Module A · Intake
Virtual Triage Agents
Automated patient history collection and symptom coding (ICD-10 Standards) prior to physician encounter.
Roadmap Update: Q1 2026 Global Deployment
MedaBots 2026: Intelligent orchestration for medical automation
The MedaBots Clinical OS integrates disjointed healthcare workflows into a unified automation layer. From surgical robotics telemetry to AI-driven patient triage, we bridge the gap between hardware and patient care.
Corporate Update · Dec 26, 2025
MedaBots 2026 Outlook: The Next Generation
As we approach Q1 2026, MedaBots Medical Systems is preparing for a major scaling event. Our engineering team has finalized the specifications for the Next-Gen MedaBots Series (Global Version), designed to survive high-pressure clinical environments.
With the upcoming Global Deployment, we anticipate our autonomous units will become the standard for modern hospital infrastructure. We are currently upgrading our core network to handle thousands of concurrent users and active units across Europe and North America.
Global Scaling
Survivability Protocols
EU Market Integration
Platform Architecture
The Automation Layer
MedaBots Medical Systems is building the connective tissue for the modern smart hospital. We do not build the robot; we build the intelligence layer that connects robotic systems to Electronic Health Records (EHR) and clinical decision support pipelines.
Our proprietary Meda-Core engine handles:
- Low-latency signal processing for medical IoT.
- Automated Post-Op Follow-up via NLP agents.
- Robotic Fleet Management for hospital logistics.
Clinical OS
Robotics Middleware
Automation
Capabilities
Deployed Modules
Current beta partners are utilizing the following MedaBots modules in pre-production environments:
Module B · Telemetry
Surgical Data Bridge
Normalizing data streams from da Vinci and competitive surgical systems for research analysis.
Module C · Logistics
Asset Tracking
"Bot-level" tracking of mobile medical equipment within geofenced hospital wards.
Module D · Safety
Sentinel
Anomaly detection for connected infusion pumps and monitors.
Currently in stealth development. Clinical partners only.
Leadership
Principal Engineering
MedaBots is the applied engineering architecture project of Abdelrahman Heikal, a robotics engineer with 10+ years of experience in automation and control systems.
This project bridges the gap between industrial automation standards and clinical environments, ensuring that latency and reliability are treated as regulatory requirements.
Integration Partners
Pilot Program
We are currently accepting a limited number of research hospitals and medical device manufacturers into our 2026 Pilot Program.
Ideal partners:
- Surgical Robotics Manufacturers.
- University Research Hospitals.
- Telehealth Platforms requiring automation.
Access to the API documentation requires a signed NDA and verified institutional email.
Engineering Enquiries
To request API access, schedule a technical demo, or discuss white-label integration of the MedaBots engine.
Engineering: [email protected]