metaSOFT International
Ancillary Module

Picture Archiving & Communication (PACS)

metaSOFT PACS is the enterprise imaging backbone — a DICOM-native vendor-neutral archive with a zero-footprint HTML5 viewer, multi-site replication, intelligent storage tiering and secure external sharing. Radiologists and clinicians access any study from any browser on any device.

HTML5
Zero-footprint viewer
Multi-site
VNA archive
DICOM
Native
Two doctors in white coats reviewing brain CT scans on large monitors
Medical imaging archive

DICOM storage and zero-footprint viewing — embedded in the HMS workflow.

Benefits

What your imaging network gains on day one.

Central image archive

All modalities, all facilities, all historical studies stored in one DICOM-native VNA; no separate archives per site, no CD import backlog, no orphan studies.

Zero-footprint HTML5 viewer

Radiologists and clinicians read studies from any web browser on any device — laptop, tablet or mobile — with no workstation installation and no VPN requirement.

Instant prior study access

Prior studies load in the same viewer for side-by-side comparison; the system automatically pulls relevant priors based on study type and anatomy.

Disaster-resilient replication

Automatic synchronous or asynchronous replication between primary and secondary sites; recovery time objective measured in minutes, not hours.

Telemedicine-ready sharing

Studies are shared externally via a tokenised secure link with configurable expiry; no CD burning, no DICOM media, no courier.

Smart tiering and compression

Lossless compression for fresh studies; automated migration to lower-cost object storage for studies beyond the configurable hot-tier window — reducing storage cost without compromising access.

Feature highlights

Every dimension of enterprise imaging, covered.

Image acquisition & routing

  • DICOM store from any modality (CT, MRI, US, XR, NM, echo)
  • Automatic routing rules by modality, site and study type
  • Modality worklist integration for pre-populated study headers
  • MPPS status update on acquisition completion

Diagnostic viewer

  • HTML5 zero-footprint viewer — no plugin, no install
  • Hanging protocols by modality and anatomy
  • Multi-monitor layout and split-screen prior comparison
  • Advanced tools: MPR, MIP, volume rendering, annotation

Archive management (VNA)

  • Vendor-neutral archive with DICOM and non-DICOM support
  • Automated tiering to object storage (S3-compatible)
  • Configurable retention policies by study type and patient age
  • WORM compliance for legal and regulatory hold

Distribution & sharing

  • HL7 result link between report and images
  • External sharing via tokenised time-limited URL
  • Patient-accessible image portal with access log
  • CD/DVD burning and DICOM print for legacy workflows

Cross-enterprise imaging

  • Multi-site enterprise imaging network (EMI)
  • Patient record consolidation across all facilities
  • External study import, registration and reconciliation
  • Image exchange with referral networks and insurance payers

Performance & compliance

  • HIPAA and GDPR-compliant audit trail per study access
  • Storage consumption and 12-month growth forecasting
  • Failed route and transmission error alerting
  • SLA reporting for archive uptime and retrieval performance
Part of metaSOFT HMS

PACS is one of 20+ integrated modules on the metaSOFT HMS platform — one database, one patient record, one source of truth.

PACS integrates directly with the metaSOFT RIS. When a radiology order is placed, the study header flows to the PACS via DICOM worklist; when images are acquired, they route to the archive automatically. The radiologist opens both the PACS viewer and the RIS report in a unified workspace — no switching between applications. When the report is signed, it is linked to the study in PACS so the referring physician sees both images and report from their EMR workstation.

For multi-site hospital groups, PACS delivers the imaging network that makes clinical collaboration possible. A cardiologist at site A can review an echocardiogram acquired at site B without requesting a CD or waiting for a courier. Telemedicine consultations with external specialists are enabled by generating a secure, time-limited viewer link — no credentials to create, no VPN to configure, no software to install on the specialist's device.