Chunghwa Telecom will trial drone-based blood deliveries along Taiwan's northern coast and in mountainous areas under a memorandum of understanding (MoU) signed with the New Taipei City Fire Department.

The Taiwanese operator described the project as a test of how unmanned aerial vehicle (UAV) connectivity can support smart healthcare logistics, with emergency medical use as the first application.

What does Chunghwa actually contribute?

Chunghwa's New Taipei Operations Office will provide mobile and fixed network connectivity, deploy smart cold chain systems and assess the technical requirements for airborne medical cargo. The operator will also handle UAV integration — flight monitoring, route planning and securing the airspace approvals needed for each mission.

The blood-drone trials target a specific operational problem: delivering reliable supplies to remote or mountainous areas where ground transport is slow or constrained by terrain. The pair want to "improve the efficiency of medical resource allocation," Chunghwa said, framing the work as a way to cut the time between a 119 emergency call and a usable unit of blood arriving at the scene.

Where will the drones fly?

The partners chose the northern coast and surrounding mountains for initial flights. Those zones expose the UAVs to the conditions most likely to break a ground-based blood run — distance, altitude and limited road access — making them the hardest test case the operator could pick on its own turf.

Chunghwa pitched the collaboration as a practical case of coordination "between government, healthcare and technology." That language signals the operator wants to position itself as the connectivity and integration layer for cross-sector UAV deployments rather than a carrier simply selling SIMs into a drone programme.

How does the cold chain fit?

The "smart cold chain" element is a meaningful piece of the deal. Blood products carry strict temperature and handling requirements, and Chunghwa is committing the monitoring systems — sensors, telemetry and a network link back to dispatch — that let operators confirm a payload stayed within spec from launch to landing.

That capability sits on top of the cellular network Chunghwa already runs in northern Taiwan, and the operator appears to be using the project to validate that its 4G and 5G coverage is good enough to sustain live UAV telemetry, not just consumer smartphones.

What's the long game?

The MoU sketches a second phase in which the partners intend to codify standard operating procedures and tighten the integration between the UAV system and existing emergency service infrastructure. That step matters because ad-hoc drone flights have limited value to a fire department if dispatchers cannot hand off cases cleanly to the next responder or to a hospital blood bank.

Chunghwa did not disclose a budget, fleet size, payload capacity or trial start date. The agreement sets intent rather than procurement commitments, and any move from pilot to routine service would require regulatory clearance from Taiwan's Civil Aeronautics Administration alongside operational sign-off from the fire department.

The deal reflects a wider pattern across Asia, where carriers are pitching their 4G and 5G networks as the connectivity backbone for industrial and public-sector drones. Taiwan's geography — dense urban districts flanked by steep mountain ranges and an irregular coastline — gives Chunghwa a credible local use case to point to when pitching similar services to other emergency agencies or healthcare operators.

Looking ahead, the operator and the fire department will need to publish trial results before any decision to scale, and Chunghwa has signalled it will frame outcomes around reduced delivery times, temperature compliance and the ability to reach areas previously outside the practical range of ground ambulances.