When Your Radiology Backlog Is Measured in Thousands. We Clear It.
The radiology infrastructure for large private hospitals, medical colleges, trust hospitals, government bodies, and PPP programmes.
400+ radiologists. AI triage. Batch reporting. JPEG-to-DICOM conversion. Operational in days.
In brief: 5C Network handles radiology at volumes most providers cannot. From clearing backlogs of 5,000+ pending cases to triaging 60,000+ studies in a single day, we provide the radiologist pool, AI infrastructure, and operational workflows required for large-volume radiology — for private hospitals, medical colleges, government programmes, and diagnostic chains.
Who We Work With
Institutions where radiology volume is a structural challenge, not an occasional spike.
Large Private Hospitals & Chains
Backlog clearance for pending cases. Overflow capacity during volume spikes. Multi-site radiology standardisation across hospital networks.
Medical Colleges & Trust Hospitals
Exam-season backlog clearance. Medical camp radiology support. High-volume reporting for teaching hospitals with limited radiologist bandwidth.
Government & PPP Programmes
Tender-based radiology contracts. NHM and Ayushman Bharat programme support. Large-scale screening initiatives with real-time report delivery.
Diagnostic Chains
Volume spike management across multiple centres. Centralised AI triage with distributed reporting. Consistent quality and TAT across all locations.
Three Capabilities. One Platform.
Each capability is purpose-built for institutions that measure radiology in thousands, not dozens.
JPEG-to-DICOM Conversion
Many facilities operate legacy CR equipment, portable X-ray units, or government-issued machines that produce JPEG images — not DICOM. Without a DICOM viewer or PACS, these studies sit unreported.
The Reality on the Ground
Government hospitals, medical camps, and rural diagnostic centres often lack DICOM-compliant infrastructure. Studies are captured as JPEG files, stored on local drives or shared via Google Drive, and remain unreported for weeks or months.
5C's Conversion Pipeline
- 1 JPEG ingestion from Drive, USB, or batch upload
- 2 Automated DICOM conversion with metadata tagging
- 3 Cloud PACS upload and radiologist assignment
- 4 Real-time report access via web portal
"A healthcare institution in South India had thousands of JPEG imaging studies. No DICOM viewer. No PACS. 5C converted, reported, and delivered real-time access — all within the engagement timeline."
JPEG-to-DICOM Pipeline
Scale Architecture
Built for Volume
Triages per day
Batch capacity
TAT at scale
Radiologist pool
Source: 5C Network platform data, March 2026.
How a Large-Volume Engagement Works
Scope & MOU
Share your volume, modalities, and timeline. We scope the engagement and sign an MOU.
Connectivity & Intake Setup
DICOM push, Drive upload, or JPEG batch — we configure the intake pipeline for your environment.
Go-Live in Days
Radiologists assigned, AI triage calibrated, reports flowing. Operational in days, not months.
Frequently Asked Questions
5C Network has triaged over 60,000 studies in a single day. This is achieved through a combination of AI-powered triage that filters normal studies, a pool of 400+ radiologists distributed across time zones, and automated workflow orchestration that routes studies by modality, urgency, and subspecialty.
Yes. 5C Network routinely handles batch reporting engagements of 5,000+ pending cases. Studies are ingested via DICOM push, Drive upload, or JPEG batch transfer. AI triage prioritises abnormals, and radiologists are assigned based on modality and subspecialty. Typical clearance time: days, not months.
Quality does not degrade at scale. Every study passes through AI-assisted quality checks regardless of volume. Turnaround time is maintained at 30 minutes on average because the radiologist pool scales dynamically — more studies means more radiologists are assigned, not fewer reports per radiologist.
Large private hospitals and chains clearing reporting backlogs. Medical colleges and trust hospitals managing exam-season surges and camp volumes. Government bodies and PPP programmes including NHM and Ayushman Bharat. Diagnostic chains handling multi-site volume spikes.
Typical onboarding takes 3-5 days. Day 1-2: scope the engagement, sign MOU, configure intake pipeline (DICOM, Drive, or JPEG batch). Day 3-4: assign radiologist pool, calibrate AI triage. Day 5: go-live with reports flowing. For urgent backlogs, expedited onboarding is possible within 48 hours.
Many facilities — especially government hospitals, medical camps, and institutions with legacy CR equipment — produce JPEG images rather than DICOM. 5C ingests these JPEGs, converts them to DICOM format with proper metadata tagging, uploads them to a cloud PACS, assigns radiologists, and delivers reports with real-time access. No DICOM viewer or PACS is required at the source facility.
Yes. 5C provides web-based report access portals that can be white-labelled for government programmes or institutional use. Referring physicians and programme administrators can access reports in real time without installing any software. API-based integration with existing portals is also supported.
Talk to Our Scale Team
Whether you need to clear a backlog of thousands or set up ongoing high-volume reporting, we can scope an engagement in one call.
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