Healthcare leaders often think of sustainability in terms of added cost or compliance burden. However, “green vs. affordable” is a false choice. A third way exists: at-home care technologies, such as telemedicine and remote patient monitoring (RPM), can reduce emissions while improving care quality without driving up spend. This strategy aligns with the WHO Operational Framework for Low-Carbon Health Systems, which calls for tech-enabled reduction of the emissions associated with transport and travel. To illustrate, a 2025 BMJ Innovations analysis of NHS England sites found 80% lower CO₂ per treated bed-day for home-monitored patients while maintaining outcomes.
Oman already has the key digital rails that make at-home care extensions practical: NEHR/Al-Shifa as the national EHR, Shifa Virtual Clinic and app for remote visits, and Dhamani for claims. Supporting enablers include National ID for secure authentication, the PDPL with 2024 Executive Regulations for data protection, and MTCIT’s Cloud First policies for scalable hosting. Taken together, this pathway advances not only Oman’s Net Zero 2050 commitments but also its Vision 2040 objectives, such as technology-enabled, decentralized, high-quality healthcare.
Telemedicine and RPM Within Oman’s IT Ecosystem: Practitioner’s Blueprint Experts at ScienceSoft, a healthcare IT consultancy with a background of successful projects for private and government health institutions in the Gulf, outline a practical blueprint for an Oman-tailored at-home care system. The platform supports remote consultations, chronic disease monitoring, hospital-at-home for stable patients, and preventive health programs.
The proposed solution relies on the following core parts:
· Telehealth layer enables secure video/audio visits, real-time chat, structured clinical notes, and care-plan tracking; in the public sector, this can extend the MoH’s Shifa Virtual Clinic.
· RPM layer connects smart medical devices via a secure gateway.
· Dhamani integration transmits claims and utilization events for payer oversight; public services delivered outside insurance may operate without this link.
· Operations layer auto-writes encounters (televisits, nurse reviews, device summaries) to NEHR/Al Shifa or the provider’s HIS/EHR and prepares utilization events and claims for Dhamani where applicable. It also monitors RPM data against clinician-set thresholds and routes alerts to a central nurse hub, escalates per protocol, keeps an audit trail, and buffers data offline with automatic sync on reconnect.
· An AI agent with safety guardrails can be integrated optionally to manage basic patient communication, follow-ups, and reminders. In case of doubt or in high-risk situations, the agent routes the patient straight to a nurse or an emergency response line.
· Arabic-first patient app (web or mobile) manages PDPL consent and delivers appointment and follow-up reminders; where appropriate, public providers can leverage the Shifa app.
· Security and hosting controls, consistent with PDPL (Law 6/2022) and the 2024 Executive Regulations, handle explicit consent management, data minimization, role-based access,
encryption, and auditable records; hosting aligns with MTCIT Cloud First and related governance.
Here’s what providers need to have in place to make this possible:
· RPM kits with cloud-connected devices (blood-pressure cuffs, pulse oximeters, weight scales, glucometers, etc.).
· Device logistics via local laboratories, pharmacies, or home-health teams (for issue/return, replacement, sanitization).
· A central nurse monitoring team for daily reviews and patient outreach under clinician-set thresholds (RPM measurement cutoffs that trigger action) and clear escalation protocols.
· Documented PDPL-compliant protocols for data processing, storage, and retention, including consent capture.
How to Start: Tips for Quicker Payback
As a practical starting point, we’d suggest an RPM program covering a small number of high-burden NCD cohorts (e.g., heart failure and hypertension). Governance should include clinical enrollment criteria and sign-off, standardized PDPL consent scripts, and documented audit and data-retention plans. The program can be tracked against 3–5 KPIs (e.g., avoided admissions, avoided emergency-department visits, bed-days freed, and patient-reported satisfaction) and scaled based on pre-agreed criteria with the MoH, providers, and insurers.
ScienceSoft’s project experience has also shown that early deployment of AI agents for patient communication and teleconsultation scheduling often delivers measurable gains quickly by offloading administrative personnel.
At-Home Care Benefits: Far Beyond Sustainability Alone
With an at-home care system in place, emissions fall primarily because patients and staff travel less. Early alerts reduce acute episodes and duplicate tests, which cuts supply-chain emissions from consumables, labs, and imaging. Continuous patient monitoring lowers the likelihood of admissions and prolonged stays, which are among the most carbon-intensive aspects of care.
In practice, virtual visits and continuous monitoring not only cut emissions but also unlock system-wide gains.
Easing pressure points in Oman’s healthcare system
Virtual consultations expand access across governorates beyond Muscat, reducing travel and wait times. RPM-enabled preventive care programs may slow the rise of NCDs, which in turn reduces the need for repeat visits and extra beds. Staff shortages can be reduced when nurse hubs and AI agents take on routine monitoring, so limited clinical time focuses on complex cases. Taken together, lower-cost digital encounters built on existing national health IT rails help contain budget pressure while protecting quality.
Value for all key healthcare stakeholders
· Patients get easily accessible, timely, and convenient care via simple digital touchpoints, with proactive issue-spotting and consistent follow-ups that steady chronic conditions, keep care outside hospitals, and cut needless visits and expenses.
· Public hospitals can reduce avoidable admissions and repeat visits, free up beds, and lower facility costs to deliver more with the same staff.
· Private providers can add service lines (e.g., chronic-care programs, surgical follow-ups), improve patient retention, and strengthen payer relationships by demonstrating better outcomes at lower cost.
· Insurers can see fewer readmissions and emergency visits, which reduces claims expenses, and steer patients into more efficient care pathways by offering to join telemedicine-supported programs.
· Employers can limit premiums and absenteeism with faster access for routine consultations, while better NCD control reduces sick days and high-cost claims.
· Community pharmacies and labs can expand their role by offering device distribution, vitals check, and sample collection, drawing in additional customers.
· Home-health providers can add billable services and differentiate as field partners for hospital-at-home and virtual-care programs.
Thus, this third path not only resolves the perceived trade-off between sustainability and affordability but also creates room for continued innovation that improves care.
Further Reading
1. Oman National Strategy for an Orderly Transition to Net Zero by 2050 (Environment Authority, 2022) 2. Oman Vision 2040 (Official Vision Document) 3. Personal Data Protection Law (Royal Decree 6/2022) and Executive Regulations (Ministerial Decision 34/2024), MTCIT 4. Cloud First Policy (MTCIT) and Cloud Governance Framework 5. WHO: Operational framework for building climate-resilient, low-carbon health systems (2023) 6. BMJ Innovations (2025): ‘Virtual ward’ bed uses 4 times less carbon than traditional inpatient bed 7. Telemedicine solution architecture patterns and use cases by ScienceSoft 8. RPM software architectures and real-life examples by ScienceSoft
