SBS — Superior Business Solutions
Radiology reading room with diagnostic displays

Every Image. Every Modality. Every Clinician. Instantly.

Managing 50M+ ImagesFull DICOM 3.0 ComplianceZero-Loss ArchitectureMulti-Modality & Multi-SiteAI-Ready InfrastructureHL7 & RIS Integrated

Built for Medical Imaging

Enterprise Imaging Infrastructure for Modern Healthcare.

Medical imaging is one of the most data-intensive, time-critical, and clinically consequential workflows in your hospital. When images are delayed, lost, duplicated, or inaccessible at the point of clinical decision-making, patients wait longer, diagnoses are delayed, and procedures are repeated unnecessarily. Secreta PACS is an enterprise-grade picture archiving and communication system that stores, manages, distributes, and displays every medical image your facility produces — instantly, securely, and from any authorized device anywhere in the world.

The Problem

Imaging Infrastructure Failures Cost Clinicians Time, Patients Safety, and Hospitals Money. Every Day.

No Access Outside Radiology
01 — Failure

No Access Outside Radiology

A surgeon preparing for a complex procedure cannot access pre-operative imaging from the operating theatre because the PACS is not accessible outside the radiology department.

Legacy Archives, Lost History
02 — Failure

Legacy Archives, Lost History

Prior studies from a previous admission sit on a legacy system the current PACS cannot retrieve — so the radiologist reads without comparison, missing interval change that would have changed the report.

CDs, Couriers, and Trauma Delays
03 — Failure

CDs, Couriers, and Trauma Delays

A patient arrives in the ED after a road traffic accident. Imaging from the referring hospital cannot be transferred digitally — someone burns a CD, drives it across town, and the trauma team decides from verbal descriptions in the meantime.

Storage Failures, Lost Studies
04 — Failure

Storage Failures, Lost Studies

Infrastructure fails during an upgrade and a subset of archived studies becomes inaccessible — triggering a clinical governance incident, a patient safety review, and emergency data recovery that costs more than the original investment.

Remote Reading That Doesn't Perform
05 — Failure

Remote Reading That Doesn't Perform

Radiologists working from home cannot access studies at the same speed or quality as they can in the department — because the PACS architecture was never designed for remote reading.

The Platform

Built for the Clinical and Operational Demands of Modern Healthcare

From the scanner room floor to the radiologist's workstation, from the operating theatre to the patient's bedside — Secreta PACS delivers every image with reliability, speed, and universal access.

Universal DICOM Image Acquisition & Storage

Receive, store, and manage DICOM images from every modality — CT, MRI, X-ray, fluoroscopy, mammography, tomosynthesis, ultrasound, nuclear medicine, PET-CT, dental, and interventional.

Zero-Loss Archival Architecture

Redundant, geographically distributed storage with no single point of failure. Automatic tiering moves active studies to high-speed primary storage and migrates long-term archives to cost-efficient deep storage.

High-Performance Diagnostic Viewer

A zero-footprint, browser-based diagnostic workstation delivers radiologist-grade display on any authorized device. Large volumetric studies load in under three seconds on standard clinical hardware.

Universal Viewing for Clinical Teams

Role-appropriate viewing access for surgeons in theatre, oncologists in MDT, physicians at the bedside, and emergency teams in resuscitation — anywhere, on any authorized device.

Multi-Site Image Management & Sharing

A unified imaging infrastructure across hospital groups and regional networks. Studies acquired at any site are accessible to authorized users at every other site in real time.

Teleradiology & Remote Reading

High-performance image delivery optimized for remote reading over standard internet connections with signed reports delivered to the clinical team in real time.

Prior Study Retrieval & Comparison

Every new study automatically retrieves relevant prior imaging from your archive, federated PACS, and patient-carried media so interval change is always assessed against the most clinically relevant prior.

Structured Reporting & RIS Integration

Bidirectional integration with your Radiology Information System. Signed reports transmit to RIS, referring clinicians, and the patient record simultaneously.

CD & External Image Import

Patient-carried imaging on CD, DVD, or USB is imported and associated with the correct patient — available for comparison within minutes.

Image Exchange & Interoperability

Participate in regional and national image sharing networks via IHE XDS-I. Integration with Malaffi, Riayati, and NPHIES image exchange is supported.

How It Works

From Image Acquisition to Clinical Decision — Every Step Seamless

Step 1

Image Acquired

The patient is scanned. The modality transmits the study to Secreta PACS via DICOM immediately after acquisition.

Step 2

Priors Retrieved

Step 3

Displayed & Reported

Step 4

Report Delivered

Outcomes

Imaging Performance Measured Across Our Client Network

0M+

Medical images managed across client networks

0.0%

Enterprise SLA availability guaranteed monthly

<0s

Load time for large volumetric studies on standard hardware

0

Image loss events under our zero-loss archival architecture

0%

DICOM 3.0 compliance across every supported modality

0/7

Worldwide access for authorized clinicians on any device

Integrations

The Imaging Infrastructure at the Centre of Your Clinical Ecosystem

Secreta PACS integrates with every system that produces, consumes, or references medical imaging — from modalities on the scanner room floor to AI engines in the cloud, from the RIS to the EMR delivering reports to referring clinicians.

Modality Integration

All DICOM 3.0 compliant

CTMRIX-RayFluoroscopyMammographyUltrasoundNuclear MedicinePET-CTDentalInterventionalEndoscopyDermatologyOphthalmologyPathology WSI

System Integration

RIS, EMR & enterprise platforms

Secreta RISEpicCernerMeditechAgfaPhilips IntelliSpaceGE CentricityFujifilm SynapseInteleradAll RIS via DICOM MWL & HL7

National Platform Integration

Regional health information exchanges

MalaffiRiayatiNPHIESQatar NHIXIHE XDS-I Image Exchange Networks

AI Platform Integration

Clinical AI engines & custom vendors

Secreta AI ImagingGoogle Health AIAidocAnnalise.aiCustom AI vendor integration via DICOM SR & DICOMweb

Supported Standards

Interoperability protocols

DICOM 3.0DICOMwebWADO-RSSTOW-RSHL7 v2 & FHIR R4IHE Radiology ProfilesIHE XDS-IIHE Cross-Enterprise Document SharingIEC 62494 Radiation Dose ReportingREST API
FAQ

Common Questions

How does Secreta PACS handle migration from our existing PACS?

Legacy PACS migration is managed by Secreta's dedicated imaging migration team. Migration runs in parallel with your existing PACS until the cutover date — ensuring no clinical disruption and no period of reduced image availability.

What is the storage architecture and how is data protected against loss?

Secreta PACS uses a tiered storage architecture with automatic replication across geographically separated storage nodes. Every storage tier replicates data automatically — no single hardware failure can result in image loss.

Can radiologists use their own diagnostic monitors for remote reading?

Yes. Secreta PACS delivers images calibrated to DICOM GSDF standards through the browser-based viewer. For formal diagnostic reading, radiologists should use DICOM-calibrated diagnostic monitors.

How does the system handle studies from referring hospitals that use a different PACS vendor?

Studies can be received via electronic DICOM push, patient-carried media import through the CD import workstation, and IHE XDS-I image exchange.

What happens to image availability during a planned maintenance window?

During maintenance, the PACS operates in a read-only mode that allows image viewing to continue. Our enterprise SLA guarantees 99.9% availability measured on a monthly basis.

How long are images retained in the archive?

Retention periods are configurable by study type, patient age group, and applicable regulatory requirement — typically 7 to 10 years for adult studies and longer for pediatric studies.

Does the system support 3D post-processing and advanced visualization?

Yes. Multiplanar reconstruction, MIP, volume rendering, and virtual endoscopy are available within the diagnostic viewer without launching a separate application.

How is the PACS integrated with AI imaging applications?

The Secreta PACS AI integration layer routes studies to configured AI analysis engines using DICOMweb STOW-RS. AI results are returned as DICOM Structured Reports and Secondary Captures.

Every Image Your Facility Produces Is a Clinical Asset. Treat It Like One.

Medical images drive diagnoses, guide procedures, inform treatment decisions, and create the longitudinal visual record of your patients' health over time. They deserve infrastructure that stores them without loss, delivers them without delay, displays them without compromise, and makes them available to every clinician who needs them.

That is what Secreta PACS delivers. Every image. Every time.

Legacy PACS migration support included. On-premise, cloud, and hybrid deployment available.

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“From day one, the level of professionalism and technical expertise was outstanding. They turned our complex requirements into an elegant, scalable solution.”

Dr. Sarah Jenkins
Prime Care Hospitals