Fully Integrated OPD Front Office + Real-time Flow Control
One platform for appointments, walk-ins, call center scheduling and real-time queues for total OPD visibility.
The Seamless Patient Journey
Near-zero Waiting Time Through Automation & Self-service
Self-check-in, digital payments and e-tokens move patients faster with minimal staff effort.
Faster Clinical Workflows with Interactive EMR
Multimedia/AI Scribe EMR enables quicker documentation and smoother coordination across OPD services.
Intelligent Lab & Pharmacy Routing
Smart queuing and instant order placement reduce crowding and enhances hospital revenue.
Product in Action
Measurable Outcomes
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Faster Consultations
Streamlined workflows enable physicians to see more patients without compromising care
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Improved Throughput
Enhanced patient flow reduces wait time and increases hospital operational capacity.
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Fewer Missed Follow-ups
Automated reminders and scheduling drive better patient adherence and outcomes
Revenue Impact: Dramatic Conversion Rate Improvements
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Pharmacy Conversions
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Lab Conversions
Helping you grow with the power of Agentic AI
Reduce revenue leakages, improve patient flow, and create a connected OPD ecosystem that drives operational efficiency and measurable financial outcomes.
Agentic AI understands workflows, assists doctors, automates routine tasks, and creates smarter patient journeys across consultations, diagnostics, and follow-ups.
Structured documentation, audit readiness, patient safety, and continuity of care help hospitals strengthen compliance and quality standards.
Move beyond fragmented chat-based care with structured digital records, connected workflows, and complete patient histories.
Keep patient data secure within the hospital through on-premise AI architecture designed for privacy, compliance, and institutional control.
Improve doctor productivity, enhance patient engagement, and unlock sustainable growth through intelligent OPD management.
Our Achievements
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Our Videos
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FAQs
Frequently Asked Questions
This is genuine Agentic AI.
mCURA’s system perceives real-time OPD signals, makes autonomous decisions, and acts across multiple hospital workflows without manual intervention.
Slot elasticity, UHID creation, identity-safe scribes, patient routing, and follow-up orchestration are multi-step autonomous agents, not simple automations.
mCURA’s system perceives real-time OPD signals, makes autonomous decisions, and acts across multiple hospital workflows without manual intervention.
Slot elasticity, UHID creation, identity-safe scribes, patient routing, and follow-up orchestration are multi-step autonomous agents, not simple automations.
We integrate through:
• APIs where available, delivering seamless interoperability
• mCURA’s adaptive interface agents where APIs don’t exist, ensuring the same experience
This means mCURA works with every hospital — regardless of HIMS maturity.
• APIs where available, delivering seamless interoperability
• mCURA’s adaptive interface agents where APIs don’t exist, ensuring the same experience
This means mCURA works with every hospital — regardless of HIMS maturity.
Our AI Scribe is clinically aware, NABH-compliant, and built for OPD realities.
It converts handwritten/voice notes into complete structured summaries, while keeping patient identity protected throughout the process.
It converts handwritten/voice notes into complete structured summaries, while keeping patient identity protected throughout the process.
mCURA has worked with doctors for over a decade and has processed
1 million + patient estimated.
This gives us deep domain context and unique strength in interpreting clinical notes across accents, handwriting styles, and specialties.
This gives us deep domain context and unique strength in interpreting clinical notes across accents, handwriting styles, and specialties.
No identifiable patient information leaves the hospital environment.
All identity-sensitive processing happens inside the hospital system.
Our architecture aligns fully with NABH, HIPAA-like principles, and upcoming digital health regulations.
All identity-sensitive processing happens inside the hospital system.
Our architecture aligns fully with NABH, HIPAA-like principles, and upcoming digital health regulations.
Our workflow ensures:
• Patient identity remains within the hospital system
• Notes are processed in a controlled, privacy-first environment
• Identity is merged back only after summarisation
• All processing steps are encrypted, logged, and auditable
This is a globally accepted best-practice for healthcare AI.
• Patient identity remains within the hospital system
• Notes are processed in a controlled, privacy-first environment
• Identity is merged back only after summarisation
• All processing steps are encrypted, logged, and auditable
This is a globally accepted best-practice for healthcare AI.
Yes.
Our roadmap includes bringing more AI capabilities fully into the hospital’s own secure infrastructure, strengthening both privacy and performance as scale increases.
Our roadmap includes bringing more AI capabilities fully into the hospital’s own secure infrastructure, strengthening both privacy and performance as scale increases.
Not at all.
Doctors continue practicing exactly as they do today:
• Write normally
• Speak naturally
• Review and approve summaries
mCURA handles everything else — with zero disruption and zero extra steps.
Doctors continue practicing exactly as they do today:
• Write normally
• Speak naturally
• Review and approve summaries
mCURA handles everything else — with zero disruption and zero extra steps.
No.
These agents are designed to remove operational load, not add to it.
UHID creation, slot elasticity, patient routing, follow-ups — all run quietly in the background.
These agents are designed to remove operational load, not add to it.
UHID creation, slot elasticity, patient routing, follow-ups — all run quietly in the background.
mCURA’s Slot Elasticity Agent automatically adjusts OPD capacity without:
• Changing tokens
• Renumbering queues
• Staff intervention
This is one of the most advanced OPD load-balancing systems available today.
• Changing tokens
• Renumbering queues
• Staff intervention
This is one of the most advanced OPD load-balancing systems available today.
mCURA tracks test completion, report readiness, and doctor review automatically.
The system intelligently decides whether a patient needs a virtual or physical follow-up and orchestrates the entire flow.
No report is missed.
No patient falls through the cracks.
The system intelligently decides whether a patient needs a virtual or physical follow-up and orchestrates the entire flow.
No report is missed.
No patient falls through the cracks.
Yes.
By automating repetitive tasks and coordinating all patient actions, mCURA significantly reduces:
• Missed reports
• Incorrect UHID entries
• Lost follow-ups
• Queue mismanagement
By automating repetitive tasks and coordinating all patient actions, mCURA significantly reduces:
• Missed reports
• Incorrect UHID entries
• Lost follow-ups
• Queue mismanagement
Most hospitals experience measurable improvement within 30–45 days — often sooner.
The system begins optimising OPD operations from Day 1 of go-live.
The system begins optimising OPD operations from Day 1 of go-live.
mCURA is built specifically for high-volume OPDs, with:
• 10+ years of domain depth
• 1M+ digitised patient estimated
• Real-world deployments in leading hospitals
• End-to-end OPD lifecycle automation
• Privacy-first, on-prem Agentic AI architecture
We don’t sell features — we transform OPD operations.
• 10+ years of domain depth
• 1M+ digitised patient estimated
• Real-world deployments in leading hospitals
• End-to-end OPD lifecycle automation
• Privacy-first, on-prem Agentic AI architecture
We don’t sell features — we transform OPD operations.
Yes.
The platform was designed for crowd-heavy, resource-constrained OPDs, making it ideal for private hospitals, government institutions, and multi-location networks.
The platform was designed for crowd-heavy, resource-constrained OPDs, making it ideal for private hospitals, government institutions, and multi-location networks.