How to Define M2M/IoT
The internet of things, which enables Machine to Machine communication, is on the verge of changing how we interact with our homes, smart devices and all other connected devices. It is thus understandable that people are unsure of how to define M2M and IoT without sounding too ambiguous. Connected devices are able to send commands to each other through the internet and access networks like cellular one.
In the best way to define M2M, this technology takes all the manual work out of the way and links telemetry with communication technologies. Business downtime and cost have been drastically reduced with more efficiency and lesser effort to operate. Applications such as vending machines, fleet management, transportation, alarm systems monitoring, supply companies and much more accurately define M2M and demonstrate its convenience.
The define M2M basic concept is characterised by DEP (data endpoint), DIP (data integration point) and communication networks. In operation, the DIP acts as the server that, for instance, monitors the stock levels of M2M connected vending machine. The DEP can be likened to the vending machine under monitoring while communication networks are either mobile, wired or wireless.
The DSEP, a microcomputer controlled system, enables the transfer of data through the communication network to the DIP for action. The database is centrally located and accessible to both the sender and receiver swiftly. For one to define M2M complex systems, the compact DSEP acts as a data sender to multiple DIPs which all receive the data but act independently depending on the command relayed.
This has seen a realisation of a pyramid shaped topology that let the DSEPs to send data to each other too; it all becomes a connected web of devices all operating synchronously and without the need for supervision. As the store or homeowner, you no longer have to spend long hours restocking the fridge or freaking out when you leave some electronics on in the morning rush; M2M will take care of it before you even close the door behind you.
As long as there is an active mobile network, overall transfer of data will take place. To define M2M solutions, the several interdependent components will enable the machine to machine communication. They include server applications, consulting services as well as system integration, fixed line and mobile services and switches, sensors, RFID reader, servers, industrial PCs among other hardware components.
Can we define M2M/IoT solutions as being successful?
M2M solutions are impeccably successful when there exists close cooperation among customers, network operators and solution partners. M2M success also depends on many other factors such as protocols, rates, adequate communication, added value, the company ability and networks. There should also be total and unrestricted integration to the existing workflows.
The internet of things is a clear indicator that PCs are now disappearing and are being replaced by an intelligent object which doesn’t rely on them. We define M2M as an intelligent people-assisting technology whose extent incorporates all wearable devices with sensors. Devices are now interacting with each other and sharing data as much as we do, perhaps more. The origins of the internet of things can be traced back to automatic identification of data through RFID. M2M and IoT are on course to changing how we live.