Secure IOT Services
internet of things companies
IoT service Provider
The constantly growing landscape of the Internet of Things (IoT) continues to change the dynamic nature of the business world. In the modern age, virtually everything is connected in some manner and computing has never been more intelligent and advanced. For corporations who are continually striving to offer the best experiences they possibly can to their clientele, the IoT and the applications that come with it present unlimited prosperity. Source: http://blog.secureiotservices.com/iot-applications/
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An IoT platform creates a congenial environment for the appropriate operations of IoT sensors and devices. Right now, IoT outreach is limited due to a number of reasons. Companies are still apprehensive about the success of IoT as a mass technology and hence, they are holding back on their in-house R&D departments. But, the turn of the decade brings fresh hopes and we are likely to see great innovations within this field in the coming years. 5 Top Trends for IoT in 2020 Artificial Intelligence (AI) & IoT: A Symbiotic Relationship AI has become the mainstay of businesses across the globe. Decision makers rely on it for forming strategies that could be implemented for business growth. But, AI has a major dependency on the quality and quantity of data. The bigger the dataset, the better will be the insights generated for businesses. With the number of IoT devices expected to reach an astounding 20.4 billion by the end of 2020, the databases will be flooding with information. IoT devices employed by companies will become their major assets because of the amount of data they will be generating. And, in turn, the availability of high quality data will allow for the development of better IoT solutions. This symbiotic relationship between AI and IoT will lift both these technologies to the next level. Improvement in IoT Data Connectivity Will Make It Prosper Even More 5G technology is only going to get better in 2020. This will enhance the overall quality and speed of IoT data connectivity. As a result, we will see an increase in the number of applications that have high bandwidth requirements. For example, a home alarm system that employs a 1080P camera can be upgraded to a camera with 4K resolution, if you have ample bandwidth availability. So, in case there is a thief, it would become easier to recognize him via face recognition software. The Implementation of Blockchain in IoT Blockchain technology has become extremely popular because of its success in Bitcoin trade. It is a robust platform with great security. As blockchain does not require a centralized database for storage, it is ideally suited to the IoT requirements. The vast amount of data stored in blockchain cannot be altered, which offers greater confidence to the users. Implementation of blockchain in IoT is expected to raise the number of users, which will ultimately lead to the faster spread of this technology. Unified IoT Platform Up till now, IoT has lacked a unified platform that has hindered its progress. But in 2020, we are likely to see companies pushing for a shared IoT platform. This will allow for exchange of IoT innovations and expedite IoT development in the coming years. Migration to Edge Although cloud is the mainstay of IoT right now, it is all going to change in the coming years. It is expected that the Edge platform will gain in popularity. The new-age Edge technology places additional storage equipment between the IoT device and the cloud. This device will act like a small computer and process the data sent. It will then pass on the results to the cloud. As the whole data set won’t be sent to the datacenters, the amount of traffic on the cloud will reduce. The implementation of Edge computing is essential as it will prevent the choking of transmission channels when the number of IoT devices grows. Conclusion IoT is a very important technology for the future. At the turn of the decade, we will see a number of transformations in IoT technology that will influence the entire IoT platform Also, IoT data connectivity is only going to get better in the near future, which will aid the development of better IoT solutions for businesses and household use. Source : https://www.linkedin.com/pulse/5-future-trends-have-power-transform-iot-platform-secure-iot-services/ IoT as a technology has come a long way since its inception. In the beginning, there were many skeptics who were doubtful about its potential. But, thanks to innovative IoT development, it has paved its way into several industries. The Internet is inundated with glowing forecasts about IoT. It is a given that the number of IoT users are only going to increase in the near future. And, it is the right time to climb on the IoT bandwagon with the right IoT development and connectivity solutions that can actually make a difference. The Right Way to Implement IoT IoT is an intricate network of devices with their own unique identifiers. All IoT devices have in-built capability to transmit data over an internet connection without any direct involvement of humans. When we look at IoT from a development perspective, the conceptualization of an IoT device is dependent upon embedded programming. For a layman, an IoT device can be thought of as an entity that is integrated with a small computer and run via software. The device sends information in real-time to a cloud-based datacenter, which in turn, analyses the information and sends a response. The whole purpose of an IoT development project is to simplify human life and industrial processes by optimizing and enhancing the quality of this process. Nowadays, IoT development is implemented by utilizing standard programming languages, SDKs and operating systems. While devising an IoT project, it is essential to consider the following requirements: 1. Selection of the hardware platform: It depends on the kind of devices you are developing for. 2. Development of application software: For fulfilling requirements like networking and back-end support. 3. Creation of user interface: A user interface needs to be intuitive and user-friendly. Especially for IoT use cases for home applications, the simplicity of user interface is extremely important as it will be mostly used by people who are not tech-savvy. 4. Security: As IoT transmission is not controlled by users directly, the risk of security breaches is quite high. Hence, an IoT development platform should come equipped with robust encryption to prevent hackers from accessing customer-critical data. A developer should never take any short cuts while devising security parameters for an IoT project. Leverage IoT Development with High-Quality Data Connectivity Internet data connectivity is another aspect of IoT universe, which is vitally important. If the connectivity solutions are below par, the devices simply won’t work as per expectations. All IoT use cases are not equal. The requirement for IoT data connectivity varies greatly depending on the requirements of different domains. There are scenarios where you cannot afford quick sensor discharge. For example, if you have a myriad of sensors deployed in an IoT-powered rent-a-bike business, you need a connectivity solution that does not cause the sensor to use a lot of power. Hence, you would need LoRa or SigFox connectivity solutions. In contrast, if you are running a video-based IoT-enabled surveillance where the fidelity of video matters. For example, you might need a clear image to identify a thief infiltrating a house. In such a case, you would require a high-resolution streaming video, which is only possible with a high-bandwidth connection. Therefore, you simply cannot skimp on connectivity cost. You would require the services of an operator that can provide you flawless fiber connectivity or a 5G connection. The higher the requirement for resources, the higher will be your expenditure on an IoT project. To ensure that you are not overcharged for the services, you need to partner with an IoT services provider that employs a real-time charging architecture like OCS. AT Telgoo5, you get the best in class IoT data connectivity that can empower your IoT development project. Source: https://medium.com/@Kumuddixit27/bring-in-the-next-wave-of-innovation-with-iot-development-and-connectivity-f044bd0733f9 IoT is a versatile technology with great potential. The biggest reason why it is so popular is because it provides room for innovation. This is why it has influenced processes of various industries and changed the way operations are carried out. However, in order to derive maximum returns from an IoT venture, one needs to have proficiency in different verticals. And, this is not an easy task. Especially for Mobile Virtual Network Operators (MVNOs) and small-scaled business operations, heavy investments in IoT infrastructure can be a major deterrent. Therefore, you need to employ the right Internet of Things companies, if you really want to get to the next level.
IoT: Bringing In The New Wave Of Innovation For MVNOs Over the past few years, MVNOs have become an important part of telecom operations by serving customer bases that are not covered by MNOs. As they primarily rely on the infrastructure of their MNOs and MVNEs, their USP lies in innovation and creativity. In the present times, MVNO business has become extremely competitive. There is always a need to come up with new business strategies, in order to grab the attention of customers. Given the current situation, IoT provides a great opportunity for MVNOs. In order to bring in a new wave of innovation, it is best that MVNOs get their infrastructural needs fulfilled by Internet of Things companies that can offer: Access To The Right Connectivity IoT data connectivity is the primary resource utilized by subscribers. As there are a myriad of IoT connections that collectively make up for the entire network, the cost of connectivity needs to be controlled. Internet of Things companies like Secure IoT Services can help you choose the right kind of connectivity solutions (according to your budget) for your business. Always look for connectivity that fits your specific business use case. For example, in a rent a vehicle business, the consistency of connection is more important than bandwidth, so there is no need to spend heavily on high-speed connectivity solutions. On the other hand, in telematics, the data bandwidth requirements are immense and you cannot skimp on the #dataconnectivity cost. Completely Secure Data Connectivity You cannot be innovative if you are always worrying about the security of your IoT network. As IoT data connectivity is automatic in nature i.e. the devices and sensor exchange information without direct human supervision, the risk of data breach is high. Therefore, you need best in class encryption measures to prevent data transmission from getting hacked. At Secure IoT Services, we make security our priority and implement it with due diligence. We always offer a unique Public IP address for every connection and enforce data access rights rigorously. A Transparent Billing Platform IoT is just one of many services that an MVNO delivers to its subscribers. It is essential that IoT charging blends in with other services, in order to simplify billing. At Secure IoT Services, we employ a centralized charging architecture (#OCS) that charges both events and sessions in real time. It ensures that customers do not exceed their allotted #IoTdataconnectivity by enforcing credit limits accurately and without fail. The #convergentbilling platform provides a descriptive billing experience, which brings in more transparency and helps in building customer trust. Complete Reporting For an #MVNO, it is essential to analyze its performance and customer behavior from time to time. At Secure IoT Services, you get access to a slave database that is directly updated by a master database. Hence, you are able to view information like customer usage details and service details in a clear format. You are able to run as many reports as you want to gain a better understanding of customer trends, which ultimately help you form better strategies. With all these functionalities at your fingertips, it becomes easy to innovate and deliver better services. At #SecureIoTServices, we also offer APIs that can be installed for instantly accessing new functionalities related with #IoT and other #TelecomServices. If we go into the definition of the Internet of Things, we find out that it is the concept of inter-networking of physical devices, connected devices, smart devices, and other devices embedded with electronics, software, sensors, actuators, and network connectivity that enable these objects to collect and exchange data.
Key Concepts of IoT Hardware — The heart of IoT is billions of interconnected devices with attached sensors and actuators that sense and control the physical world. In addition to network connectivity to transmit the data they collect, these devices require some basic processing and storage capabilities, provided by a micro-controller or by an integrated circuit, such as a System-on-a-Chip (SoC) or a field-programmable gate array (FPGA) . Embedded programming IoT devices are embedded devices, and may be prototyped using commoditized micro-controller platforms, such as Arduino, with custom printed circuit boards (PCBs) developed at a later stage. Prototyping with these platforms requires circuit design skills, micro-controller programming, and a deep understanding of hardware communication protocols like serial, I2C, or SPI used to establish communication between the micro-controller and the connected sensors and actuators. The embedded programs are often developed using C++ or C, however Python and JavaScript are becoming more popular for prototyping IoT devices. Security Security is one of the most critical concerns in IoT, closely related to data ethics, privacy and liability. It must be built-in at every step of the design of the system. With millions of new devices connected every day, the number of potential points of attack grows daily. With so much at stake, security engineering skills, including threat assessment, ethical hacking, encryption to ensure data integrity, securing network architectures and applications, as well as event monitoring, activity logging, and threat intelligence, move to the foreground of the IoT development projects. Networking and cloud integration Network design and management are essential within IoT, due to the sheer volume of connected devices and due to the impact that network design decisions can have at scale. Connectivity enables devices to communicate with other devices as well as with applications and services that are running in the cloud. Though cloud computing and the IoT are two very different technologies, real-time data streaming and cloud integration are crucial for the proper functioning of the Internet of Things. Cloud infrastructure is used for data storage, processing and analysis, as well as for implementation of the business logic of IoT applications. Data analytics and prediction The number of IoT devices transmitting data increases on the daily basis, which turns big data into huge data. Developers will need securely and reliably ingest, store, and query the vast quantities of heterogeneous data originating from these devices. Besides, as many IoT devices generate latency or time-sensitive data, it is also necessary to filter or discard irrelevant data. Machine Learning and AI To deliver value and make sense of the huge volumes of data that is generated by IoT devices, machine learning and AI skills are the ultimate must-have skill for IoT developers. To be truly intelligent, big data analytics needs to apply cognitive computing techniques drawn from data mining, modeling, statistics, machine learning, and AI. These techniques can be applied in real-time both to sensor data streams for predictive analysis and to autonomously make decisions in response to incoming data. Besides, machine learning can be applied to historical data to identify patterns or anomalies in the data. IoT and IndustryThe impact of IoT on industrial ecosystems has resulted in emergence of robust physical-cyber connectivity, often called the fourth industrial revolution aka Industry 4.0 , also known as the Industrial Internet of Things (IIoT). The connected ecosystem encompasses physical connected assets: including those on the manufacturing shop floor as well as the manufactured connected devices such as connected cars or appliances. Source : https://tinyurl.com/t9yvwdr The telecom world is going through a transformative time. New technologies are rampant and competition is at an all-time high. Telcos are feeling the heat and trying their utmost to package the new tech into attractive service bundles, so as to keep hold of their existing subscribers and entice others into jumping the ship.
Out of all the technologies prevalent, IoT is the trickiest of the lot. The sheer scope of IoT is immense. On top of that, there are several bewildering predictions that have raised the stakes quite high. “The total installed base of the Internet of Things (IoT) connected devices is projected to amount to 75.44 billion worldwide by 2025” This is just one of the many claims from trusted sources. Such proclamations have put immense pressure on the shoulders of operators. The IoT trends today also point to an exigent need for a robust, scalable and completely secure IoT platform that is not only capable of supporting every new innovation of today but also next-gen IoT development projects. In IoT, Ignorance is not Bliss “And just like any company that blissfully ignored the Internet at the turn of the century, the ones that dismiss the Internet of Things risk getting left behind.” — Jared Newman If you are fazed by IoT and are considering it to be just a fad, then think again. There have already been many successful IoT development projects that have yielded great returns. Fields like Agriculture (Smart Farming), Healthcare (IoT Pacemakers) and Retail (RFID Sensors) have already incorporated IoT with great success. Although there is still a long way to go to reach the projected numbers, early adopters would definitely reap the rewards of their initiative. Therefore, it is imperative that MNOs and MVNOs across the globe – regardless of their scale of operation – should seize the moment and climb on the IoT bandwagon, as soon as possible. Successful IoT Development Hinges on a Flawless IoT Platform “What the Internet of Things is really about is information technology that can gather its own information. Often what it does with that information is not tell a human being something, it [just] does something.” — Kevin Ashton Clearly, the Internet of Things (IoT) creates a layer of abstraction between the user and the machines. What goes on between the machines, stays between the machines and there is no need for human involvement. This is the ideal situation for any successful IoT implementation, but without a quality IoT platform, it is simply not possible. Any connectivity breakdown or security breach can instantly undo all the good work done in IoT development. Regardless of how well the programmers have worked on the logic of an IoT solution, inconsistencies in the IoT platform can come back to haunt the stakeholders involved in a project. Therefore, it is important to prioritize the following features in the IoT platform you choose: Robust Security Measures that are Updated Periodically All IoT sensors and devices transmit a wireless signal that is not directly monitored by humans. This leaves them vulnerable to hack attacks. Hence, it is essential to employ strong security measures in the form of robust encryption like AES. Also, it is paramount that the security measures are timely updated to neutralize unforeseen future threats. Stable and Versatile Connectivity Solutions Every IoT use case is different, but one thing that it relies on heavily is the quality of connection. Ensure that your IoT platform offers consistent connectivity at the desired speed. For example, in a self-driving car, high-speed connectivity is preferred because the amount of data transmitted is high. On the other hand, in a parking IoT use case, the speed required is not high but sensor discharge can be a major issue, hence, low-speed and low-power-consuming connectivity solutions like LoRA and SigFox are preferred. Conclusion People have mixed opinions about IoT because of its bewildering scale and unforeseen requirements. While some belief, it will pass away like a fad; others think that it is going to be a success in the future. But, if we look at it logically and consider its growth curve, it is going strong in the present. Given the right platform that supports all types of IoT development projects, it has the capability to touch human life in more ways than one. Hence, it definitely can be a bigger technology than the Internet itself. Source IoT has a massive scope and too many requirements that can leave even the best of telecom operators clueless. With exalted predictions in the near future (some estimate that IoT devices will cross 40 billion mark by 2025), the pressure on IoT service providers is immense. There is a need to automate the management of connected devices and sensors, which is why; a comprehensive IoT platform has become the need of the hour.
Classification of IoT Platforms IoT platforms can be divided into the following categories:
An IoT platform serves as a middleware that connects devices/sensors. It contains an assortment of functions such as controllers and sensors, communication network, gateway device, translating and data analysis software along with end application services. IoT platform is equipped to handle vast quantities of data, applications, subscribers, websites, sensors and devices, and at the same time triggers actions according to the input, that too in real-time. Major Requirements of IoT Platform For selecting the right platform, it is vital that you scrupulously identify the requirements of a business operation. Some of the major requirements that an IoT platform should analyze are:
Mobile Virtual Network Operator (MVNO) is a vital player in the telecom industry. As MVNOs rely heavily on MNOs and MVNEs for delivering their services to the subscribers, they have to be more selective when it comes to choosing the IoT platform. But, it is not possible to access an IoT platform in isolation, which is why; the whole MVNO platform should be chosen wisely. Have a look at some of the critical features of such a platform:
At SecureIoTServices, we deliver fully-integrated IoT solutions that provision the complete network connectivity required for connecting the carriers to their subscribers. Our IoT services are completely regulated, so that your subscribers do not exceed the data limit allotted to them. Our IoT services allow telecom operators to monetize their service offerings faster and exactly as per the requirement of subscribers, which help them generate more revenue. We always monitor each and every statistics, and provide 24x7-support to our clients, so they can contact us at any time in their hour of need.
Source : https://tinyurl.com/r7moyzb The fast paced technologies have changed the way we operate our businesses. In order to make immense profits and meet the ever-growing demands of consumers, these businesses are making use of various technologies. According to various studies, the Internet of Things appears to be gaining real traction among consumers. Internet availability and the advancement in sensor technologies has revolutionized the way in which we observe the world around us. Internet of Things has been buzzing mainly around the small business arena and as a result, there have been limitless possibilities that these businesses have in store. There are massive numbers of individuals who are unaware of the IoT trend, its benefits and the ways it can be effective in generating revenues.
Source: https://secureiotservice.blogspot.com/2020/01/Internet-of-Things.html There's a ton of commotion right now about the Internet of Things (or IoT) and its effect on everything from the manner in which we travel and do our shopping to the manner in which producers monitor stock. Be that as it may, what is the Internet of Things? How can it work? What's more, is it actually that significant?
What is the Internet of Things? To put it plainly, this innovation interfaces any gadget to the web and numerous different gadgets. In basic terms, this is an intricate system of things associated with one another. This system gathers and offers information and data. The gadgets incorporate various articles, for example, savvy microwaves, self-driving vehicles, wearable gadgets, and complex sensors, to give some examples. How can it work? Gadgets that component worked in sensors associate with the IoT stages that coordinate data and information from various ordinarily utilized gadgets. At that point ground-breaking investigations are utilized to share valuable data so as to determine explicit needs. IoT stages can recognize helpful data and the data that can be overlooked. At that point the information can be utilized so as to recognize designs, give recommendations and call attention to issues preceding their event. For example, in the event that you bargain in a vehicle making business, you may need to discover the discretionary and significant parts. In view of the knowledge and investigation offered, you can without much of a stretch make the procedures significantly progressively effective. In addition, shrewd frameworks and items can likewise assist you with making a few undertakings programmed, particularly when these errands are commonplace, dreary and tedious naturally. How about we investigate some genuine models. IoT use in your own habitation Assume you get up at 7am to go to your office. Like a great many people, you can set the caution to wake you up at the correct time. This works until something incorrectly occurs. For example, your train may get dropped. Presently, you have another issue. You need to drive to work yet you are as of now late. To aggravate the issues, the downpour begins pouring in. Presently, on the off chance that you utilize an IoT morning timer, it will lay naturally based on these elements. The check will make sense of the separation you have to cover, and will recommend an elective course. IoT in your vehicle When you wake up to the caution, you can drive to work. You won't simply go to the carport. Be that as it may, what might you do in the event that you have a crisis? In the event that you have an associated vehicle, your vehicle will impart data to others in the vehicle. Another segment will accumulate information from the sensors and will pass the data to the foundation of the producer. Additionally, the producer can utilize the information from the vehicle to give you the data that you can use to fix the vehicle by sending the information to the nearest vendor. Long story short, this is the prologue to the Internet of Things and the manner in which it can assist you with making your life simpler. Ideally, you will have the option to benefit from this innovation not far off. Iot Billing Source: https://iotdevelopment.home.blog/2019/12/11/what-is-internet-of-things/ |
Secure IoT ServicesWe, at SecureIoTServices, excel at providing fully-equipped IoT solutions for connecting carriers to their subscribers. We ensure security of telecom services users by assigning a unique public IP for every IoT connection. We work in your best interests by employing robust data encryption to safeguard the IoT data, which is transferred over a wireless connection. Our speedy IoT data connectivity is always consistent and helps in enhancing the functionality of the devices that are connected via the IoT network. Archives
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