One Window Solution Unified Medical Imaging Platform

PACS • RIS • Teleradiology • DICOM Router • AI MWL — One Platform

I’m Naimat Amaan, a PACS Engineer with 9+ years of deep experience in medical imaging ecosystems. I have successfully deployed 200+ PACS solutions across different environments: on-prem, hybrid, and cloud. This website is designed to show exactly how I deliver a secure, fast, scalable solution that hospitals and imaging centers trust.

200+ Deployments in real-world production environments
9+ Years Deep PACS engineering, DICOM workflows, integrations
One Platform PACS + RIS + Viewer + Router + AI MWL + Teleradiology

Unified Platform Modules

All modules are designed to work together in a single ecosystem — same users, same access control, same audit trail, same monitoring.

P

PACS System

Enterprise storage, study lifecycle control, modality ingestion, retention rules, prefetch, compression, and intelligent archiving.

  • DICOM C-STORE ingest + validation
  • Storage tiers (hot/warm/cold)
  • Auto cleanup + retention policies
  • Multi-site + multi-AE routing
R

Radiology Information System (RIS)

Patient flow, appointments, reporting, billing hooks, study status, and operational visibility for imaging center operations.

  • Roles: admin, receptionist, technologist, radiologist
  • Study workflow: scheduled → arrived → acquired → reported
  • Templates + structured reporting support
  • Audit logs + KPI time tracking
T

Teleradiology Workflow

Multi-hospital routing, reading pools, radiologist assignment rules, STAT prioritization, and controlled external access.

  • Case assignment + work queues
  • Time-zone safe timestamps
  • Stat flags + escalation rules
  • PDF delivery + site branding

Platform Features (Built for Real Workflows)

These are the technical and operational features clients care about: stability, speed, security, automation, and predictable delivery in production.

S

Security & Compliance Foundations

Controlled access, least privilege roles, auditability, and safe-by-design exposure for remote viewing and teleradiology.

  • Role-based access control (RBAC) + site-level permissions
  • DICOM AE allowlist + IP restriction strategy
  • Audit logs: study access, export events, user activity
  • TLS-ready deployment approach (viewer, API, router endpoints)

High Performance Viewer Experience

Fast study open time, smooth navigation, predictable load under volume, and optimized delivery for remote networks.

  • Streaming strategy + caching foundations
  • Viewer presets: W/L, measurements, annotations workflows
  • Hanging protocol mindset (modality-specific layout)
  • Export pipeline: snapshots / reports / structured outputs (as required)

DICOM Router + Auto-Send Automation

Rule-based routing reduces manual work and prevents missed deliveries across PACS, archive, AI, and reading pools.

  • Routing rules based on modality, station, description, tags
  • Queue + retries + failure logging foundations
  • Multi-destination fan-out (1 study → multiple targets)
  • Delivery confirmation and traceability approach
AI

AI MWL Worklist Integration Strategy

AI is valuable only when it fits the operational workflow: correct placement, correct priority, correct routing, and correct reporting context.

  • AI MWL worklist design aligned with RIS status lifecycle
  • Auto tagging + priority logic for AI-reviewed cases
  • Separation of clinical vs AI pipeline access controls
  • Workflow safe integration: do not disrupt acquisition/reporting

Products (Open Details + Order)

Each product opens in a professional modal popup with detailed scope, deliverables, and order structure. Images are placeholders (you will replace them).

Unified Platform PRODUCT IMAGE (placeholder)
One Window PACS + RIS + Viewer + Router + AI MWL

Single platform deployment with integrated modules, shared users, unified logs, consistent performance tuning, and security hardening.

Enterprise Secure Scalable
Starting: Custom Quote
DICOM Router ROUTER IMAGE (placeholder)
Web-Based DICOM Router + Auto-Send Engine

Rule-based routing: modality → PACS, PACS → archive, PACS → teleradiology, auto-forward by modality/body-part/study tags.

Routing Rules Auto Send Monitoring
Starting: Custom Quote
Viewer VIEWER IMAGE (placeholder)
Customized DICOM Viewer (Brand + Workflow)

Customized UI, hanging protocols, tools, branding, deployment tuning, study sharing, and secure access controls.

OHIF Style Custom UI Fast Load
Starting: Custom Quote

Client Testimonials (Fiverr-Style Reviews)

Star reviews with client name + location + service type. You can replace names later if you want.

IMG
Michael R. United States • Imaging Center
Verified
★★★★★ 5.0

Naimat knows PACS engineering deeply. The deployment was clean, stable, and fast. Routing rules were implemented exactly as required and the viewer performance improved a lot after optimization. Communication was clear and professional.

PACS Deployment DICOM Routing Performance Tuning
IMG
Ahmed S. UAE • Hospital IT
Verified
★★★★★ 5.0

Very strong understanding of RIS workflow and study lifecycle. Worklist and user roles were done properly with audit trail mindset. The solution feels production-grade, not like a basic setup. Highly recommended for enterprise environments.

RIS Workflow RBAC Audit Logs
IMG
Daniel K. United Kingdom • Teleradiology
Verified
★★★★★ 5.0

We needed a unified solution for multi-site teleradiology. Study routing, reading queues, and controlled remote access were implemented perfectly. The architecture planning saved us from costly mistakes later.

Teleradiology Routing Rules Architecture
Product Overview — Unified Medical Imaging Platform

One Window Solution: PACS + RIS + Viewer + Router + AI MWL

This platform is designed for imaging centers, hospitals, and multi-site teleradiology providers who need stable ingestion, secure access, routing automation, reporting workflow, and performance at scale.

Deliverables
  • Deployment planning + architecture design
  • PACS storage, AE config, DICOM ingest + validation
  • RIS workflow + roles + status lifecycle
  • Viewer deployment + customization (branding + tools)
  • DICOM router rules + auto-send + retries
  • Security hardening + access controls + audit
Unified Platform — Full Scope

Unified Platform Deployment (Enterprise)

A complete medical imaging ecosystem built as a single platform with consistent security, performance tuning, user roles, logging, and operational workflows.

Included Modules
  • PACS storage + lifecycle management + archiving strategy
  • RIS: appointment → acquisition → reporting → delivery
  • Teleradiology reading pools + routing rules + STAT logic
  • Customized DICOM Viewer + high performance streaming
  • AI MWL worklist integration strategy
DICOM Router + Auto-Send Engine

Web-Based Routing Rules + Auto Forward + Monitoring

Route studies automatically based on AE Title, modality, station name, study description, SOP class, scheduled procedure step, body part, or custom tags — with retries, queueing, and delivery confirmation.

Router Capabilities
  • Rule-based routing (if/else + priority)
  • Auto-send scheduling and queue system
  • Retry logic with exponential backoff
  • Delivery logs + failure alerts foundation
  • Multi-destination fan-out
Customized DICOM Viewer

Viewer Customization for Brand + Workflow

Custom viewer UI/UX tailored to your reading workflow, including hanging protocols, tool presets, reporting shortcuts, and secure sharing logic.

Customization Options
  • Branding: logos, theme, login screen layout
  • Toolsets: W/L presets, measurements, annotations
  • Performance tuning: caching + streaming improvements
  • Role-based study access controls
  • Export pipeline: images, PDFs, structured notes strategy