axe-core 4.14 and Prettier 3.9.10 in the build and test tools; newer GitHub Actions. No other feature changes.

Full notes: https://github.com/MxSalata/aperture/blob/main/CHANGELOG.md

The image: docker pull ghcr.io/mxsalata/aperture:1.7.3

Initial Release

DICOM3D v0.5.1 — Docker & IPM Installation Recovery
DICOM3D v0.5.1 is a maintenance and compatibility release focused on improving Docker startup, InterSystems IRIS for Health hosting, and IPM installation reliability.
What's Fixed
Docker startup: Added automatic preparation of persistent IRIS storage, resolving the reproduced /durable/iris/ initialization failure.
IPM installation: Corrected filesystem preparation for DICOM3D's IPM and CSP destinations in the isolated development host.
Safer initialization: Added safeguards against invalid volumes, incorrect ownership, and missing configuration files without modifying existing data.
Version consistency: Updated package manifests, API version reporting, installation guides, and release metadata to v0.5.1.
Independently Verified
Recovery was tested against two IRIS for Health development environments:
2026.1 Build 235U, matching the moderator-reported build family.
2026.2 Build 221U.
Qualification included successful IRIS startup, IPM activation, verification of all 319 installed files, authenticated application access, WebGPU anatomy rendering, restart persistence, container recreation, uninstall, and reinstall.
Independent CI and reproducible package builds passed.
Preserved Functionality
The existing DICOM3D viewer, male and female anatomical references, medical-imaging algorithms, rendering assets, and dependencies remain unchanged.
Standalone DICOM3D Core continues to function without IRIS. The optional IRIS/IPM development host requires an authorized IRIS installation and appropriate filesystem permissions.
Installation & Documentation
Updated installation instructions and Docker development-host configuration:
https://github.com/KennethJSmithDev/DICOM3D
Important: DICOM3D remains an open-source research and educational prototype. It is not clinically validated or intended for diagnostic use.
Licensed under Apache-2.0, with separately attributed anatomical reference datasets.

Four feature releases since 1.3.0, published together as 1.7.0:

• Productions (1.4.0). A new Interoperability group: every production of every namespace, its state and its hosts, each host's errors of the last 24 hours, and its event log, messages, queue, connections and settings in a drawer. Start or stop a production or one of its hosts, and recover a troubled production, each confirmed and read back from IRIS. Through /api/interop-editors, with the session's own sign-in.
• SQL as yourself (1.5.0). Run SQL in any namespace as the signed-in account, so IRIS applies that account's SQL privileges: parameters, column types, query plans, CSV, the catalogue of schemas, tables and columns, the statements running now and the statement index. A statement that changes data is named, confirmed, refused in a read-only tab and recorded in Activity. Through the Atelier API.
• FHIR servers (1.6.0). On IRIS for Health: every FHIR server with its version, storage, resources stored and the interactions it declares, its jobs and the FHIR packages. Disable and enable a server, or reset, decommission or delete one after typing its URL, with IRIS's job followed to its end. Through the FHIR Server Management API.
• SQL statements in the audit log (1.7.0). The SQL screen says when IRIS does not audit the statements run there ("IRIS SQL audit is disabled", as IRIS ships), and an account with %Admin_Secure:U can switch SQL change auditing on from there, with query auditing as a separate step. The Health check reports it too.
• A review of the whole portal, applied. A comment can no longer hide a change from the SQL confirmation, no SQL session outlives sign-out, the dependency release no longer runs package code next to a write token, the log reader serves operator accounts and long lines, and the request export masks secrets even in a body that does not parse.

Full notes: https://github.com/MxSalata/aperture/blob/main/CHANGELOG.md

The image: docker pull ghcr.io/mxsalata/aperture:1.7.0

DICOM3D v0.5.0 — Interactive Anatomy & Multimodality Imaging
A major update transforming DICOM3D from an initial 3D viewer into a source-aware medical imaging and anatomical exploration platform.
What's New
Interactive anatomy: Male and female anatomical references with selectable structures, rotation, zoom, isolation, visibility and camera controls.
Multimodality imaging: Representative CT, MRI, X-ray, ultrasound, PET, mammography and additional DICOM examples.
Compatible formats: Prototype NIfTI, NRRD and OME-TIFF support.
Source-linked 3D exploration: CT, segmentation and 3D lesion navigation with preserved source identity and evidence.
Contextual learning: Anatomical information, provenance, source attribution and documented limitations.
Improved reliability: Optimized image-decoding memory usage, strengthened metadata validation and corrected asynchronous selection behavior.
Docker Quick Start: Qualified standalone Core distribution with reproducible build and restart testing.
IRIS for Health/IPM: Updated native package with verified installation, removal and reinstallation.
Get Started
GitHub Release: https://github.com/KennethJSmithDev/DICOM3D/releases/tag/v0.5.0
Documentation and Quick Starts: https://github.com/KennethJSmithDev/DICOM3D
Important
DICOM3D v0.5.0 is an open-source research and educational prototype, not a clinically validated diagnostic application. Compatibility is limited to documented, tested examples. Live FHIR/DICOMweb integration and AI-assisted interpretation remain under development.
Licensed under Apache 2.0, with third-party anatomical assets subject to their respective attribution and licensing notices.

DICOM3D v0.1.0 — Initial Public Release
First open-source release of DICOM3D, a research-oriented 3D medical imaging viewer for patients, clinicians, developers, and researchers.
Features:
Interactive Babylon Lite/WebGPU 3D visualization.
Local GLB and semantic manifest loading.
Structure selection, camera controls, and visibility toggling.
Native InterSystems IRIS for Health integration.
IPM installation and Docker development deployment.
Verified installation, removal, reinstallation, and restart persistence.
Apache License 2.0.
Note: This is an early research presentation viewer, not a clinically validated diagnostic application. Imaging reconstruction and AI capabilities remain under development.
Source and installation instructions: https://github.com/KennethJSmithDev/DICOM3D

Updated IRIS for Dummies contextual learning system.