In today’s interconnected world, wireless technology plays a vital role in our daily lives. From smartphones to IoT devices, wireless communication has become an integral part of how we interact in the digital realm.

But have you ever wondered about wireless technology’s origins? To celebrate Loomis day we’re shining the spotlight on Mahlon Loomis, an inventor whose pioneering work paved the way for modern wireless communication.

Mahlon Loomis: A Wireless Visionary

Born in 1826, Mahlon Loomis was an American dentist and inventor who possessed a remarkable vision for wireless communication long before its time. In the mid-19th century, Loomis began experimenting with the concept of transmitting messages through the air using electromagnetic waves. His groundbreaking experiments involved using kites equipped with copper wires to establish wireless connections over vast distances. Loomis successfully transmitted signals between two distant points in the Appalachian Mountains, demonstrating the feasibility of wireless communication.

Enabling Data Exchange with XML

Fast forward to the digital era, where wireless technology has evolved significantly. XML (eXtensible Markup Language) emerged as a standard means of structuring and exchanging data across different systems and platforms. XML provides a flexible and extensible format for representing information using tags, similar to HTML. With XML, data can be organised hierarchically, suitable for various applications, including wireless communication.

XML Wireless Applications:

  • Wireless Sensor Networks (WSNs): WSNs consist of numerous small, low-power devices that sense and transmit data wirelessly. XML markup can be used to structure the data collected by these sensors, facilitating seamless integration and analysis across different platforms and systems.
  • Mobile Applications: XML is commonly used in mobile app development to enable efficient data exchange between servers and mobile devices. It allows for the easy parsing and interpretation of data, making it ideal for transmitting and receiving information over wireless networks.

JSON: A Lightweight and Flexible Markup

As wireless technology advanced, developers sought a more lightweight and human-readable alternative to XML. This gave rise to JSON (JavaScript Object Notation), a popular data interchange format. JSON employs a simpler syntax compared to XML, utilising key-value pairs to represent data objects. Its concise structure and ease of use have made JSON the preferred choice for many wireless applications.

JSON Wireless Applications:

  • Web APIs: JSON is widely used in web application development, particularly for creating and consuming web APIs. Its simplicity and compatibility with JavaScript have made it a popular choice for wireless data transmission.
  • Internet of Things (IoT): With the rapid growth of IoT devices, JSON has become a standard format for exchanging data between connected devices. Its lightweight nature makes it ideal for resource-constrained devices operating on wireless networks.

Seamless data exchange

Wireless technology has come a long way since Mahlon Loomis’ pioneering experiments. Today, XML and JSON markup languages play essential roles in enabling seamless data exchange over wireless networks. XML’s hierarchical structure and extensibility make it well-suited to organise data in various wireless applications, while JSON’s lightweight and human-readable format makes it an excellent choice for transmitting data efficiently. As we continue to embrace wireless technology in our everyday lives, it is essential to acknowledge inventors like Mahlon Loomis. His vision and ingenuity laid the foundation for the wireless world we live in today.

Check out our infographic below for a brief timeline in how we got where we are today with telegraphic communication.