Healthcare Transformation Case Study
From Bare Land to a 50-Bed Digital Hospital in Bapatla
A Sri Madhusudan Sai One World One Family mission hospital story brought to life with free multi-specialty care, Frappe-powered workflows, a branded RIS/PACS stack, Orthanc-based imaging architecture, and the next phase of analyzer-connected LIS at scale.
One World One Family Mission
Inspired by Vasudhaiva Kutumbakam — the world is one family.
Hospital Model
50 Beds
Free secondary care for underserved communities in Bapatla.
Core Clinical Base
6 Specialties
General Services, Dentistry, Orthopedics, Paediatrics, Ophthalmology, OBG.
Digital Stack
HMIS + RIS/PACS
Frappe Health workflows, DICOM image archival, viewer access, reporting flow.
Roadmap
LIS + Fiji
I Platinna analyzer integration and expansion approach for Fiji with Philips Cath Lab
“This case study shows how compassionate healthcare delivery can be paired with disciplined digital architecture—without losing the mission.”
01
Location
Khajipalem, Pittlavanipalem Mandal, Bapatla District, Andhra Pradesh.
02
Operating Model
Free, mission-led multi-specialty secondary care for rural communities.
03
Institutional Story
Mission and trust-led expansion from earlier local infrastructure into a stronger hospital platform.
04
Digital Direction
Connected HMIS, radiology workflows, PACS, viewer access, and laboratory integration roadmap.
Mission story
Built Under Sri Madhusudan Sai’s One World One Family Mission
The official inauguration note says Sai Aarogya Hospital was inaugurated on 13 December 2024 in Kajipalem Village, Bapatla District, Andhra Pradesh, and describes it as part of the Sri Madhusudan Sai Global Humanitarian Mission, offering high-quality healthcare entirely free of charge to underserved communities.
That note also traces the journey from a modest 20-bed facility under Aravinda Ashram, through the August 2023 partnership with Sri Sathya Sai Sujala Sravanthi Trust, to the October 2023 launch of the Sai Swasthya Wellness Centre, and then to the December 2024 opening of the full Sai Aarogya Hospital. This is the right story to anchor the page: not just infrastructure, but mission translated into care delivery.
One World One Family Foundation
OWOF publicly describes itself as a global humanitarian foundation providing Nutrition, Education, and Healthcare free of cost to underserved communities. Its mission statement says it exists to attend to the fundamental needs of underserved communities globally by providing free nutrition, healthcare, and education
Nutrition
Education
Healthcare
Free of charge
Global humanitarian mission
“One World, One Family” is described by OWOF as the core value around which Sri Madhusudan Sai designed the Global Humanitarian Mission.
01
20-bed origin point
The hospital journey began with a modest 20-bed facility established by NRIs under Aravinda Ashram.
02
Trust-backed turning point
In August 2023, partnership with Sri Sathya Sai Sujala Sravanthi Trust marked the shift toward a stronger, scalable healthcare model.
03
Wellness-centre proof stage
The October 2023 Sai Swasthya Wellness Centre created early operating proof and showed demand for free community healthcare.
04
Hospital realization
By December 2024, the larger hospital vision became a working facility under the One World One Family humanitarian philosophy.
Clinical scope
Six Core Specialties, Delivered Free of Charge
G
General Services
Routine health concerns, diagnosis, common illness management, and first-line treatment.
D
Dentistry
Oral care, cleanings, cavity treatment, and dental procedures for underserved communities.
O
Orthopedics
Bone, joint, fracture, arthritis, and musculoskeletal care in a rural-access model.
P
Paediatrics
Care for infants, children, and adolescents with immunisation and growth-monitoring needs.
E
Ophthalmology
Eye care, vision correction, cataract pathways, and management of common eye conditions.
W
Obstetrics & Gynaecology
Women’s reproductive health, pregnancy, childbirth, and related clinical care workflows.
Clinical bench
A Multi-Specialty Team, Not a Minimal Rural Setup
The public hospital pages show resident and consultant coverage across general medicine, cardiology, dental, dermatology, general surgery, OBG, ophthalmology, orthopedics, and urology. That breadth is important: the hospital was positioned to operate as a serious care environment, not just a low-function outpatient center.
Resident Care Layer
On-site resident doctor coverage supports frontline continuity, routine consults, and everyday patient flow.
Consultant Specialty Layer
Consultants extend the clinical model into cardiology, surgery, ophthalmology, orthopedics, OBG, urology, and more.
Mission-Aligned Access
The combination of free services and specialist access changes the care equation for rural families who would otherwise face delay, travel, or cost barriers.
Digital Platform
The Digital Foundation Techunison Helped Enable
H
Frappe Health HMIS
Patient registration, encounters, diagnostics, and administrative coordination inside one connected hospital workflow foundation.
R
RIS / PACS / Viewer Stack
Image orders, modality workflows, PACS archival, DICOM viewer access, reporting pathways, and stronger operational control.
L
LIS Roadmap
Upcoming i Platinna-based laboratory integration designed for analyzer connectivity, specimen workflows, results, and scalability.
Radiology Transformation
A Branded RIS Solution for Cath Lab, X-Ray, and Ultrasound
This implementation narrative matters because it shows practical hospital engineering, not theory. The hospital deployed imaging modalities including Cath Lab, X-ray, and Ultrasound and connected them to a branded RIS/PACS approach. The solution flow ties imaging orders and scheduling to image acquisition, archival, viewing, reporting, and operational follow-through.
Inside this story, the imaging stack was not treated as a side system. It was part of the hospital operating model. That made it possible to position the radiology environment as a strategic asset instead of a silo. According to the implementation details you provided, this approach also helped the hospital avoid roughly ₹15 lakhs in radiology solution spend while still achieving a serious, state-of-the-art architecture.
Integrated modalities: Cath Lab, X-ray, Ultrasound.
Leadership and execution: driven by Pala and Pramod with support from the Kalyan team
Operational outcome: a hospital-owned imaging workflow with better control, lower cost, and cleaner clinical continuity.
Diagnostic Architecture
HMIS Order
Doctor creates imaging request
RIS Queue
Scheduling and worklist logic
Modality
Cath Lab / X-ray / Ultrasound acquisition
Orthanc PACS
DICOM archival and API-ready image store
Viewer
Clinician or radiology review
Report
Findings and status update
HMIS / Billing
Back to patient record and workflow
Orthanc PACS
Why Orthanc Was the Right PACS Backbone
Orthanc gives mission hospitals a realistic path to a modern imaging backbone without the cost and rigidity of heavyweight proprietary stacks. Its strength is not just that it stores DICOM studies. Its strength is that it is lightweight, extensible, and friendly to workflow integration.
That matters in rural hospitals and fast-moving implementation environments. A PACS has to support image archival, retrieval, viewer connectivity, interoperability, and future automation. Orthanc’s ecosystem supports web-friendly access patterns and viewer choices while remaining flexible enough for custom hospital integration architecture.
Open architecture: practical for cost-conscious hospitals that still need serious DICOM governance.
Viewer ecosystem: compatible with web viewing options and external viewers for clinical access.
Integration advantage: its API-centered design fits well with hospital workflow orchestration and future automation layers.
What the architecture enables
Central image storage, faster clinical review, cleaner report turnaround, stronger auditability, and a scalable pattern that can be reused in other hospitals.
Why this matters to Techunison-style delivery
The real value is not PACS alone. It is PACS as part of one connected diagnostic ecosystem: order to image to report to continuity of care.
RIS Workflow
End-to-End Radiology Workflow in Practice
1. Order
Doctor places an imaging request from clinical workflow.
2. Schedule
RIS queue or worklist logic assigns the case.
3. Acquire
Modality captures Cath Lab, X-ray, or Ultrasound study.
4. Archive
DICOM lands in Orthanc PACS.
5. Review
Clinician or radiology user opens images in a viewer.
6. Report
Interpretation and findings are structured back into workflow.
7. Close the Loop
Status, continuity, and billing are updated in the broader hospital flow.
Laboratory Roadmap
Next Phase: LIS with i Platinna and 300+ Analyzer Connectivity
The next layer is laboratory digitalization at serious scale. The implementation roadmap you described uses i Platinna to support a Laboratory Information System that can connect with 300+ AB machines and broader healthcare lab workflows.
That is where the architecture gets stronger. LIS is not just a reporting engine. It is a specimen, analyzer, result, and traceability system. In a connected hospital, analyzer output has to return into the patient journey cleanly and consistently. When done well, it shortens turnaround time, reduces transcription error, improves traceability, and creates much better diagnostic visibility for clinicians and administrators.
LIS workflow goals
Order and specimen traceability from request to result
Analyzer connectivity for automated result capture.
Unified patient result history inside the hospital record.
Operational dashboards for lab throughput, delays, and quality control.
Why This Case Study Matters
A Repeatable Model for Mission Hospitals
1
Compassion + Infrastructure
Free care does not have to run on weak systems. It can run on disciplined, modern digital architecture.
2
Imaging Without Overspend
A rural hospital can deploy enterprise-style diagnostic workflows without being trapped by high-cost proprietary radiology stacks
3
Reusable Blueprint
The same implementation thinking can extend into future sites, including the Fiji hospital rollout mentioned in the delivery roadmap.
Build with Techunison
Building a Mission-Critical Healthcare Platform?
Techunison designs Frappe-powered HMIS, RIS/PACS, LIS, analytics, and integration workflows for hospitals, foundations, and healthcare networks. This case study shows what happens when technology is aligned to the One World One Family mission, hospital ownership, and disciplined execution.