Founder of Patient Realm · Healthcare Technology · EHR · AI · Cybersecurity · Interoperability
Technology has been part of my life since childhood.
I built my first website in 2006, at around 14 years old. What started with web design quickly turned into an obsession with the infrastructure behind the internet. I began experimenting with servers, rented my first dedicated servers, and started providing VPN and virtual private server services.
That curiosity eventually grew from individual servers into larger infrastructure, including dedicated server hosting and colocation inside major data centers.
Wanting to go deeper into technology, I later moved to Bangalore, India — one of Asia’s major technology hubs — to study Information Technology, where I earned my bachelor’s degree and expanded my understanding of software, networks, infrastructure, and computing systems.
After moving to the United States, that technical background evolved into entrepreneurship.
Patient Realm
In 2025, I founded Patient Realm, a healthcare technology company headquartered in Atlanta, Georgia, with a remote team working across different parts of the world.
Patient Realm was created because I saw a major gap in healthcare technology: too many EHR systems still feel like software designed decades ago.
Healthcare organizations are being asked to operate in an AI-driven world while many of the systems at the center of their practices remain fragmented, complicated, and difficult to use.
I wanted to build something different.
Patient Realm is a modern EHR and healthcare operating platform designed around modern UI/UX, artificial intelligence, automation, interoperability, security, and the way independent practices actually operate today.
The platform is being built for privately owned healthcare organizations including:
Primary care practices
Aesthetic and medical spa clinics
Wellness practices
Specialty medical practices
Other independent healthcare organizations
My goal is not simply to put a newer interface on an old EHR model.
The goal is to rethink how the clinical operating system should work when EHR, AI, communications, automation, cybersecurity, patient engagement, and interoperability are designed together from the beginning.
What I Work On
EHR & Healthcare Systems — Building modern clinical software designed around the workflows of real independent practices.
Artificial Intelligence — Applying AI to healthcare operations, documentation, communications, workflow automation, and decision support while maintaining appropriate safeguards.
Interoperability — Working with technologies and standards such as FHIR and HL7 so healthcare information can move between systems instead of remaining trapped inside disconnected platforms.
Cybersecurity & Privacy — Designing healthcare systems with HIPAA, access control, data protection, security monitoring, and least-privilege principles in mind from the beginning.
Cloud & Infrastructure — Experience and continuing technical development across networking, servers, cloud infrastructure, Microsoft Azure, AWS, and modern application architecture.
Technical Background
My technical education has never been limited to one area of IT.
Over the years I have studied and worked across areas including:
Artificial Intelligence
Cybersecurity
Network infrastructure
Cloud computing
Microsoft Azure
AWS and cloud AI technologies
CompTIA AI, Security, Network and cybersecurity disciplines
HIPAA and healthcare information security
HL7 and FHIR interoperability
EHR architecture
Servers and virtualization
Web technologies
Software and systems infrastructure
That combination of healthcare, software, infrastructure, cybersecurity, interoperability, and AI is what ultimately shaped the direction of Patient Realm.
Why Healthcare
I entered healthcare technology because I believe the industry is entering one of its largest technological transitions.
AI is changing what software can do. Interoperability is changing how information moves. Patients expect better digital experiences. Independent practices need automation without adding more complexity.
Yet the EHR — the system sitting at the center of the practice — is often still the weakest part of the experience.
Patient Realm is my attempt to change that.
I want to build technology that gives independent healthcare practices the capabilities of much larger organizations without forcing clinicians to fight complicated software all day.
The long-term vision is simple:
Build the modern technology infrastructure that the next generation of independent healthcare runs on.
EHR — Charting, orders and clinical workflows designed around how independent practices actually operate.
AI — Applied to documentation, communications, workflow automation and decision support, with appropriate safeguards.
Automation — Practice operations automated without adding more complexity for clinicians.
Interoperability — FHIR and HL7 so healthcare information moves between systems instead of staying trapped in disconnected platforms.
Security — HIPAA, access control, data protection, security monitoring and least-privilege principles designed in from the beginning.
Communications — Practice and patient communication built into the platform rather than bolted on afterwards.
Patient Experience — The digital experience patients now expect, connected to the clinical record.
Built for
Primary Care
Aesthetic Medicine / MedSpa
Wellness
Independent Specialty Practices
Privately Owned Healthcare Organizations
Team
Headquartered in Atlanta with a distributed remote team.
Assistant
Ask about Enzo, or about Patient Realm.
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Focus Areas
EHR
Clinical record systems that clinicians will actually use during a twelve-hour shift.
Charting, orders, results and scheduling built around the way care actually happens — not around a billing form. Fewer clicks per encounter, defensible audit trails, and a data model that will still make sense in ten years.
AI
Ambient documentation and decision support that stay inside the guardrails.
Models applied where they measurably remove work: note generation, coding assistance, triage summarisation. Every output is attributable, reviewable and reversible. Nothing autonomous touches a chart.
Cybersecurity
HIPAA posture that survives an actual incident, not just an actual audit.
Zero-trust access, encryption in transit and at rest, least-privilege service accounts, real logging, and tested recovery. Ransomware is now a patient-safety event — it gets engineered for accordingly.
Interoperability
FHIR, HL7v2 and the unglamorous plumbing that makes records portable.
Bidirectional interfaces to labs, imaging, pharmacy, HIEs and payers. TEFCA-aware exchange, deterministic patient matching, and mappings that are documented instead of tribal.
Elsewhere
Elsewhere
The same person, where the conversation usually starts.
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