Zing Drone Solutions, NUCODE Signed Partnership MOU

The companies have initiated a collaboration to develop wireless communication modules for drone identification.

Updated on Oct. 5, 2026 in Semiconductors

Bold flat-color editorial illustration showing a compact radio transmitter module and drone rotor, symbolizing high-tech industrial collaboration.
Zing Drone Solutions and Seoul-based NUCODE have signed a memorandum of understanding to jointly develop standardized wireless communication modules for drone identification systems. AI Illustration. Upload story photo >

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Zing Drone Solutions, based in Pendleton, Oregon, and Seoul-based NUCODE have signed a memorandum of understanding to develop wireless modules. The companies have begun technical evaluation of Wi-Fi and BLE combo hardware for use in ultra-compact drone identification systems.

Why it matters

The partnership aims to integrate standardized wireless communication into drone identification hardware, which is critical for compliance and security in the expanding drone market. This collaboration combines Zing’s drone platform focus with NUCODE’s expertise in global radio frequency certification.

NUCODE provides Wi-Fi and BLE (Bluetooth Low Energy) combo modules designed for space-constrained applications. Evaluation metrics include strict power, physical size, and security specifications required for drone-integrated hardware.

The players

Zing Drone Solutions

A drone technology company founded in 2018 and headquartered in Pendleton, Oregon, focused on drone identification and flight operations.

NUCODE

A Seoul-based wireless component manufacturer founded in 2024 that maintains radio frequency certifications in 30 countries.

The details

Zing Drone Solutions is testing these wireless modules to determine their suitability for ultra-compact drone identification. The evaluation process involves analyzing technical documentation and physical hardware samples to ensure compliance with security and operational requirements. BLE — a wireless personal area network technology designed for significantly lower power consumption — serves as a core component for these identification modules.

Timeline

  1. October 5, 2026: The companies signed the formal memorandum of understanding.

The Tech Race

This collaboration follows the industry-wide push to standardize drone tracking through Remote ID for Unmanned Aircraft Systems. By securing hardware certified for 30 countries, the companies are positioning themselves to meet international security and airspace compliance benchmarks.

The development of these modules could eventually streamline the regulatory compliance process for small drone operators. Practical availability remains subject to the completion of a definitive agreement between the two companies.

The takeaway

This partnership signals a move toward hardware-level standardization for drone identification modules. Watch for the announcement of a definitive supply agreement, which will clarify the production timeline for these wireless components.

Further reading

For broader trends in wireless component integration, explore the latest developments in Semiconductors.

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Do you think now is a good time to buy electronics that rely on emerging wireless technologies?