M2M that is Machine to Machine data processing and communication has become an important part of our lives. It is integral to our daily digital transactions. To understand the meaning of the process and why it is important we have presented an elaborative yet brief discussion below.
What Does It Mean?
The M2M Technology is all about processing and exchanging data between machines. The process is completed with the assistance of wireless sensors that receive the data and perform accordingly without any human interfering. It could vary from different electronic, mechanical, or automated devices no matter how small or big they are. The process is facilitated with the internet as its medium as it allows the two devices to share the data with each other effortlessly.
Key Features
- The technology has low freedom of movement
- The data is exchanged in a given fixed frame of time
- This means the transfer can at a times also get delayed
- Packet Switched services
- Recurrent yet small amount of data remains transmitting online
- Data is monitored not to avoid but identify any theft
- Consumes less power to provide efficient services
M2M Applications
The technology is largely used in a different range of sectors such as:
- Health Sector
- Payment
- Security
- Manufacturing
- Tracking
- Remote control
- Management
- Businesses
- Industries
- Metering in Power, Water, Gas, etc.
Why Is It Important?
Since M2M Technology is functioning everywhere around us, it remains a vital part of our day today lives. Machine to machine communication has facilitated our lives in unimaginable ways. In manufacturing, the technology is assisting in effectively monitoring the operation process and machineries as it enables the workers to get automated warning and early detects for any mechanical or performance related issues. The sensors help in monitoring the temperatures to avoid problems like contamination etc.
In corporations, data plays an important role. The technology makes sure your data remains safe. In the Health sector, it again helps in monitoring, assisting patients who are handicapped or elderly, enabling doctors to perform diagnostics in remote sectors. Similarly, the technology forms the basis for performing online payment transactions, usage of ATMs, vending machines, and more. In the security sector, the performance or surveillance systems are controlled by sensors.
Conclusion
From large to small industries and from basic uses such as using an ATM to monitoring patient’s vital signs in the health domain, the technology is affecting our lives in the most beneficial and extremely useful manner.