#IoTNetwork

[netboon]

[govindhtech]

ASUS Releases Powerful ZenWiFi BQ16 Pro & ZenWiFi BT10

ZenWiFi BQ16 Pro

The premium WiFi 7 mesh systems ZenWiFi BQ16 Pro and ZenWiFi BT10, which include strong 6 GHz WiFi and 2-pack variants with speeds of up to 30 Gbps (BQ16 Pro) and coverage of up to 8,000 square feet (2-pack BQ16 Pro), are now available, according to ASUS. Future-ready 10 Gbps Internet and 10 Gbps wired backhaul are made possible by the dual 10 Gbps Ethernet connections, which also provide fast, dependable, seamless whole-house WiFi for next-generation smart home entertainment and home studio work.

ASUS ZenWiFi BQ16 Pro

In order to effectively utilise WiFi 7 Multi-Link Operation (MLO) and  AI for both fronthaul and backhaul, the ZenWiFi BQ16 Pro and ZenWiFi BT10 feature exclusive ASUS Smart AiMesh technology. Multi-Link Operation automatically aggregates or switches across multiple bands for reduced latency and efficient transmission.

Using MLO, the Smart AiMesh MLO fronthaul and backhaul automatically switch to the fastest band and intelligently prioritise packets that are demanding in order to maximise efficiency and connectivity. In addition, Smart AiMesh offers complete interoperability with all ASUS AiMesh-compatible ZenWiFi and standalone routers, enabling a plethora of sophisticated network features like parental controls, VPNs, and security in the expandable network.

By utilising two 6 GHz bands, the ZenWiFi BQ16 Pro fully utilises WiFi 7, enabling dedicated 6 GHz wireless backhaul to fully realise WiFi 7. The ZenWiFi BT10, which has a dedicated wired backhaul, is the perfect mesh solution for smart homes with wired Ethernet. For those looking for a basic standalone router without external antennas, a single unit can provide 4,000 square feet (BQ16 Pro) and 3,000 square feet (BT10). These premium mesh routers offer ultra-wide coverage up to 8,000 square feet (BQ16 Pro) and 6,000 square feet (BT10) for a 2-pack set.Image credit to ASUS

ZenWiFi BT10

Excellent dual 10 Gbps Ethernet connections are a characteristic of both the ZenWiFi BT10 and BQ16 Pro. This design is future-ready for cutting-edge 10 Gbps Internet and allows 10 Gbps wired backhaul for a stable, scalable 10 Gbps mesh network. In addition to instantaneous 4G LTE and 5G mobile tethering, which guarantee that smart homes stay online even in the event of a network failure, ZenWiFi BQ16 Pro and ZenWiFi BT10 employ several WAN designs, including a practical USB 3.0 WAN.

These mesh routers are equipped with next-generation WiFi chipsets, RAM, and potent quad-core 2.6 GHz (BQ16 Pro) or 2.0 GHz (BT10)  CPUs, making them capable of handling even the most demanding scenarios at next-generation high-speeds. The inbuilt antennae and high-power front-end modules of the ZenWiFi BQ16 Pro and ZenWiFi BT10, backed by ASUS’s renowned engineering, eliminate WiFi dead zones for reliable coverage in all directions. Reliable and silent operation is also preserved by effective heat dissipation.

End-to-end smart home safety that is always secure

The ZenWiFi BT10 and BQ16 Pro network security suite was also unveiled by ASUS. With the help of ASUS-only technologies, Trend Micro’s AI/ML cloud database and AiProtection Pro, together with other commercial-grade security features, make sure smart homes are safe from the internet to the router to every connected device. Security scans, automatic security upgrades, and real-time alerts make robust router protection easy.

Furthermore, customers can establish sophisticated subnetworks with up to three SSIDs using the powerful and user-friendly Smart Home Master. The IoT Network provides better security with commercial-grade protection by configuring and managing all these IoT devices under a single protected SSID. To help kids simply monitor their screen time without having to configure each device individually, The Kid’s Network provides a special SSID exclusively for them.

Without the need for monthly subscriptions, users can give their children a balanced digital life with the help of built-in sophisticated parental controls. With an easy-to-use dashboard and highly customisable features like age-level profiles and the ability to schedule internet access to give your kids more screen time, ASUS parental controls give parents insightful information about their child’s online activities. Not to mention, the VPN Network offers quicker access to the user’s chosen VPN provider.

With their extensive VPN capabilities and support for multiple VPN protocols, including the state-of-the-art WireGuard, ZenWiFi BQ16 Pro and ZenWiFi BT10 offer superior privacy over encrypted connections.

ASUS ZenWiFi BQ16 Pro release date

ASUS ZenWiFi BQ16 Pro was introduced on July , 2024, and is now available. This high-end WiFi 7 mesh system improves your home network with fast speeds, wide coverage, and many functions.

ASUS ZenWiFi BQ16 Pro price

The ASUS ZenWiFi BQ16 Pro comes in 2-pack and 3-pack variants, with a single unit coming soon. A breakdown of prices:

The most popular option is the 2-pack (BQ16 Pro(W-2-PK)) for $1299.99. Street prices may vary. Find it on Amazon.

The Best Buy-exclusive 3-pack (ZenWiFi BE33000) costs $1699.99.

In a few months, a single ZenWiFi BQ16 Pro will cost $699.99.

This is a high-end Wi-Fi 7 mesh system, thus its pricing reflects its power. Some vendors, including B&H Photo, provide financing for a single unit at $59 per month for 12 months.

Read more on Govindhtech.com

[nitor-infotech]

The internet of things (IoT) is simply a collection of physical objects that connect and share data with other devices and systems via sensors, software, and other technological gadgets.

With the growing role that IoT is playing in automation, it finds powerful applications in smart homes and smart cities!

[e2matrix]

PhD Scholars' Premier Choice: Comprehensive Writing Assistance from E2MATRIX

Embarking on a PhD journey is both exhilarating and challenging. For scholars navigating this intricate path, E2MATRIX stands out as a beacon of support, offering unparalleled PhD writing assistance designed to ensure academic success.

Why Choose E2MATRIX for PhD Writing Assistance?

E2MATRIX, established in 2013, is renowned for high student satisfaction and quality services through its research centers in Phagwara, Jalandhar, and Mohali. We provide a comprehensive suite of services tailored to meet the unique needs of PhD scholars, including:

Expert Guidance and Supervision: Receive personalized guidance from experienced professionals throughout your PhD journey.

Tailored Writing Services: Benefit from customized assistance in drafting literature reviews, constructing robust methodologies, and crafting impactful results and discussions.

Publication Assistance: Gain support in selecting appropriate journals, adhering to submission guidelines, and addressing reviewers' comments to increase your chances of acceptance.

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Preparation of Research Proposal: The research proposal is the cornerstone of a PhD project. It outlines the research title, background, rationale, questions, and methodology, along with a time schedule and work plan. Crafting a compelling research proposal is crucial as it sets the direction for the entire research process.

Literature Review: The literature review is a critical section that provides a comprehensive overview of existing research related to the scholar's topic. E2MATRIX guides scholars in conducting thorough literature reviews and synthesizing relevant studies to establish a solid foundation for their research.

Methodology of Research: The methodology section outlines the research design, data collection methods, and analysis techniques. E2MATRIX assists scholars in selecting appropriate methodologies and ensuring their research design is robust and scientifically sound.

Results and Discussion: Presenting and interpreting research findings effectively is crucial for a successful thesis. E2MATRIX provides guidance on organizing results, including appropriate data visualization and clear, concise discussions that highlight the significance and implications of the findings.

Thesis & Dissertation: E2MATRIX offers comprehensive support in drafting, structuring, and refining the thesis. This includes assistance with writing, editing, and formatting to ensure the final document meets academic standards.

Viva-Voce Preparation: The viva-voce is the final oral defense of the thesis. E2MATRIX prepares scholars for this critical stage by conducting mock sessions, providing feedback, and helping them anticipate and respond to potential questions effectively.

The Importance of Research-Proposal and its Definition

A well-crafted research proposal is fundamental to securing approval for a PhD project. It defines the scope, objectives, and significance of the research. E2MATRIX emphasizes the importance of a clear and concise research proposal, guiding scholars in articulating their research goals and justifying the need for their study.

Research-Title, Background, and Rationale

Choosing a precise and impactful research title, providing a thorough background, and clearly stating the rationale are key components of a research proposal. E2MATRIX assists scholars in refining these elements to ensure their research is focused, relevant, and contributes significantly to the existing body of knowledge.

Conclusion

For PhD scholars aspiring to achieve academic excellence, E2MATRIX offers a comprehensive, reliable, and supportive environment. With a commitment to quality and a focus on innovation, E2MATRIX ensures that scholars receive the best possible assistance at every stage of their PhD journey. Explore the extensive range of services offered by E2MATRIX and take the first step towards a successful and fulfilling academic career.

[reliablecommunication]

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[lovelypol]

Point-to-Point Microwave Antenna Market: Scaling Up to $7.8B by 2034! 📡📶

Point-to-Point Microwave Antenna Market is set for impressive growth, projected to expand from $4.2 billion in 2024 to $7.8 billion by 2034, at a CAGR of 6.4%. The surge in 5G deployment, smart city initiatives, and high-speed data transmission is fueling demand for advanced microwave antennas across multiple industries.

To Request Sample Report : https://www.globalinsightservices.com/request-sample/?id=GIS23929 &utm_source=SnehaPatil&utm_medium=Article

Key Market Trends:

✅ Dominance of Parabolic Antennas — Preferred for their high gain and long-distance connectivity. ✅ Rise of Flat Panel Antennas — Gaining traction due to their compact size and easy installation, ideal for urban and mobile applications. ✅ Expanding 5G & Broadband Networks — Growing need for seamless wireless connectivity is driving market adoption.

Regional Insights:

🌍 North America — Leads the market with strong telecom infrastructure and 5G expansion. 🌍 Europe — Investing in smart city projects and broadband network enhancements. 🌍 Asia-Pacific — Rapid urbanization in China and India fuels high demand for reliable data transmission solutions.

With high-capacity antennas leading market adoption and fixed & mobile point-to-point deployments gaining traction, key players like Huawei, Ericsson, and Nokia are investing in next-gen antenna technology to stay ahead of the competition.

#pointtopoint #microwaveantenna #5gtechnology #wirelessnetwork #telecommunications #dataconnectivity #smartcities #broadband #internetserviceproviders #telecomoperators #digitaltransformation #connectivitysolutions #highspeedinternet #networkinfrastructure #signaltransmission #parabolicantenna #flatpanelantenna #nextgennetworks #ruralconnectivity #datatransfer #militarycommunications #defenseindustry #telecomsolutions #highfrequency #broadcasting #remoteconnectivity #iotnetworks #fiberalternative #industrialcommunication #transportationnetworks #energyutilities #networkexpansion #microwavebackhaul #emergingtechnologies #datasecurity #fixedwireless #urbanconnectivity #ruralbroadband #satellitecommunication #defensecommunications #logisticsnetwork #smartgrid #mobileconnectivity #hybridnetworks #antennaengineering #wirelessinnovation

[juneconnects]

Improve your business growth with end-to-end IoT solutions.

Our experts harness the power of leading-edge technologies across various sectors to enable digital transformation for the ever-shifting digital landscape. https://wa.me/919535555225

[praveenprakash404-blog]

Connectivity in IOT

Global #IOTmarket is witnessing an increase in the number of connected devices every year. #IOT is now being used across several industries for a wide variety of applications. One of the major parts of IoT is connectivity which still is having several issues. #IoTnetwork stability and efficiency are very essential for the long-term growth of IoT and #connectivityvendors are keen on improving it. https://lnkd.in/fkYTBvC

[julianamorgan765stuff]

IOT Development Solutions For The Future Of Home Automation

Imagine a world where each and every part of your house, has been connected with something that is giving you a seamless connectivity and then is giving you a better life. Starting from the entire process of the lights to the thermostats, the garage doors, the water system and the last but not the least Internet of things that is allowing you to control the devices by pushing the button remotely any time anywhere. Smart Homes and IOT have been successful in creating a lot of buzz in the IT industry. The daily lives for example have turned out to make things really very simple, better and much more comfortable increasing the number of smartphones and the connected devices.

Smart homes have actually changed the way people think and live. Say for example How about turning on the air conditioning of your home before you are actually stepping inside. How about you requesting Alexa to play your favourite music and get the various updates on the weather while you are busy cooking food inside. Smart home automation can turn out to do something more than this. After all it is now turned out to become the future of our life.

Smart Home Devices and The Future:

In a recent research study conducted by global smart home automation forecasted that it will reach 21 billion U. S dollars. They also predicted the growth rate between 2013 and 2020 will be 26.3. Research studies have also predicted that by the end of 2018 there should be more than 45 million smart phone devices being installed in the homes, making the average revenue out of it which is somewhere around $490, and we have just scratched the surface of home automation.

Easy and convenience is what actually turns out to make a smart phone so appealing enough. They are appealing because they are not just connected with each other but also the entire process becomes easy enough to manage. And with the help of the IOT smart home devices it becomes really very easy enough to reduce the energy and costs saving enough of time.

One of the major issues that is faced by most of the business men and the other professions is the costs. The costs of the smart home automation are really very high when compared to non-connected devices, so when it comes down to the process of choosing IOT enabled devices they are really very hesitant. There is no doubt that the smart home devices are costly enough when taken in the beginning but let me tell you they will save both your time and money. This is one of the most important factors that you must not hesitate to think about when it comes to the smart home devices.

Home Automation Trends to Watch Out:

A Better Role of Artificial Intelligence:

The use of the security cameras is on rise, and the individuals these days are using it to have an eye on their property. The future is not going be having any kind of a misunderstanding with the appliances when it comes to the IOT. The smart homes these days should be able to know when to turn of the light or when to turn of the light while leaving and being at home. It should be able to deactivate the locks through your face recognition and much more than this.

The Smart Kitchen Gadgets:

These days more and more smart gadgets will turn out to flood the entire technology market. By the end of 2019 there will be a rise in the smart kitchen devices like the cookers, and refrigerators and are connected to the various hubs like Alexa. These smart devices will then be able to calculate the time that is left on the various devices and control them while you are at work.

The Era of Surveillance:

The homeowners these days are turning out to become more and more aware and receptive, of the idea that you can control your home remotely no matter what. Surveillance has turned out to become really very essential when it comes to the combat, crime and yes of course vandalism. It is obvious that people would wish to protect their home and their physical and the intellectual property no matter what.

IOT Changes the life of the people:

It is generally believed and said that the IOT devices have been successful in changing the life of the individuals, especially in the way we see. Some of the important ways through the way we see things.

Saving Time: Most of the smart home products are being built with an intention of taking tasks out from the life of the individuals. And by getting rid of the monotonous, daily tasks, people will have more time to focus on the other important activities.

Saving Money: You will be able to save a lot of money on the various house operating options using IOT. You can also with the help of IOT use the smart grid integration in order to monitor things especially when you are up using electricity and then save energy accordingly. You can even control lighting and heating.

Successful home automation is all about getting the right connection of the connected devices, insights and yes of course the seamless user experience in order to solve the problems making intelligent connections and simplifying the life and protecting most of the prized possession home.

[juniperpublishers-robotics-blog]

Light-Weight Secure IoT Key Generator and Management- juniper Publishers

Abstract

Security is a critical element for IoT deployment that affects the adoption rate of IoT applications. This paper presents a Light-Weight Secure IoT Key Generator and Management Solution(LKGM) for  industry automation and applications. Our solution uses minimum computing and memory resources that can be installed on half-credit-card-size embedded systems that enhances the securityof end-to-end communications for IoT nodes. A frequently changed randomly generated passphrase isused to authenticate each IoT node that is embedded with an encrypted unique authentication key. Fieldtest results were presented for an advanced manufacturing application that will only be activated whentwo authenticated IoT nodes are within the vicinity.

Keywords: Authentication; Authority; Secure key; IoT; Security; Industry automation

Introduction

Internet of Things (IoT) is a network of physical objects that have unique identifiers capable ofproducing and transmitting data across a network seamlessly. IoT system refers to a loosely coupled,decentralized system of devices augmented with sensing, processing, and network capabilities [1,2].IoT is projected to be one of the fastest growing technology segments in the next 3 to 5 years [3]. IoTapplications are being developed and deployed in an exponentially increase manner in many smart city’s initiatives around the world. Gartner Group has estimated that there will be 25 billion connectedIoT devices by 2020, and that IoT services will constitute a total spending of $263 billion.Unfortunately, this growth in connected devices brings increased security risks [4]. As indicated byFrost & Sullivan[5]; Miorandi et al., and Weber[6,7], security is the major hindrance for the wide scale adoption of IoT. Inaddition, the increasing use of multi-vendors IoT nodes which are often only have minimum securityprotection that resulted in more complex security scenarios and threats beyond the current Internet iswill arise.Constant sharing of information between “things” and users can occur without proper authentication and authorization. Currently, there are no trustworthy platforms that provide access control andpersonalized security policy based on users’ needs and contexts across different types of “things”.The “things” in any IoT network are often unattended; therefore, they are vulnerable to attacks.Moreover, most IoT communications are wireless that make eavesdropping easy [6,8]. The futurewidespread adoption of IoT will extend the information security risks far more widely than the Internethas to date [9].

In an ad-hoc IoT network where IoT nodes are localized and self-organized, network infrastructureis not required. Security of the IoT nodes that operate in such ad-hoc peer-to-peer networks areincreasingly becoming an important and critical challenge to solve as many applications in such IoTnetwork becomes commercially viable. As ad-hoc IoT network has a frequently changing networktopology, and the IoT nodes have limited processor power, memory size and battery power, acentralized security authentication server/node becomes impractical to be implemented.

Methods

In our applied research work, “KeyThings” was developed as part of the project title “Collaborative Cross-Layer Secure IoT Gateways” funded by the Singapore NRF-TRD. Our solution consisted of two main systems, namely the Security Key Generation System (SKG) and Security Key Management System (SKM). The objective of our project is to allow an IoT application (e.g. a web service, etc.) to be activated only when a pre-determined number of authenticated IoT nodes are within the vicinity. This enhances the security of the IoT application by authenticating the hardware (i.e. IoT nodes) instead of just authenticating based on the usual usernames and passwords. The authentication process is done in the system’s background without the need for human intervention which is critical in some operation environment (e.g. manufacturing, production, remote sites, etc.) where not all staff are given access to the sensors’ readings due to security issues. The staff are categorized into “non-authorized”, “operator” and “supervisor”.

Below are the features of our Solution

a. “Non-authorized” personnel who are not issued with the authenticated IoT node will not have 60 access to the sensors’ readings.

b. Only authorized “operator” who has an authenticated IoT node is able to view the sensors’ 62 readings only when the “operator” is in the vicinity.

c. The authorized “supervisor” with an authenticated IoT node that is with higher access rights, 64 can view the sensors’ readings and the summary report. If the “supervisor” leaves the vicinity, 65 the summary report will no longer be available.

d. All authentications are done in the solution’s background without the need for human 67 intervention.

Solution Setup

Equipment (Figure 1)

A. The setup consists of the following equipment

a. Authentication Server

b. Client device 1

c. Client device 2

d. Application Server

e. Tablet

Authentication server (KeyThings-Server): The authentication server is the “brain” of the security key management. It has the following 92 responsibilities:

A. Access point: Serves as the access point to the entire system.

B. Generate random passphrase periodically

i. If there is no authenticated device, the passphrase will remain the same.

ii. If there is one or more authenticated device, a new random passphrase will be generated at 98the end of each time interval (after every 5 MQTT broadcasts).

C. MQTT Server: It will broadcast the generated passphrase via MQTT to all subscribedKeyThings-Clients.

i. Once every 2 seconds.

ii. MQTT topic: authentication/challenge

D. Web Server via REST API.

E. For KeyThings

i. -clients to submit their encrypted passphrase.

ii. For application server to query the number of authenticated devices.

F. Authentication: The server stores the encrypted credentials and MD5 of the KeyThings-Clients that were generated from the Security Key Generation System.

Client devices (KeyThings-Client): Each client device contains the unique security key that is used for authentication to gain access to 113 different web services. The key must be generated from the Security Key Generation System. Thedevice has the following responsibilities:

A) MQTT client. Registers and listens to the broadcasted passphrase.

B) Encryption. Encrypts the passphrase that was received via MQTT.

a. If the received passphrase is the same as previous passphrase, the device will just ignorethepassphrase and does nothing.

b. If the received passphrase is different from the previous passphrase, then the passphrase will be encrypted.

c. HTTP Request / Response. Send the encrypted passphrase to the authentication server(KeyThings- Server) once the encryption has been completed.

Application server: The application server hosts the production webpage (i.e. the machine readings and summary report). It is currently running on Raspberry Pi, but it can be hosted on any environment (i.e., Windows or Linux) that has network connectivity to the Access Point. The application server has the following responsibilities:

a) HTTP Request / Response: Host the webpage that can be access via the tablet.

Tablet: The tablet is used to view the web page that contains the manufacturing data (machine readings andsummary report) from the application server.

Result

Below is what you will see when different numbers of devices have been authenticated Figure 2.

Discussion

The test was conducted successfully with results indicated that a light-weight security key generation and authentication method can be easily implemented in a distributed manner for a self-organizingnetwork to enhance IoT nodes and service level security in an industry automation environment. The method and the solution can be applied to provide features such as multi-level security for different stake holders in an advanced manufacturing environment, multi-factor security keys, user definable security- based services and policy, etc. The solutions can easily be scaled and adapted to suite various industry needs and expectation in enhancing the security of IoT nodes, sensors, PLC controllers, robots, etc. to meet their business needs.

Conclusion

In this paper, a Light-Weight Secure IoT Key Generator and Management Solution (LKGM) for industry automation and applications for enhancing the security of peer-to-peer communications among IoT nodes is presented. The LKGM is integrated to half-credit-card-size embedded systems. Our experimental results showed that the solution enhances secured peer-to-peer IoT communications amongst the IoT node. Field tests were conducted successfully for a manufacturing application that uses web services.

For More Open Access Journals Please Click on: Juniper Publishers

Fore More Articles Please Visit: Robotics & Automation Engineering Journal

[paasmer-blog]

The Choice of IOT network – LPWAN leading the way?

Kavitha Gopalan

IOT is the next technology transition where devices allow us to sense, control and manage the devices by making them smarter and connecting them through an intelligent network.

If you look at the building blocks of IoT there are four main blocks 1) Sensors or things or Edge as you may call it 2) The Local Network; this can include a gateway, which translates proprietary communication protocols to Internet Protocol 3) Internet 4) Back end services.

The local network or the network that connects the "things” and places them on the internet is what we will focus today. Choosing the right communication technology is crucial to the success of building an efficient IOT system.

There are many choices available like cellular, Wi-Fi, ZigBee, Z-Wave, En-Ocean, 6LoWPAN and LPWAN. Most of these technologies except cellular and LPWAN are mostly suited for short range communication typically an indoor kind of application. IOT connects millions of sensors to the internet. For connecting these devices to internet and to be able to control and manage from anywhere would require us to use either cellular or LPWAN.

Here is a simple comparison of various IOT networks available and their distinctive features.

Technology 3G LTE WiFi Zigbee 6LoWPAN LPWAN Long Range Yes Yes No No Limited 1.5Km Yes Tx Current Consumption 500-1000mA 600-1100mA 19-400mA 34mA 35mA 20-70mA Operating Battery Life 2-4 hours 2-3 hours 2-8 hours 60 hours Variable 10 to 20 years Module Cost $35-$50 $40-$80 $5-$8 $6-$12 $3 $2-$5

Long Range, Low power consumption , long battery life and low cost are the key factors which make LPWAN ideal network of choice for IOT. Lets dig a bit deeper into this.

In a typical IOT implementation there could be multiple sensors which could be sensing and transmitting the data. These are readings like the temperature or moisture level etc. which are short and simple message. For examples the Sensors in the factory floor sending data or sensors in the crop field sending the moisture level or location information send by fleets.

Using cellular for transmitting these simple message is overkill. It consumes more power and it is going to be costly. Cellular connections for streaming video, games, and conversation require relatively huge bandwidth compared to the simple status reports that will make up the bulk of Internet of Things transmissions.

The other challenge in an IOT application is the power consumption. LPWAN consumes extremely low power and can operate for years on a battery.

LPWAN provides long range communication, consumes low power and costs very less compared to a cellular network. Many service providers are already considering LPWAN.

What is LPWAN?

LPWAN stands for Low Power Wide Area Network. Long Range, Low Power and Low data throughput are the key characteristics of LPWAN. LPWAN sits in a sweet spot of IOT - Long range and Low bandwidth.

Some of the characteristics of LPWAN

Spectrum Un licensed <1GHz, 2.4GHz Long Range 10s Km Battery Life Upto 20 years Low Bandwidth Upto 100Kbit/s Low Chip cost <$5 Low subscription Costs <$10 Latency Upto Mins

LPWAN typical use cases involve long range communications even in dense urban areas or Remote application requiring long battery life. Examples would include Smart city, smart lighting, smart metering, smart factory, Smart grid, Smart agriculture.

There are multiple long range low power networks evolving like SIGFOX, LoRA, WAVIOT. Ingenu, weightless-N.

LoRA and Sigfox are in the top of LPWAN lists with good hardware availability and maturity. Both companies have different technologies and business model but their goal is to make more and more mobile network operators to adopt their technology.And the comparison between them are for another blog.

For now it looks like LPWAN will be leading the way for IOT networks but if 5G comes with a bang to take IOT head on then the table could turn. Only time will tell!

http://blogs.paasmer.co/choice-iot-network-lpwan-leading-way/

[nageshpolu-blog]

via Twitter @nageshpolu

[e2matrix]

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[e2matrix]

The Latest Research in the Internet of Things (IoT)

In today’s hyper-connected world, the Internet of Things (IoT) stands at the forefront of technological innovation, revolutionizing industries, enhancing everyday life, and driving the next wave of digital transformation. At E2matrix, we delve deep into the latest research trends in IoT, exploring groundbreaking advancements that are shaping the future of connectivity.

Understanding the Internet of Things (IoT): A Connected World

The Internet of Things (IoT) encompasses a vast network of interconnected devices, sensors, and systems that communicate and exchange data, creating a seamless integration of the digital and physical worlds. From smart homes to industrial automation, IoT is paving the way for enhanced efficiency, improved decision-making, and unprecedented convenience.

Exploring the Latest Research Directions in IoT

IoT and Artificial Intelligence Integration: The fusion of IoT and Artificial Intelligence (AI) is unlocking new possibilities for smart applications. Researchers are exploring AI-driven analytics, predictive maintenance, and autonomous decision-making, enabling IoT systems to learn, adapt, and optimize their operations in real time.

Edge Computing in IoT: As the volume of data generated by IoT devices skyrockets, edge computing emerges as a critical research area. By processing data closer to the source, edge computing reduces latency, enhances security, and improves real-time decision-making, making IoT applications more responsive and efficient.

Security and Privacy in IoT: With the proliferation of connected devices, ensuring robust security and safeguarding user privacy are paramount. Researchers are developing advanced encryption techniques, secure communication protocols, and innovative authentication methods to protect IoT ecosystems from cyber threats and data breaches.

IoT in Smart Cities: The vision of smart cities relies heavily on IoT technologies. Research in this domain focuses on optimizing urban infrastructure, improving traffic management, enhancing public safety, and reducing environmental impact through interconnected and intelligent systems.

Low-Power IoT Networks: As IoT devices become more ubiquitous, the need for energy-efficient communication networks grows. Researchers are working on low-power wide-area networks (LPWANs) and energy harvesting technologies to extend the battery life of IoT devices and enable sustainable deployments in remote and resource-constrained environments.

IoT and Blockchain Integration: Integrating Blockchain technology with IoT can enhance data integrity, transparency, and security. Researchers are exploring decentralized architectures, smart contracts, and consensus algorithms to create trusted and tamper-proof IoT networks, revolutionizing industries such as supply chain management and healthcare.

E2matrix: Pioneering IoT Innovations

At E2matrix, we are dedicated to advancing the frontiers of IoT research and development. With a team of visionary experts and cutting-edge facilities, we are committed to transforming ideas into reality, driving innovation, and shaping the future of connected technologies.

Conclusion

As we navigate the exciting landscape of IoT research, it becomes evident that the possibilities are limitless. At E2matrix, we embrace the challenges, leverage the opportunities, and pioneer advancements that redefine connectivity and enhance the quality of life. Join us in exploring the boundless potential of the Internet of Things and stay tuned for more insights, updates, and breakthroughs from the forefront of IoT innovation.

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Innovations in the Internet of Things

The Internet of Things (IoT) is revolutionizing the technological landscape, transforming everyday objects into intelligent, interconnected devices. This paradigm shift is creating new opportunities for innovation, efficiency, and convenience across various industries. At E2matrix, we are at the forefront of this technological evolution, offering comprehensive support for projects, research, and academic writing in the IoT domain.

Project in Internet of Things

Embarking on a project in the Internet of Things opens up a world of possibilities. IoT projects can range from smart home automation systems to advanced industrial IoT applications. At E2matrix, we guide you through every step of your IoT project, from conceptualization to implementation, ensuring that your project not only meets but exceeds current industry standards.

Internet of Things Project Topics

Choosing the right project topic is essential for making a significant impact in the field of IoT. Here are some cutting-edge Internet of Things project topics that are currently gaining traction:

Smart Home Systems: Designing and implementing automated systems that enhance convenience, security, and energy efficiency in homes.

Industrial IoT (IIoT): Developing solutions for predictive maintenance, process automation, and real-time monitoring in manufacturing and other industries.

Healthcare IoT: Creating wearable devices and remote monitoring systems to improve patient care and streamline healthcare services.

Smart Agriculture: Utilizing IoT sensors and devices to optimize farming practices, improve crop yields, and conserve resources.

Connected Vehicles: Innovating vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communication systems to enhance road safety and traffic management.

Latest Research Topic in Internet of Things

One of the most exciting areas of research in IoT is “AI-powered IoT Systems”. This research focuses on integrating artificial intelligence with IoT devices to enable intelligent decision-making, predictive analytics, and automation. AI-powered IoT systems can transform industries by providing insights and actions that were previously unattainable.

Ph.D. Thesis Writing Services in Germany

For Ph.D. candidates in Germany specializing in the Internet of Things, E2matrix offers expert thesis writing services. Our team of seasoned professionals provides comprehensive support, from topic selection and literature review to data analysis and thesis writing. Our services ensure that your thesis reflects the highest standards of academic excellence and contributes valuable insights to the field of IoT.

Trending Research Topic in Internet of Things

A trending research topic in the Internet of Things is “Edge Computing in IoT Networks”. This research explores the benefits of processing data closer to its source, reducing latency, and enhancing the performance of IoT applications. Edge computing can significantly improve real-time data processing capabilities, making it a crucial area of study for the future of IoT.

At E2matrix, we are dedicated to pushing the boundaries of what’s possible with IoT. Whether you are embarking on a new project, seeking the latest research insights, or pursuing advanced academic writing, our expertise and support are here to guide you every step of the way. Join us in navigating the future of the Internet of Things and be a part of the technological revolution that is reshaping our world.