OrthoLoneStar (OLS), recognized as Texas’s largest independent orthopedic practice, has unveiled a new statewide program designed to enhance referral management across its network. The initiative aims to help patients reach appropriate orthopedic specialists faster while improving collaboration and communication with referring healthcare providers at every stage of the referral journey.

This program reflects OLS’s ongoing focus on improving access to orthopedic services for patients, employers, and medical professionals throughout Texas. Through the optimization of referral processes across its divisions, the organization seeks to minimize appointment delays, streamline scheduling, and provide a more coordinated experience from referral submission to initial consultation.

The initiative was first introduced through QuickOrtho, OLS’s employer-focused care program, and has since expanded to include workers’ compensation referrals. Future phases will extend support to primary care referrals and additional referral pathways across the state.
“Patients deserve a clear and efficient path from referral to treatment,” said Tanner Sloan, Chief Operating Officer of Texas Orthopedics, an OLS division.

“We are focused on connecting individuals with the most appropriate orthopedic specialists as quickly as possible while ensuring referring providers remain informed throughout the process.”

According to Anthony Brooks, Chief Executive Officer of OrthoLoneStar, the organization remains committed to delivering high-quality orthopedic care within the communities it serves. As OLS continues its expansion across Texas, it is investing in the technology, processes, and coordination necessary to simplify access to care for both patients and healthcare partners.

To facilitate the initiative, OLS has adopted referral management solutions from Hatch, enabling greater consistency in referral intake and coordination across its various divisions.

The program forms part of OLS’s broader strategy to strengthen shared infrastructure and operational integration within its physician-led network as it continues to grow its presence throughout Texas.

“OrthoLoneStar is demonstrating how large-scale healthcare organizations can improve patient access,” said Chris Poole, CEO of Hatch. “Enhancing referral workflows helps reduce waiting times and enables patients to receive the care they need more efficiently.”

Across the globe, health systems are falling short. From Dhaka to Nairobi to Detroit, most were originally designed for acute care and structured to serve institutions—governments, hospitals, and insurers—rather than the people who rely on them. Attempts to digitize these systems consistently run into the same barrier: an outdated and unsustainable design. While these setups may work during emergencies, they fail when it comes to supporting long-term health needs.

Throwing more money or advanced tools, including AI, at the problem will not fix a flawed foundation. The real issue is not technology, but the underlying architecture.

Rewired healthcare focuses on building systems around people, not patching them for institutions. The future demands frameworks designed to deliver outcomes that matter—longer, healthier lives at lower costs—while using technology in a smarter, more integrated way.
 
Rashida’s Story
Take Rashida, a pregnant woman living in a village near Dhaka. She has diabetes and her husband is recovering from tuberculosis. Despite these risks, she has little knowledge of her health status or treatment options. Occasionally, a community health worker visits her, but her care is divided across three separate programs: maternal health, noncommunicable diseases, and TB.

Individually, these programs function. Together, they fail. Her diabetes medication isn’t reviewed for pregnancy safety, her antenatal record isn’t visible across systems, and her household TB risk is ignored. This results in incomplete, fragmented care. The health worker struggles to manage disconnected protocols, focusing more on reporting than outcomes. Rashida’s expenses mount, her records don’t follow her, and local administrators see only partial information, limiting their ability to allocate resources effectively.

This siloed approach—rigid, isolated, and resistant to adaptation—creates fragmentation. Simply digitizing existing processes or adding AI on top will only magnify the complexity. What’s required is an intentional redesign of health architecture, powered by technology.
 
From Fragmentation to Flow
Healthcare today is fractured into rigid blocks: vertical programs, disconnected community and facility services, hospitals segmented by departments, separate public-private systems, and insurers defining narrow coverage. Each block bundles services, protocols, and data into inflexible silos.

To create flow, these blocks must be broken down into functional components: discovery, navigation, diagnosis, planning, treatment, monitoring, and prevention. Each can operate as modular services delivered at the right time and place for patients. With technology, these modules can be recombined to maximize efficiency and outcomes.

For Rashida, this would mean:

Financing would shift to reward prevention and coordinated care instead of fragmented, crisis-driven interventions.

This is healthcare rewired: a single patient record, a unified care plan, and a financial system aligned with outcomes.
 
The Leapfrog Opportunity
Other industries have already undergone similar transformations. Banking once kept loans, savings, and payments separate, but now integrates them seamlessly around the customer. Telecoms did the same with voice, data, and messaging. Healthcare, however, has resisted change—caught between outdated monoliths and fragmented add-ons.

It’s often assumed that low- and middle-income countries (LMICs) cannot afford to rebuild systems. In fact, they may be better positioned to leapfrog because they are less entrenched in legacy infrastructure. With a clean slate, LMICs can design digital, patient-centric systems from the ground up.

So far, most efforts have produced patchy solutions: fragmented apps, partial registries, siloed dashboards, and scattered AI tools. The result is brittle—data doesn’t flow, workflows overlap, and guidance remains locked in manuals. Interoperability helps systems connect, but it alone cannot create a strong foundation.

True transformation requires a shared infrastructure layer. Beyond health IDs and registries, systems need core building blocks: patient profiles, workflow engines, knowledge libraries, payment rails, and app interfaces. Managed under open standards, these elements allow services to be modularized and then rebuilt around patient journeys.

Such systems are resilient, scalable, and future-ready. They make data central to care, streamline workflows, embed knowledge in every interaction, and tie payments to real outcomes.
 
Testing a Rewired Health System
How do we measure success? A rewired system should be judged on three simple criteria:

Currently, in most places, the answers to these questions are “no.” A rewired system would make each one a design principle.
 
The Bottom Line
Our current health systems are built on flawed architecture. To move forward, we must ask: “If we were designing healthcare today, for the people it is meant to serve, what would it look like?”

The answer isn’t layering more apps or AI on top of broken systems. It’s building a modular, patient-centered model that can learn, evolve, and deliver better outcomes.

It’s time to build that system. It’s time to rewire healthcare.