Healthcare software engineered for compliance, clinical safety, and patient outcomes.
From HIPAA-aligned EHR integrations to AI-assisted clinical workflows.
Healthcare technology is unforgiving. A single missed allergy alert, a delayed lab result, or a misrouted prior-authorisation can cascade into harm, denial of payment, or regulatory action. Buraq builds healthcare software with that reality in front of mind: every architecture decision is filtered through HIPAA, HITECH, and the practical workflows of the clinicians and administrators who will use the system. We have shipped electronic health record integrations, telemedicine platforms, patient engagement portals, claims intake, prior-authorisation automation, and AI-assisted clinical tooling for hospitals, multi-site clinics, payers, and venture-backed digital-health companies. Whether you are modernising a hospital's interoperability layer, launching a virtual-first care brand, or extending an existing EHR with an AI co-pilot, we bring the engineering rigour, clinical empathy, and compliance posture the sector demands.
The problems we're built to solve.
Real-world blockers that prevent healthcare businesses from scaling — and exactly how we eliminate them.
Fragmented patient data across systems
Patient information lives in EHRs, lab systems, imaging archives, pharmacy benefit managers, wearables, and patient-reported outcome tools. Consolidating it into a clinically usable view — without breaking HIPAA's minimum-necessary rule — is one of the hardest engineering problems in the sector.
Strict regulatory and security obligations
HIPAA, HITECH, the HHS Security Rule, state breach-notification laws, and increasingly GDPR for cross-border telehealth all impose hard requirements on access logging, encryption, audit trails, and business associate agreements. Software that is even mildly non-compliant exposes operators to seven-figure fines and reputational damage.
Clinician workflow burden
Clinicians already spend roughly two hours on administrative work for every hour of direct patient care. New software is judged ruthlessly: if it adds clicks, it gets bypassed. Every workflow we ship is co-designed with the people who will use it, then refined against measured task time.
Legacy interoperability standards
Most hospital systems still speak HL7 v2 over MLLP alongside newer FHIR REST APIs. Bridging old and new — while preserving message integrity, replay safety, and observability — requires engineers who have actually shipped against both standards in production.
Patient-facing trust and accessibility
Patient-facing tools must work for users across a wide age, device, language, and ability spectrum, often during stressful health events. WCAG-grade accessibility, multilingual content, and conservative UX patterns are non-negotiable.
Solutions in production for healthcare operators.
Proven deliverables we've shipped — built to integrate, scale, and return measurable value.
EHR & HL7 / FHIR integrations
Bidirectional integrations against Epic, Cerner / Oracle Health, Athenahealth, eClinicalWorks, and FHIR-native systems. We handle ADT feeds, results routing, scheduling, problem-list reconciliation, and SMART-on-FHIR launch sequences with hardened error handling and replay queues.
Telemedicine and virtual-care platforms
Low-latency video, queue management, e-prescribing hand-off, post-visit summary generation, and asynchronous messaging — built on WebRTC stacks with HIPAA-eligible infrastructure and full session audit logging.
Patient engagement portals and mobile apps
Appointment booking, intake forms, secure messaging, document uploads, payment, and care-plan adherence — implemented with WCAG 2.2 AA accessibility, multilingual support, and biometric authentication.
Clinical decision support and AI co-pilots
Chart summarisation, draft note generation, prior-authorisation packet assembly, and risk-stratification scoring — using domain-tuned LLMs with PHI redaction, citation traceability, and a clinician-in-the-loop UI.
Revenue-cycle and claims automation
Eligibility checks, claim scrubbing, denial triage, and remittance reconciliation. We integrate with clearinghouses, payer APIs, and X12 837 / 835 pipelines to compress the days-to-payment cycle.
Remote patient monitoring and IoMT
Ingestion pipelines for connected devices — glucometers, blood-pressure cuffs, pulse-oximeters, wearables — with thresholding, alerting, and integration back into the chart so clinicians can act on the data, not drown in it.
The results operators see.
Measurable improvements delivered to healthcare clients after working with Buraq.
Audit-ready from day one
Every system ships with structured access logging, encryption at rest and in transit, role-based access control, and the documentation a HIPAA Security Rule audit will demand.
Faster clinician throughput
Workflows are measured in clicks and seconds, not screens. We routinely cut documentation time by 20–40 percent on the workflows we touch.
Lower integration risk
Replayable message queues, idempotent handlers, and dead-letter introspection mean a five-minute Epic outage doesn't become a five-day data reconciliation project.
Better patient adherence
Patient-facing tools built with accessibility and language inclusivity in mind drive measurable lifts in appointment show-rate and care-plan completion.
Vendor independence
We architect against open standards (FHIR, SMART, OAuth 2.0, OpenID Connect) so you are never locked into a single EHR vendor's roadmap or pricing posture.
Patterns we've shipped for clients in this space.
Real implementations — not templates — tailored for healthcare workflows.
Multi-EHR aggregation layer
Multi-EHR aggregation layer
A unified FHIR façade over multiple EHRs that lets a downstream care-coordination app treat the entire health system as one data source — with deterministic patient matching and consent-aware filtering.
AI ambient scribe
AI ambient scribe
An ambient-listening clinical scribe that drafts progress notes during the visit, surfaces ICD-10 / CPT suggestions, and lets the clinician edit before signing — with full PHI redaction in transit and at rest.
Virtual-first care platform
Virtual-first care platform
End-to-end virtual primary-care experience: intake, async triage, scheduled video, e-prescribing, lab order routing, and longitudinal care plans — packaged as a white-label platform for new entrants.
Prior-authorisation automation
Prior-authorisation automation
Payer-specific packet assembly with CDS-Hooks integration, evidence retrieval from the chart, and submission via X12 278 or payer portals — with a workbench for staff to handle exceptions.
Remote patient monitoring dashboard
Remote patient monitoring dashboard
Real-time ingestion from connected glucometers and BP cuffs, statistically meaningful alerting (not just threshold spam), and a clinician dashboard that prioritises the next ten patients to call.
Outcomes we've delivered.
Numbers from live projects across the healthcare vertical.
Replaced a third-party telehealth widget with a purpose-built virtual-care surface that integrated directly into the operator's EHR. Result: shorter visits, higher provider satisfaction, and a measurable lift in same-day appointment availability.
Built a claims-scrubbing layer that flagged missing modifiers, NCCI-edit conflicts, and authorisation gaps before claims left the building. Six-month ROI on a year-long engagement.
Greenfield build of a chronic-care management platform from clinical workflow design through HIPAA-eligible AWS deployment, app-store launch, and the first 5,000 enrolled patients.
01Are your healthcare engagements HIPAA compliant?
Yes. We sign Business Associate Agreements, deploy on HIPAA-eligible infrastructure (AWS, GCP, or Azure HIPAA tiers), enforce encryption at rest and in transit, and ship structured audit logging that satisfies the HIPAA Security Rule. We also help you produce the policies, access reviews, and risk assessments your compliance team will need.
02Which EHRs can you integrate with?
We have shipped production integrations against Epic (App Orchard / Showroom), Oracle Health / Cerner, Athenahealth, eClinicalWorks, NextGen, and several FHIR-native systems. If your EHR exposes HL7 v2, FHIR R4, or a documented API, we can integrate with it.
03Do you build clinical AI features?
Yes — chart summarisation, ambient scribing, prior-authorisation packet generation, and risk stratification. We always design these as clinician-in-the-loop tools with full PHI handling, citation traceability, and an explicit human sign-off step. We do not ship autonomous clinical decision making.
04Can you support FDA SaMD or 510(k) pathways?
Yes — we partner with regulatory consultants on Software as a Medical Device classifications, build to ISO 13485 / IEC 62304 design-control expectations, and produce the engineering artifacts (DHF, V&V, risk analyses) needed for a 510(k) submission.
05How do you handle patient data residency?
All PHI is stored in the deployment region you specify, with infrastructure-as-code controls preventing cross-region replication. For multi-jurisdiction operators we shard by region and use federation patterns rather than central aggregation.
06How long does a typical healthcare engagement take?
EHR integration projects typically run 8–16 weeks. New patient-facing platforms ship a HIPAA-eligible MVP in 12–20 weeks. AI co-pilot pilots run 6–10 weeks. We start every engagement with a two-week discovery to validate scope before quoting fixed-fee phases.
Services we bring to healthcare.
Explore the capabilities we apply most in this vertical.
Building healthcare software? Let's talk.
Whether you are integrating an EHR, launching a virtual-care brand, or shipping a clinical AI co-pilot, we can help you scope, architect, and build it — without compromising compliance.
Discuss Your Healthcare ProjectWhat Happens Next?
We schedule a free 30-minute consultation call
Our team analyzes your industry requirements and goals
You receive a tailored proposal with timeline & cost
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We adapt to
your domain.
Every sector has its own quirks, regulations, and rituals. Tell us yours — we'll bring the engineering and the curiosity to learn the rest.