U.S. healthcare compliance SaaS provider
Full platform rebuild · Multi-clinic SaaS · Distributed support org
A U.S. medical credentialing and clinic-compliance SaaS could not sustain growth or reliable daily use. Poor application architecture, an inefficient database schema, missing indexes, unpaginated queries, limited scalability, and recurring application crashes were slowing onboarding, increasing support burden, and driving up infrastructure cost relative to the value clinics were getting.
Operational complexity
The platform runs the core compliance surface for clinic customers - credentialing, recurring checklists, narcotic and dispensary logs, operating-room and cleaning logs, crash-cart maintenance and inventory, and general clinic supply inventory. The replacement had to preserve every one of those workflows, migrate live client data, and support a globally distributed support team switching rapidly between client accounts, all without disrupting day-to-day compliance work in the field.
Solution delivered
A full-stack Laravel rebuild delivered as a greenfield replacement plus controlled migration from the legacy product. The engagement combined stakeholder discovery across operations, support, sales, and paying clients; a redesigned data model with proper indexes, pagination, and concurrency handling; a new caching and infrastructure footprint; a mobile-friendly interface; SSO with rapid multi-client account switching for support; and automated reports, reminders, email notifications, and AI-assisted features.
How the engagement unfolded
1. Multi-audience discovery across operators and paying clients
We consulted operations, support, customer service, and sales to map failure modes, onboarding friction, and support burden, then arranged individual client meetings to hear directly from clinics about which compliance workflows mattered most and where the old product was breaking down. That combined view - internal operators plus end clients - drove the replacement's scope and priorities.
2. Compliance product surface inventory
We inventoried the full compliance domain the platform had to preserve and improve: healthcare credentialing, recurring compliance checklists, narcotic and dispensary logs, operating-room and cleaning logs, crash-cart maintenance and inventory, clinic supply inventory, and the reporting, reminders, and notifications that keep those forms current in production clinics.
3. Architecture and data-model redesign
The engagement was not a cosmetic refresh. We re-architected the application, redesigned the database schema, added the missing indexes, replaced unpaginated queries with proper pagination, and reworked concurrency behaviour so the platform could carry real production load instead of crashing under it.
4. Full-stack Laravel rebuild
We designed and built the replacement as a full-stack Laravel application from the ground up, translating the operational and compliance requirements gathered in discovery into a scalable product that clinic staff and support teams could rely on day to day.
5. Controlled migration from the legacy platform
Legacy customer data and workflows were migrated into the new platform in controlled batches, so existing clinics kept operating on the compliance surface they already depended on while cutting over to the rebuilt system.
6. Performance, caching, and infrastructure optimization
Alongside the rebuild we optimized query design, index coverage, pagination, concurrency, and the caching strategy - and reshaped the infrastructure footprint - so performance, cost, and headroom for more users all improved together instead of trading off against each other.
7. Mobile-friendly user interface
We delivered a mobile-friendly interface across the compliance workflows so clinic staff could complete checklists, logs, and inventory work on the devices they actually use at the point of care, rather than being tied to a desktop.
8. SSO and rapid multi-client account switching for distributed support
Because support runs globally and across many client accounts, we implemented SSO and rapid switching between client accounts so distributed support staff could resolve issues without slow, error-prone context switching between tenants.
9. Automated reports, reminders, notifications, and AI features
We integrated automated reporting, reminders for overdue or scheduled forms, and email notifications to keep credentialing and recurring compliance work current, and added AI-enabled features on top of the compliance surface to reduce manual effort for clinic and support staff.
10. Measured production outcomes after cutover
Performance, cost, onboarding speed, and staff workload were tracked in production against pre-cutover baselines: application performance improved by 150%, infrastructure cost dropped by more than 50%, the company onboarded 30% more users, onboarding ran 50% faster, and staff workload decreased by 25%.
Adoption & controls
Discovery ran across internal teams and paying clients, with individual client meetings to collect detailed feedback on what actually broke down in real clinics. Cutover from the legacy platform was staged, data was migrated in controlled batches, and performance, cost, onboarding speed, and staff workload were tracked against pre-cutover baselines.
The network operated across more than 46 diagnostic clinics using spreadsheets, paper, and disconnected systems to track every referral, booking, patient visit, diagnostic result, report, and payment. Staff spent thousands of hours each month on repeated entry, cross-checking, and manual reconciliation. Scheduling alone required roughly 40 hours to build a single two-week cycle.
A high-volume specialty hospital ran clinical, administrative, and billing work on paper, PDFs, and a 25-year-old in-house billing tool. Patients across the country were assessed at pop-up clinics with no unified record, and intake errors produced thousands of dollars per day in downstream billing rework.
The physician printed and completed a form, then faxed it or manually uploaded a PDF to an online portal. Faxes could fail or encounter busy lines. Manual portal submission added roughly 10 minutes per case and took time away from patient care. On the insurer side, paper and PDF intake required scanning, OCR, manual review, and follow-up for missing information.