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IOT News
Medium
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Jazz Monthly Snapchat Package
- Jazz Monthly Snapchat Package offers 5 GB for one month at a cost of Rs. 85.
- To subscribe, dial *661# and enjoy the special Snapchat experience.
- Check the remaining data by dialing *661*2# or using the Jazz World App.
- To unsubscribe, follow the steps in the Jazz internet Package.
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Medium
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How to Start a Career in the Internet of Things (IoT) in Delhi, India [2025]
- The Internet of Things (IoT) is expected to become a significant contributor to India’s digital economy by 2025.
- To start a career in IoT, it is essential to have a rudimentary understanding of IoT.
- Having a combination of academic qualifications and practical experience is vital to establish a successful career in IoT.
- IoT professionals require a mixed set of technical and transferable skills.
- IoT specialist is an excellent career choice for hopefuls who are looking for a job that is prepared for the future.
- Positions such as IoT Solutions Architect and IoT Security Manager are among the most in-demand.
- Gaining practical experience through internships or IoT projects is crucial to building a strong foundation in IoT.
- Networking is an essential component of job advancement, particularly in IoT.
- Entrepreneurial opportunities in IoT are unmatched in terms of innovation and problem-solving.
- Challenges like security and privacy, technical complexities, and infrastructure limitations can be overcome by resilient and adaptable IoT professionals.
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Dev
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22
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Why Home Assistant?
- The author attended a talk on home monitoring and automation tools at Berlin Buzzwords.
- They learned about Home Assistant, an open-source home automation system that prioritizes local control and privacy.
- Motivated by their desire for a centralized system to manage their smart devices and concerns about privacy, the author decided to invest in Home Assistant.
- They describe their current smart home setup and their goals of enhancing privacy and control through adopting an open-source, local-first approach to home automation.
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Medium
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154
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Securing IIoT Systems: A Detailed Examination of Major Vulnerabilities and Cybersecurity Threats in…
- The Industrial Internet of Things (IIoT) refers to a network of connected devices, sensors, and machines in industrial environments, facilitating data sharing to enhance operations, boost efficiency, and enable real-time decision-making.
- IIoT systems depend on intricate networks that link numerous devices, sensors, and control systems. This extensive interconnectivity introduces multiple entry points, heightening the risk of exploitation.
- Many IIoT systems still depend on legacy protocols such as Modbus, which were not built to address contemporary cybersecurity threats. These protocols often lack encryption, making them vulnerable to man-in-the-middle attacks, where attackers can intercept and alter the data exchanged between devices.
- Many IIoT devices are designed with limited security features, leaving them vulnerable to exploitation. Devices running outdated firmware or containing security flaws due to poor coding practices can be easily compromised by attackers.
- Data is essential for real-time decision-making, monitoring, and optimization in IIoT systems, making its security critical to the integrity and confidentiality of industrial operations.
- The global scope of IIoT systems often necessitates reliance on third-party vendors for components, software, and services. These dependencies can expose the IIoT environment to security vulnerabilities, highlighting the importance of robust supply chain security measures.
- Cyberattacks represent one of the most significant threats to IIoT systems, with ransomware and malware being two primary forms.
- Insider threats pose a significant risk as well. Employees, whether through malicious intent or negligence, can introduce vulnerabilities into IIoT systems.
- Physical threats are another major concern for IIoT systems. Unauthorized access to critical infrastructure, such as control panels or network devices, can allow attackers to alter system configurations, disable equipment, or install malicious hardware, further compromising security.
- The ISA/IEC 62443 series provides a comprehensive framework for managing cybersecurity risks in IIoT environments, covering everything from secure product development (IEC 62443–4–1) to maintaining the security of operational systems (IEC 62443–3–3).
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Embedded
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5 Uses of Large Language Models in Industry 4.0
- Large language models (LLMs) are deep learning models that understand and generate human-like text based on massive textual datasets, making them applicable in various domains beyond simple word predictions.
- Various industries are observing the potential of LLMs to streamline operations, enhance human-computer interaction, and drive process efficiencies.
- In industrial settings, LLMs are valuable for troubleshooting equipment issues by analyzing vast amounts of sensor data, maintenance logs, and technical documentation.
- LLMs are being used to automate quality control in manufacturing, enhancing accuracy and efficiency by inspecting items on the production line and analyzing data from sensors embedded in production equipment.
- LLMs enable manufacturers to gain valuable predictive insights by analyzing large datasets, including sensor data, maintenance logs, and error reports. They can also predict future demand and optimize production schedules, reducing overproduction and minimizing inventory costs.
- LLMs can significantly improve production efficiency by optimizing scheduling and resource allocation in manufacturing processes. By minimizing changeover times and maximizing machine utilization, LLMs help manufacturers streamline workflows and reduce downtime.
- LLM hallucinations refer to the phenomenon whereby LLMs generate information that appears plausible but is factually incorrect or nonsensical. Understanding and addressing LLM hallucinations is crucial to harnessing the benefits of these models while mitigating potential risks.
- Mitigating LLM hallucinations involves a multi-faceted approach aimed at ensuring the reliability and accuracy of generated outputs through techniques such as validation and verification, human-in-the-loop (HITL) processes, and continual model training and fine-tuning.
- Ensuring the ethical and responsible use of LLMs is paramount. Developing guidelines and policies that govern the deployment of LLMs can prevent misuse and mitigate risks associated with hallucinations.
- LLMs can revolutionize industrial operations, driving efficiency, and innovation in the Industry 4.0 era if the benefits and risks are managed with care, ensuring ethical considerations and accuracy remain at the forefront.
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TechBullion
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The Role of Telecom in Driving IoT Adoption Across Industries
- Telecom is playing a crucial role in enabling the growth of Internet of Things (IoT) across industries.
- IoT devices wouldn’t work without a robust network and telecom infrastructure.
- 5G networks have opened new avenues that were previously impossible, such as remote surgery in real-time.
- Telecom operators are launching purpose-built IoT networks like Narrowband IoT (NB-IoT) and Low-Power Wide-Area Networks (LPWAN) for devices that need very little power and send small amounts of data.
- Telecom is the backbone of connectivity, enabling scalability and driving industry-specific innovations.
- The demands for IoT vary from industry to industry, and telecom companies are tailoring solutions to address these unique needs.
- Telcos are helping to build smart cities, enable remote monitoring of patients in healthcare, and facilitate predictive maintenance in the industrial sector.
- Telecom providers are addressing the challenges of security concerns, standardization and compatibility issues, using higher levels of security protocols, AI for detection and neutralization of threats, and collaborating globally for standard set of protocols.
- Telecom providers are continuously innovating with technologies like 6G and satellite internet services such as Starlink to keep pace with the growing power and complexities of intelligent ecosystems.
- As IoT continues to be adopted at breakneck speed across various industries, the IoT and telecom relationship will only become more and more symbiotic.
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Dev
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48
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How I Automated a Greenhouse with IoT: The AgriSense Story
- AgriSense is a smart assistant for greenhouses, monitoring temperature and humidity and automating controls.
- The project was inspired by a visit to rural areas where farmers lacked tools to automate their greenhouses.
- The build involved selecting the right hardware, coding the system, designing the circuit, and testing in real greenhouse conditions.
- The deployment of AgriSense resulted in higher crop yield, less manual work for farmers, and cost savings.
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Zazz
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IoT Application Development: A Complete Guide
- An IoT app refers to software that allows users to interact with and control connected devices and systems. The key components of custom IoT app development involve hardware, connectivity, data processing, user interface, software, data storage, security, analytics and business intelligence, integration, and maintenance and updates. AI and machine learning, smart homes, edge computing, and 5G networks are modern trends in IoT app development. Industries like transportation, smart homes, manufacturing, healthcare, and retail are utilizing IoT technology. Developing an IoT app involves important steps such as market research, defining requirements, choosing hardware components, selecting an IoT platform, developing the app, testing it thoroughly, gathering user feedback, and maintaining and updating it. Challenges in building an IoT app include security, interoperability, power management, and user experience. Zazz provides IoT app development services and helps with ensuring security and integrating the app with existing systems.
- IoT app development allows for automation, improved efficiency, reduced costs, and valuable insights through data collection and analysis. A simple IoT app might take a few months, while more complex applications with advanced functionalities could take longer. Zazz implements strong security measures such as end-to-end encryption, regular software updates, multi-factor authentication, and thorough security audits. Various industries can benefit from IoT technology, including transportation, smart homes, manufacturing, healthcare, and retail.
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Dev
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328
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Building WordPress APIs: Connecting IoT Devices to Your Site
- WordPress is a powerful platform for building APIs that connect IoT devices to websites, enhancing functionality and user experience.
- WordPress has a robust REST API support, making it easy for developers to interact with IoT devices and handle data.
- Creating a WordPress API for IoT involves setting up a development environment, utilizing the built-in REST API, connecting IoT devices to the API, and processing the data received.
- With the help of WordPress APIs, developers can create innovative solutions, automate tasks, and provide seamless interactions between websites and smart devices.
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Dev
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The Future of Smart Homes: Top Devices, Trends & Innovations for 2024
- The top smart home devices of 2024 include Google Nest Mini, Google Nest Hub, TP-Link Kasa Smart Plug Mini, Amazon Echo (4th Gen), and Echo Hub.
- Emerging trends in smart homes include integration and connectivity through the Matter 1.4 protocol and AI-powered automation for tasks and security measures.
- By 2028, it is estimated that 55% of homes in North America and 42% of homes in Europe will be smart homes.
- Innovations in smart home technology include holistic home ecosystems and the integration of health and wellness features.
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Dev
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Exploring the MQTT Trigger for Spin: Simplifying Real-time Communication
- Real-time communication is essential for modern applications and the MQTT Trigger for Spin can simplify its implementation.
- The MQTT protocol is specifically designed for IoT devices and offers reliable message delivery over constrained networks.
- Developers can refer to the official SpinKube documentation for complete information on how to configure and use the MQTT Trigger Plugin for Spin.
- MQTT provides efficient communication for constrained IoT and edge devices and networks as well as offering scalability for large-scale deployments.
- The MQTT Trigger Plugin for Spin provides a simple way to subscribe to MQTT topics and trigger actions based on incoming messages.
- Developers using the MQTT Trigger for Spin do not need to write complex code for MQTT integration and can focus on developing the core functionality of their applications.
- Spin templates allow developers to quickly create the skeleton of an application or component, ready for the application logic to be filled in.
- Developers can easily incorporate real-time capabilities into their Spin applications by using the MQTT Trigger, facilitating timely updates and notifications.
- The MQTT Trigger for Spin is a gateway to efficient and scalable real-time communication for applications.
- The combination of MQTT and Spin framework can make real-time communication more straightforward and efficient.
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TechBullion
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57
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Google’s Online Ad Antitrust Trial In The US Draws To Close
- The U.S. Department of Justice presented its last defence in the antitrust trial against Google, claiming that the tech giant unlawfully controlled online advertising technology.
- Prosecutors argued that Google monopolized markets for ad servers, ad networks, and ad exchanges, rigging the rules of the road.
- Publishers testified that they couldn't switch away from Google due to its dominance in ad demand, resulting in potential revenue losses.
- If found guilty, Google may be required to sell off Google Ad Manager. The outcome of the case is seen as a smaller financial risk compared to the ruling on Google's monopoly in online search.
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Dev
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319
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How IoT is Transforming Oil & Gas: SCADA, Edge Computing, and Remote Asset Management
- The oil and gas industry is leveraging IoT technologies like SCADA and Edge Computing to transform operations and improve efficiency.
- Challenges in the industry include managing data, environmental and personnel safety, and timely reaction to critical incidents.
- Deployment of IoT sensors, SCADA systems, and Edge computing enables real-time data collection, analysis, and remote access to machines.
- Predictive maintenance strategies and real-time monitoring help reduce equipment failures, maintenance costs, and downtime in the oil and gas industry.
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Embedded
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Electronica 2024: Driving the Future with Ultra-Low-Power ICs and Sustainable Solutions
- Electronica 2024 showcased groundbreaking advancements in embedded systems, ultra-low power ICs, and innovative power solutions.
- Nanopower presented their ground-breaking ultra-low power IC for IoT and energy-harvesting applications, designed to revolutionize battery-powered and energy-harvesting uses.
- At Electronica, Texas Instruments (TI) highlighted its whole approach to the Software Defined Vehicle (SDV) transition.
- Driving efficiency, sustainability, and performance through various sectors, including automotive and industrial applications, the innovations presented are set to mark significant strides in the future of technology.
- NXP is inspiring creativity in battery management and automotive industries, with its strong range of wireless and power management solutions.
- Swedish startup Ligna is developing ultra-thin supercapacitors, offering a new era of sustainable energy storage, while also lessening reliance on worldwide supply lines.
- Rohde&Schwarz offered cutting-edge power electronics-specific advanced testing tools, including the MXO 5 oscilloscope, which proved indispensable for the characterization and debugging of multi-phase buck converters.
- Tektronix offered observations on the evolution of a novel isolated current probe, which offers a safe and effective alternative for assessing electrical characteristics on small, high-performance boards.
- Using industry-standard memory technologies such as EEPROM, NOR Flash, USB Flash, and SD cards, Datakey's rugged, portable memory options guarantee dependability even in demanding conditions.
- Overall, the event showcased sustainable power and energy solutions, which are set to revolutionize technology while promoting environmental sustainability.
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Securelist
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Advanced threat predictions for 2025
- Kaspersky's Global Research and Analysis Team analyzed most sophisticated attacks that shaped the threat landscape and anticipated emerging trends previously for 2024, which they review and offer insights about six of their predictions that have mostly come true. They also offer trend predictions for 2025, which include the IoT becoming a growing attack vector, backdoored AI models, and BYOVD exploits in APT campaigns.
- 2024 trends reviewed include the continued rise in attacks by threat actors targeting mobile devices, the emergence of more groups building their botnets, kernel rootkits seeing a comeback, growth in cyberattacks by state-sponsored actors, and more hacktivism in cyberwarfare.
- The Kaspersky research team predicted for 2025 that spear-phishing via Generative AI to more easily compose and illustrate phishing emails will expand. Additionally, the IoT will garner more attention from APTs, supply chain attacks on open-source projects will increase, and C++ and Go malware will be adapted to the open-source ecosystem.
- The Kaspersky team also predicts that hacktivist alliances will escalate in 2025 and that deepfakes will be used by APT groups. Finally, they forecast that BYOVD exploits will continue to be used by attackers to escalate to kernel-level access.
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