11 IoT Protocols Business Owners Need To Know About

Businesses and Internet of Things (IoT) 

Most businesses today have an online presence. And, almost all of these business owners depend on the latest technology to carry out day-to-day operations seamlessly. Internet of Things (the concept of connecting any device with an on and off switch to the Internet) protocols benefit these businesses tremendously. 

Choosing the Best IoT Products

Does the wide range of connectivity options puzzle you? It shouldn’t! Here’s why –

Each of the communication technologies has one use or the other and understanding just that will help you leverage the advantages provided by them. Read about some of the best IoT protocols here and make a smart choice for your business.

1. Bluetooth

Bluetooth, the most favored protocol for wireless headsets, file transfers and wireless speaker. The options include Classic Bluetooth and Bluetooth Smart. This IoT product is the fastest and least expensive route to connectivity.

2. Wi-Fi

This is the most trusted choice for a home and business environment IoT protocol need. Wi-Fi is flexible and easy to connect to and allows data transfer with high amount of data. For long-range sensors and controllers with low data rate, WiFi-ah (HaLow) works well.

3. RFID

This asset tracking protocol makes wireless use of electromagnetic fields to help identify objects. Active Reader Passive Tag system (ARPT), i.e. reading tags that can store information are installed within RFID, so it does not need any power to operate.

4. Zigbee

Similar to Bluetooth, Zigbee covers a wider installation base. This is a 2.4 GHz mesh local area network (LAN) protocol. The product works well with relatively infrequent data exchanges at low data rates and within a 100-m range.

5. Cellular

Any IoT sensor devices that need operation over longer distances can take benefit of GSM/3G/4G cellular communication capabilities. Cellular is best for sensor-based low-bandwidth-data projects that will transmit very low amounts of data over the Internet.

6. Symphony Link

This IoT sensor device has Fixed MTU of 256 bytes and is a ground-breaking wireless system apt for broad-area IoT networks. It is best used for enterprise and industrial clients who require an extremely secure connection to the cloud. Symphony Link is much more extensive and dependable than ZigBee and WiFi.

7. Sigfox

Sigfox is famous for its broad range capability. Since it uses ISM bands, there is no need to obtain any license for using it. It can conveniently transfer data over a narrow spectrum until the devices remain connected. With the help of Ultra Narrow Band, it handles low data speeds in low power.

8. XMPP

eXtensible Messaging and Presence Protocol (XMPP) is used for real-time exchange of data between connected devices. It works similar to email, and like with an email, each person can have his or her own XMPP server. This IoT sensor device enables API operators and device manufacturers to build their own server and manage it.

9. Neul

Neul “economically connect everything”. This IoT product operates in the sub-1GHz band. It utilizes very small slices of the TV White Space spectrum to provide highly scalable, wider coverage networks. Neul can transmit data as small as few bits per second to 100 kbps with the help of the same link.

10. LoRa

Another prevailing communication technology choice for building IoT networks is Long Range, low power Wireless Protocol. The IoT protocol offers secure data transmission.  The data rates range from 0.3 kbps to 50 kbps.

11. Narrow Band

With the help of telecommunication bands, NB-IoT networks many devices with ease. It is cost-effective, has a longer battery life and offers outstanding network security & dependability. The IoT product is ideal for indoor coverage, in hard-to-reach areas and underground areas. 

Conclusion

Now that you know in-depth about these popular IoT protocols, hopefully, you’ll be able to select the best for your business.

Choose the right IoT products that allow real-time monitoring, controlling and asset tracking. Make the most of IoT protocols to make interaction between devices quicker than ever. Get consulting services by TSPLLC for integrating IoT technologies in your solutions.  

Top 10 Tools and Platforms For IoT Solutions

IoT: A New Frontier for the Connected World

According to the predictions, the world’s future depends on innumerable interconnected smart devices. It is anticipated that there will be 26 billion Internet of Things devices installed in the year 2020, making a huge impact on the global economy.

IoT tools are essential for the development of IoT applications. These applications help in reducing business costs and making operations efficient. There are hundreds of options to choose from when it comes to IoT Tools. Here is a list of top 10 IoT tools for IoT solutions:

1. Oracle: By facilitating communications between the elements of the IoT architecture, Oracle aims to rein the massive data required for and created as a result of IoT. Its responses are real-time, and the data can be captured from various devices at the same time. It is an M2M platform and is free of cost.
2. Tessel 2: This is a hardware provider, best suited for prototyping and building basic solutions. Tessel 2 is one the best IoT solutions for developers. It enables you to take advantage of a variety of different sensors and modules. Its board supports over a dozen modules including an accelerometer, GPS, RFID, camera and more.
3. Swarm: Swarm Dashboards are central, device-specific home pages, which offer real-time, visual access to device features. Dashboards help in adding value to connected products by enabling event notifications and alerts. It also allows historical data, analytics, and reporting.
4. Freeboard: Freeboard is a simple and sexy dashboard for the IoT. With the help of the intuitive drag & drop interface, it enables people to instantly build real-time, interactive dashboards and visualizations. It is built on a secure, top-performance, enterprise-class cloud system. Choose public or private access. Share unique URLs instantly.
5. OpenRemote: This is an open-source middleware solution for the Internet of Things. It allows you to integrate any device, irrespective of its brands or protocols and design any user interface for iOS, Android or web browsers. You can integrate a variety of protocols and avail customized solutions suiting your needs.
6. Dronesmith: Drones are one of most developing areas in the IoT space. This innovative technology has the capability to change all domains across the globe. The goal of Dronesmith is to simplify the use of the drones immensely.
7. Eclipse IoT Project: Eclipse IoT simplifies IoT development by implementing IoT standards such as MQTT, CoAP, LWM2M, and oneM2M. It is a specialized web transfer protocol, used with constrained nodes and constrained networks in the Internet of Things.
8. Zatar: It is a cloud-based infrastructure that can automatically detect your devices and connect them to the internet. Zatar is an open platform that manages your entire device network. All connected devices and the respective users can share data and collaborate by connecting all the devices to the same platform.
9. OpenIoT: OpenIoT provides support for cloud-based and utility-based sensing services. It is a middleware that supports flexible configuration and deployment of algorithms for collection and filtering information streams stemming from the internet-connected objects. At the same time, it generates and processes important business/applications events.
10. Google Cloud Platform: Google Cloud Platform takes advantage of Google’s heritage of processing, analytics, and web-scale processing, and is the best place to build IoT initiatives. Google focuses on making things convenient and prompt for your business, where quick information is required. 

Wisely select your IoT tools based on their protocol, scalability, system performance, bandwidth and many other factors.Incorporate IoT solutions into your business operations, and offer more and better services to your customers. Make the most of the world’s new technology and ensure a successful digital transformation.

For more information regarding IoT Solutions, Applications and Technologies contact TSPLLC.

5 Types of Wireless Technologies Required For Providing IoT Solutions

The Internet Of Things And Wireless Technology

Wireless Technology has become an essential part of various communication devices. It permits users to communicate even from remotely operated areas. Cordless telephones, GPS, 3G, and 4G networks are some of the examples of wireless technologies used every day.
With its advancement, wireless technology is no longer limited to a particular field. There are a number of wireless technologies that can be implemented as hardware products for Internet Of Things (IoT). The developments in these technologies help in expanding the potential and uses of IoT. 

Below are 5 wireless technologies that are used for providing IoT Solutions:

BLE and Bluetooth:

Bluetooth and Bluetooth Low Energy (BLE) are technologies that are used to transfer data over short distances. These are used in small devices such as phones and tablets. BLE uses less power as compared to Bluetooth. Bluetooth and BLE are compatible with almost every phone, tablet, and laptop, showcasing its wide use.

ZigBee:

This wireless technology is an open global standard designed specifically to be used in M2M networks. ZigBee is an ideal solution for many industrial applications because it is inexpensive and does not require a lot of power. Its protocol offers 128-bit AES encryption. It allows the products to maximize their battery life as it has low latency and duty cycle.

WiMAX: 

The data transferring speed of this technology is 30-40 megabits per second. This wireless technology can be used both indoors and outdoors. However, it is said to deliver better signals when used outdoors. Symphony Link, a newer discovery in this area, solves the problem of range.

Wi-Fi:   

Wi-Fi can also be used to connect two hardware components besides providing internet services. It can utilize both global 2.4GHz UHF and 5GHz SHF ISM radio bands. Devices that run on either of the bands can be operated in the United States without any license from the FCC. However, they still require FCC part 15 certification.

Z-Wave:

It is a low-power RF communication technology and is primarily designed for home automation products. Z-Wave supports full mesh networks and does not need a coordinator node. It is very scalable and enables control of up to 232 devices. It uses a simpler protocol that allows faster development.

There are a number of options when it comes to wireless technologies. Depending on factors such as application, range, data requirements, power demands, battery life, and security, you must decide on which technology to get. In order to get the best experience, you must be aware of the technologies that are compatible with the type of IoT you are using.

Do not take any chances in the level and quality of technology you are using. Contact TSP LLC to avail the best of IoT compatible technologies.