How the Philippines is Harnessing AI to Transform Healthcare

Jun 26, 2025

Artificial Intelligence (AI) is redefining healthcare across the globe, and the Philippines is no exception. From public health surveillance to indigenous telehealth, Filipino researchers, innovators, and policymakers are exploring AI-powered solutions to improve access, quality, and efficiency in health services.

As someone curious about what AI in healthcare actually looks like in the Philippine context, I wanted to find out who the changemakers and torchbearers are—those pushing boundaries, creating tools, and solving problems uniquely Filipino in nature. What I found was a diverse and growing ecosystem of public agencies, startups, researchers, and communities all working to shape a more equitable and intelligent health system. Here's a look at the exciting landscape of health and AI in the Philippines today (caveat: I’ve only included initiatives that I was able to find additional information on aside from features in news articles or featured posts).

Government and Research Initiatives

I was pleasantly surprised to see a wide variety of applications of AI through government and research initiatives in several fields of health, from identifying neurological conditions through handwriting to gathering real-time data on respiratory disease outbreaks. Check out the following government-led initiatives to incorporate AI into health.

1. i-SULAT (Intelligent Stroke Utilization, Learning, Assessment and Testing

i-SULAT, short for Intelligent Stroke Utilization, Learning, Assessment and Testing, is a software-based system developed by the College Of Rehabilitation Science of the University of Santo Tomas headed by Engineer Edison Roxas that intelligently analyzes handwriting stroke to aid in the early detection of neuro-developmental conditions such as ADHD or autism.

As Engineer Roxas explains, “handwriting is a window to a child’s development.” Handwriting is recognized as an important development milestone linked to learning and neurological health and is often examined to assess whether an individual may have a neuro-developmental condition. Using an AI-based smart pen, i-SULAT can determine whether a child has any handwriting impairments that may be indicative of a neuro-development condition.

You can watch more about i-SULAT and the researchers behind them through their feature with GMA News here.

2. Immersive Gamification Technology System (ImGTS)

Another standout initiative is the Immersive Gamification Technology Systems (ImGTS), lead by the University of the Philippines — Manila (UPM), which includes two projects aimed at enhancing rehabilitation through interactive digital environments. One focuses on children with cerebral palsy (CP) and mobility limitations, while the other supports patients with Alzheimer’s disease experiencing behavioral and psychological symptoms of dementia (BPSD).

The project, lead by Professor Maria Eliza R. Aguila of UPM, concluded its Phase 1 clinical trial, in which they assessed the safety, acceptability, and usability of the ImGTs using a head mounted (HMD) system or a semi-cave automatic virtual environment (semi-CAVE) system among health children. The ended the trial with the conclusion that the ImGTS was safe, acceptable, and usable among healthy children.

Now in Phase 2 clinical trials, ImGTS is being evaluated for usability, safety, and therapeutic value. UPM will leads the study on pediatric cerebral palsy, exploring how gamified therapy can boost physical engagement and outcomes. Parallel research is assessing how ImGTS can help manage BPSD in Alzheimer’s patients—offering fresh hope to caregivers and rehabilitation specialists alike.

3. HealthPH Project

In the area of public health surveillance, the HealthPH project uses machine learning and natural language processing to track emerging respiratory disease trends in real time. By analyzing social media posts in English, Filipino, and Cebuano, the system provides early signals of potential outbreaks, enabling timely and targeted public health responses.

Collaborating with local government units across Luzon, Visayas, and Mindanao, HealthPH empowers authorities with accurate, location-specific data to guide interventions and policy. This proactive approach helps contain disease spread, improve response strategies, and reduce the social and economic disruptions often caused by large-scale outbreaks.

The HealthPH Project is housed under the National University led by Project Leader Dr. Mideth B. Abisado, Program Head Ms. Louise Sky Olaguer, and Project Manager Engr. Timothy Jen Roxas. See more about the project here.

4. Using an AI tool for the national Health Research and Development Information Network (HERDIN)

A recent innovation by 101 Health Research is transforming how health data is processed in the Philippines. With support from the Department of Science and Technology — Philippine Council for Health Research and Development (DOST — PCRHD), they’ve developed an AI tool that automates the extraction of key information from scanned research documents—dramatically speeding up data entry into the national HERDIN database.

Instead of manually encoding each paper (a process that can take hours), the AI uses machine learning and natural language processing to identify, extract, and structure information like titles, abstracts, keywords, and author details in seconds. This not only improves efficiency but ensures more consistent, accurate data for researchers and policymakers.

The tool was launched in October 2024 with stakeholders from major medical institutions testing it firsthand. While currently focused on health research, the system has broader potential—improving access to legal, academic, and government records in the future. You can learn more about their AI tool for HERDIN here.

Startup & Private Sector

It’s no surprise to see the private sector leading the way towards digital health innovation.

1. MedHyve Intelligence

MedHyve, a Filipino healthtech startup lead by Mr. Gabriel Lopez, Chief Technology Officer and Project Leader, is leveraging AI to simplify how hospitals procure medical supplies. Backed by the DOST-PCHRD Startup Research Grant, MedHyve is developing MedHyve Intelligence—a suite of AI-powered tools designed to improve procurement speed and cost-efficiency for healthcare providers.

At the core of this upgrade is an AI canvassing and smart product recommendation system, which enables hospitals to quickly compare products and prices directly on MedHyve’s B2B marketplace. This helps eliminate tedious back-and-forth negotiations and manual searches—making hospital procurement faster, smarter, and more transparent.

MedHyve currently offers over 3,000 products, including brands like Omron and Johnson & Johnson. With new funding, it’s using data from real hospital procurement practices to train its AI—ensuring solutions are grounded in actual workflows and challenges. Read more about MedHyve Intelligence here and check their social media page here.

2. Advancing Telehealth for Indigenous Populations and Nation-building (ATIPAN+) Telehealth Project

The ATIPAN+ Telehealth Project, lead by Dr. Romulo de Castro, is an innovative program led by the AI4PEP Philippines team through the University of San Agustin’s Center for Informatics, aimed at improving healthcare access for indigenous and rural communities in the Philippines. The name ATIPAN, which means “to care for” in Hiligaynon, captures the heart of its mission: delivering timely, community-based care through telehealth and AI.

Since its launch in 2021, ATIPAN+ has facilitated over 8,500 teleconsultations—mainly for the Ati communities in Western Visayas—providing early interventions and reducing the need for hospital visits. Through basic digital tools and community coordination, people in remote areas can now consult doctors without traveling long distances, often receiving care before conditions worsen. View the ATIPAN+ website here.

Final Thoughts

The Philippines is rapidly advancing in health-tech powered by AI, from grassroots telemedicine initiatives in remote communities to AI‑driven public health surveillance and biomedical diagnostics. The convergence of public funding, private innovation, and enthusiastic developer communities is positioning the country as an emerging AI health innovation hub in ASEAN. I’m really looking forward to seeing what else is in store for digital health innovation in the Philippines!

If you’re interested in any news or developments in the intersection of public health, digital innovation, and policy (among other random tidbits), feel free to give a subscribe!

I’d also love to hear which AI innovation you were most excited by! Feel free to let me know in the comments :)

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