Commercial Drones: 7 Essential Rules for Securing Data in the Ecosystem

Drones have evolved far beyond hobbyist gear. The soaring commercial demand prompted the International Standards Organisation (ISO) to unveil the first global set of drone standards, laying the groundwork for future regulation and legislation.

Similar initiatives are unfolding worldwide, says Florent Abat, Drones & IoT director at Gemalto. The EU’s U‑Space program is set to manage commercial drone traffic across Europe, while the UK government is poised to introduce a new Drones Bill this year—an essential step after recent incursions at Heathrow and Gatwick that underscored the need for stricter rules.

Uncapped industry potential

Even as mainstream adoption lags, the technology is already unlocking transformative capabilities. One key development is the integration of SIMs and eSIMs, which expand data storage, processing power, and enable safe Beyond Visual Line of Sight operations for extended autonomous missions.

The public sector stands to gain most. For instance, the New York Police Department—the largest in the United States—is trialing drones in hostage and search‑and‑rescue scenarios. Operators use the aircraft to survey incidents before ground teams arrive, identifying hazards and guiding response.

In China, students have engineered Net Guard, a drone equipped with netting that can safely evacuate occupants from burning buildings.

In healthcare, Silicon Valley start‑up Zipline delivers critical supplies to remote locations. Its operations in Rwanda have already flown 1,000 blood donations, saving lives and illustrating the life‑saving potential of commercial drones.

Environmental scientists at the Leibniz Centre for Tropical Marine Research (ZMT) now use drones to assess coral reef health. The high‑resolution imagery produced surpasses costly satellite data in accuracy and detail.

Building a trusted ecosystem

Advanced drone capabilities are only the beginning; the sector’s long‑term success hinges on trust. Data—our most valuable asset—must be protected and collected in line with privacy regulations. Without industry consensus on secure data handling, drone deployment risks fading from public focus.

Each stakeholder in the ecosystem must be confident that data flows securely and that the technology is dependable. Here are seven essential safeguards:

1. Secure pilot and drone registration: Authenticity starts with robust, tamper‑proof registration against public‑authority servers.
2. Protection of sensitive firmware data: Store critical information in hardware‑based secure elements to resist tampering.
3. Seamless, secure connectivity: Manufacturers should ensure drones can reliably connect via proven networks—GSM, for example—across borders.
4. Reliable drone tracking: Real‑time identification hinges on cryptographic proof of origin and integrity, enabling authorities to locate any aircraft instantly.
5. Protection of flight‑control commands: Authorised pilots and control platforms must use strong authentication to prevent command hijacking.
6. Confidential data exchange: Sensitive operational data, such as that used in public‑safety missions, must remain private.
7. Flight traceability: All flight logs should be stored on secure cloud servers for auditability and post‑flight investigations.

Delivering on their potential

Realising the full promise of commercial drones demands more than capital; it requires collaboration among governments, regulators, and industry. The protocols outlined above will secure registration, data integrity, traceability, and connectivity—making drones trustworthy partners for businesses, governments, and citizens alike.

Here’s a link to the video.

The author is Florent Abat, Drones & IoT director, Gemalto.