What is Short Range Near-Field Wireless?

Short Range Near-Field Wireless refers to a group of wireless communication methods designed for data transfer and device interaction within extremely close physical ranges, often just a few centimeters. It is especially valued in applications requiring secure, point-to-point communication and minimal power consumption. Unlike long-range wireless systems, this technology emphasizes immediacy and precision, making it essential for IoT and M2M deployments that demand accuracy and safety.

When integrated with RFID, Short Range Near-Field Wireless supports advanced identification and tracking solutions, enabling businesses to monitor assets, people, and inventory with unmatched reliability. Together with Bluetooth Low Energy (BLE), it expands connectivity options, providing flexible, low-power links for mobile devices, sensors, and gateways. GAO RFID Inc. has delivered numerous projects in the U.S. and Canada where Near-Field Wireless was combined with RFID and BLE to enhance operational efficiency in industries such as healthcare, logistics, education, and government.

Our customers include Fortune 500 companies, leading R&D organizations, universities, and government agencies that rely on GAO for solutions that are secure, scalable, and compliant with international standards. With our decades of expertise, we ensure Short Range Near-Field Wireless deployments are optimized for interoperability within IoT and M2M ecosystems, while also being future-ready to integrate with next-generation technologies.

International Standards for Short Range Near-Field Wireless

Short Range Near-Field Wireless technologies must comply with several global standards to ensure interoperability, security, and reliability:

• ISO/IEC 18092 – Near Field Communication (NFC) interface and protocol
• ISO/IEC 14443 – Identification cards, contactless integrated circuit cards, proximity cards
• ISO/IEC 15693 – Vicinity cards, contactless integrated circuit cards
• Bluetooth Core Specification (BLE) – Short range wireless communication protocol
• ETSI EN 302 291 – Short range devices; Transmission systems for wireless data communications

U.S. and Canadian Regulations for Short Range Near-Field Wireless

In North America, Short Range Near-Field Wireless must comply with federal and national spectrum and safety regulations:

• FCC Part 15 (U.S.) – Unlicensed radio frequency devices regulation
• Industry Canada RSS-210 (Canada) – Low-power license-exempt radio devices
• Health Canada Safety Code 6 – Radiofrequency exposure guidelines

Applications of Short Range Near-Field Wireless

• Short Range Near-Field Wireless enables a wide range of IoT and M2M applications:
• Contactless payments and ticketing
• Access control and authentication systems
• Smart healthcare and patient monitoring
• Asset and inventory tracking
• Retail automation and customer engagement
• Industrial IoT for secure machine-to-machine interactions
• Educational and research environments requiring secure data transfer
• Government applications for secure identification and tracking

GAO Case Studies

At GAO RFID Inc., headquartered in New York City and Toronto, Canada, we have worked with customers across the U.S. and Canada to deploy RFID, BLE, and Near-Field Wireless solutions. Below are examples of how we have helped organizations achieve success:

United States

• Boston, Massachusetts – Implemented a secure access control system using Near-Field Wireless integrated with RFID to enhance university facility security.
• Chicago, Illinois – Deployed an asset tracking system in a large R&D facility, ensuring reliable equipment management with BLE and Near-Field Wireless.
• Houston, Texas – Delivered a patient monitoring solution for a healthcare provider, integrating RFID wristbands with Near-Field Wireless.
• San Jose, California – Supported a Fortune 500 company in streamlining production with Near-Field Wireless-enabled IoT devices.
• New York City, New York – Assisted a financial services institution with Near-Field Wireless authentication for secure employee access.
• Seattle, Washington – Installed a retail automation solution leveraging RFID and Near-Field Wireless for contactless customer engagement.
• Atlanta, Georgia – Enabled a government agency with Near-Field Wireless and BLE for secure document and asset tracking.
• Detroit, Michigan – Enhanced industrial IoT connectivity in automotive manufacturing with Near-Field Wireless machine-to-machine solutions.

Canada

• Toronto, Ontario – Partnered with a leading university to implement Near-Field Wireless and RFID for secure library access and research lab asset management.