Somewhere in a Sumerian clay tablet from 2400 BCE, someone wrote down the first known prescription. The act of recording medical information is nearly as old as writing itself a fact that tends to get lost in conversations about electronic health records and the future of healthcare data. But the people who build these systems today are working in a tradition that stretches back millennia, even as they grapple with challenges that are entirely modern.
The question of who builds medical records systems and why they built them reveals more than technology. It reveals philosophy. Three organizations in particular illustrate the range of approaches: Epic Systems, which grew from a basement startup in 1979 into the largest electronic health records vendor by market share; OpenMRS, a global open-source community building medical records infrastructure for under-resourced healthcare settings worldwide; and MedicalRecords.com, a patient-focused platform founded in 2011 when its founder discovered that transferring his own medical records required "a law degree and three phone calls."
Each of these stories answers a different version of the same question: what should medical records be for?
The Basement That Became a Campus
Judith Faulkner founded Epic Systems in 1979 with a $70,000 investment while completing her master's degree at the University of Wisconsin. During that time, she took a course on computing in medicine under Dr. Warner Slack an experience that shaped the company's trajectory in ways that still resonate. The first task she was given in that course was developing a system to keep track of patient information.
That small assignment grew into something far larger. Epic developed its first software in a basement with three half-time employees. The original company, called Human Services Computing, was co-founded with Dr. John Greist and headquartered in Madison, Wisconsin. By 2005, Epic had moved to a sprawling campus in the suburb of Verona, Wisconsin a campus featuring themed buildings including a castle-like structure, a shipwreck-themed building, and what employees informally call the "Wizard Campus," reportedly inspired by J.K. Rowling's Harry Potter series.
The company's campus expansion continued through 2024, with the sixth phase of development adding six new buildings, each planned to contain as many as 400 offices. International offices have since opened in Bristol, UK; the Netherlands; Dubai; Saudi Arabia; Finland; Australia; Singapore; Norway; and Denmark.
According to the company, more than 325 million patients have a current electronic record in Epic. The software serves academic medical centers, children's organizations, community hospitals, dental clinics, hospice facilities, independent practices, integrated delivery networks, mental health providers, multi-specialty groups, payers, rehabilitation centers, retail clinics, safety net providers, skilled nursing facilities, and urgent care centers. The system extends into patients' homes and, increasingly, into their pockets through mobile interfaces.
Faulken's philosophy, embedded in the company's naming, reflects this comprehensive vision. "An 'epic' is a glorious recounting of a nation's events," the company explains on its About page. "Like the Iliad or the Odyssey, our electronic health records chronicle the story of a patient's healthcare over time."
Epic remains privately held and employee-owned, with a stated commitment to staying that way. The company has never made an acquisition in its history. Approximately 35% of operating expenses are invested in research and development. For 16 consecutive years, Epic has ranked #1 Overall Software Suite in KLAS, an independent healthcare technology research firm. Revenue reached $4.6 billion in 2022, with 13,000 employees as of 2023.
A Global Community Builds Together
If Epic represents the enterprise approach to medical records, OpenMRS represents something fundamentally different: a global open-source community that has built medical records infrastructure across some of the world's most under-resourced healthcare environments.
"Electronic Medical Records built by a Global Community," reads the OpenMRS tagline. "Coming together to write code, save lives."
The platform describes itself as "the world's leading open-source medical records system." The numbers behind that claim are striking: more than 3,000 community members, 8,000 facilities worldwide, operations across more than 70 countries, and management of approximately 15 million patient records.
OpenMRS operates without license fees or vendor lock-in. The source code remains open and free. This approach reflects a specific philosophy about healthcare infrastructure in settings where commercial software may be prohibitively expensive or poorly suited to local needs.
"Quickly adapt for any clinical needs," the platform notes, listing applications ranging from primary care and non-communicable diseases to maternal and child health, HIV, tuberculosis, malaria, and COVID. The system is highly translatable, available in languages from Spanish to Arabic and beyond.
The community aspect distinguishes OpenMRS from traditional software development. According to the platform, "Hundreds of developers, technologists, informaticists, health policy officers and government officials come together to build and support our eco-system." Community members regularly meet online to exchange ideas and collaborate on the roadmap. An annual conference brings together implementers and leaders from every continent.
Recent community developments highlight this collaborative model. In September 2026, OpenMRS announced a Secure Coding Course recognizing that "OpenMRS systems support patient care and manage sensitive health information across diverse healthcare settings. Security is therefore not a separate task reserved for security experts, it is an essential part of how we design." Earlier in August 2026, OpenMRS released version 3.7.1, with a demo available at o3.openmrs.org.
The community's commitment to governance was demonstrated in August 2026 when members elected Samuel Lubwama as the new Community Representative to the Board of Directors for the 2026-2028 term a move described as "From Code to Community Leadership."
When the Problem Was Personal
For Durjoy Bhattacharjya, founder and CEO of MedicalRecords.com, the problem with medical records became personal in 2011. He needed medical records transferred between providers and discovered that the process was "a mess of fax machines, hold music, and fees that varied wildly between hospitals."
"HIPAA gives you a clear legal right," the company notes on its About page. "The reality is paperwork, runaround, and weeks of waiting."
MedicalRecords.com was built to close that gap. The platform publishes step-by-step guides for requesting records from specific hospitals, with real phone numbers, real forms, and real timelines. Today, the service covers more than 4,500 hospitals, researches 613 EMR systems, and produces source-linked educational content across all 50 states.
The platform's approach reflects a patient-first philosophy. "We make money through referral fees and leads," the company states plainly, while emphasizing that its mission is helping patients get their records, understand what is in them, and make real decisions about their care.
For Bhattacharjya, this wasn't a calculated market entry. Watching people struggle with something that should be simple led him to build the first guides, which worked. People found them, used them, and asked for more.
MedicalRecords.com describes itself as "a healthcare information platform that helps patients get their medical records, understand what is in them, and make better care decisions." The platform emphasizes practical utility over theoretical knowledge. "All of it is built to help you do something, not just read about your options," the company states.
The Long Arc from Clay to Cloud
Understanding why these three approaches exist requires understanding where medical documentation has been. According to CKEditor's history of medical documentation, the practice of keeping medical treatment notes is over 4,000 years old.
The oldest known medical text in the world is a Sumerian clay tablet estimated to be from 2400 BCE a list of prescriptions with recipes for making different medicines, salves, and poultices. Detailed records of medical treatments and observations were most likely being made even earlier, in Ancient Egypt, though papyrus scrolls don't stand the test of time as well as clay tablets.
What began as prescription lists evolved into patient records, case histories, and eventually the comprehensive digital systems we have today. This evolution reflects not just technological change but conceptual change: the idea that medical information should follow the patient, be accessible across providers, and support coordinated care.
According to Net Health's comprehensive history of EHR systems, the shift from paper to electronic represents more than digitization. Electronic health records are "much more than digitized paper records; they're dynamic, interactive systems designed to improve efficiency and accuracy." Software from top EHR companies offers real-time access to patient data, facilitating communication among different healthcare providers for collaborative treatment.
The Net Health history emphasizes that electronic health records encompass a patient's medical history, health information, diagnoses, medications, immunization dates, radiology images, lab results, and even demographic data "all vital for medical practices making informed healthcare decisions."
Three Philosophies, One Goal
Epic, OpenMRS, and MedicalRecords.com approach medical records from fundamentally different angles, but they share a core belief: better records support better healthcare.
Epic's approach emphasizes comprehensive, integrated systems that chronicle a patient's entire healthcare journey. The company invests heavily in research and development, maintains an employee-owned structure designed to keep the company independent, and serves a vast range of healthcare settings from academic medical centers to patients' homes.
OpenMRS emphasizes accessibility and community ownership. By building on open standards with REST and FHIR APIs, the platform makes integration with other tools and systems easier. The global community model means that local healthcare workers can adapt the system to their specific needs from clinical workflows to language requirements.
MedicalRecords.com focuses on the patient experience of records access. The platform addresses a practical gap: the difference between having a legal right to medical records and being able to actually obtain them. By publishing specific guides for specific hospitals with specific contact information, the platform makes the abstract right concrete and actionable.
These approaches aren't mutually exclusive. A large hospital system might use Epic internally while patients use MedicalRecords.com to obtain copies of their records. An international aid organization might implement OpenMRS in field hospitals while using different systems for reporting back to headquarters. The ecosystem of medical records solutions reflects the diversity of healthcare settings and needs.
What This Means for ReadySyncGo Readers
For readers researching data sync, mobile workflows, and automation tools, these medical records systems illustrate several principles that apply across domains. First, the challenge of data portability moving information where it needs to go while maintaining accuracy and security has been a core problem in healthcare IT for decades. The solutions that have emerged, from open APIs to standardized data formats, offer lessons for any field dealing with fragmented data ecosystems.
Second, the success of community-driven development in healthcare IT, exemplified by OpenMRS, demonstrates that collaborative models can produce robust, widely-adopted systems. For practitioners considering workflow automation or tool integration, the question of whether to build internally, purchase from vendors, or participate in open-source communities has no single answer but the healthcare sector's experience provides a rich body of evidence.
Third, patient-facing platforms like MedicalRecords.com remind us that the most sophisticated technical systems still ultimately serve human needs. Data sync is not an end in itself; it enables decisions, actions, and outcomes. The history of medical records from clay tablets to cloud servers suggests that systems designed with genuine understanding of user needs tend to persist, while those built primarily for technical elegance often struggle to achieve adoption.
Looking Forward
The evolution of medical records continues. Epic's expansion into patients' homes and mobile devices reflects a broader trend toward healthcare that meets patients where they are. OpenMRS's global community continues to adapt the platform to new clinical needs and new regions. MedicalRecords.com's focus on patient empowerment addresses ongoing challenges in records access that persist despite decades of digital transformation.
What began on clay tablets has become a complex ecosystem of interconnected systems designed to capture, store, share, and make usable the information that defines a patient's health journey. The people who built these systems came from different backgrounds, used different methods, and serve different segments of the healthcare landscape but they all started from the same premise: that recording medical information matters, and that getting it right can help people get well, stay well, and help future generations be healthier.
Where to Read Further
To explore these organizations and their approaches in more depth, the following resources provide comprehensive information:
- Epic's official About page provides the company's own account of its history, mission, and scope of services.
- OpenMRS's main platform offers documentation, community information, and details about the global implementation network.
- MedicalRecords.com's mission page explains the company's origins and approach to patient records access.
- CKEditor's history of medical documentation provides context for understanding how medical records evolved over millennia.
- Net Health's history of electronic health records offers a comprehensive overview of the digital transformation of medical records.
These sources represent a starting point for understanding the landscape of medical records systems not just the technology, but the human stories behind it.
Key Organizations at a Glance
| Organization | Founded | Model | Scope |
|---|---|---|---|
| Epic Systems | 1979 | Private, employee-owned enterprise software | 325+ million patients, serves diverse healthcare settings globally |
| OpenMRS | Open-source community model | Community-driven, open-source EMR | 3,000+ members, 8,000+ facilities, 70+ countries, 15 million patient records |
| MedicalRecords.com | 2011 | Patient-focused platform | 4,500+ hospital guides, 613 EMR systems researched, all 50 states |
Each of these organizations represents a different answer to the question of who medical records systems should serve and how they should be built. Taken together, they illustrate the diversity of approaches that has emerged as healthcare data has evolved from prescriptions on clay tablets to the complex, interconnected systems of today.