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IOT News
Medium
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Image Credit: Medium
How I Started Earning Free Bitcoin Daily — No Skills Needed!
- An individual shares their success story of earning free Bitcoin daily without skills or investments through a new system.
- The system allows for earning approximately $25-$50 worth of Bitcoin every day through a simple setup.
- The key to the system is the auto Bitcoin money system, which refreshes hourly, enabling consistent earnings without active involvement.
- The system focuses on simplicity and efficiency, using an algorithm to maximize earnings in the crypto market.
- Users have reported substantial Bitcoin earnings shortly after joining, with some reaching thousands of dollars in income monthly.
- People from various backgrounds, such as freelancers and students, have found success with this platform.
- There are no hidden monthly fees associated with this system, making it accessible for all users.
- Taking action now can help break the cycle of financial stress and work towards financial independence and personal goals.
- The opportunity offers a chance to accumulate Bitcoin for free and includes various bonuses.
- Individuals are encouraged to seize the opportunity to set up the system and start earning passive income.
- Claiming a spot in the system can lead to financial freedom and the ability to earn money while enjoying personal activities.
- Embracing this income stream may open up further opportunities beyond Bitcoin.
- The system is positioned as a pathway to financial freedom and achieving desired goals.
- The individual emphasizes the importance of taking action promptly to benefit from this opportunity.
- Joining the system could potentially lead to increased earnings and a shift towards a more efficient income stream.
- The article does not qualify for web story generation as it promotes potential financial gain through unspecified means, which may not comply with guidelines on misleading or inaccurate content.
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Medium
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Image Credit: Medium
Create Wealth While You Sleep with Passive Income
- Passive income offers the opportunity to earn money without actively working for it, coming from sources like rental properties, stock dividends, or online ventures.
- Building passive income is akin to planting a tree, requiring initial effort but providing long-term benefits.
- Starting passive income endeavors involves strategic planning and taking gradual steps.
- It's never too late to begin generating passive income; even small efforts can make a significant impact.
- The journey towards passive income may have challenges, but each step contributes to financial growth.
- Engaging with the passive income community through online forums and courses can provide valuable support and insights.
- Utilizing technology tools can enhance passive income efforts, from investment apps to website builders.
- Feeling overwhelmed is common when starting passive income pursuits, but educating oneself, building networks, and being patient are key.
- Celebrating milestones achieved through passive income endeavors is essential for maintaining motivation.
- Reflecting on lessons learned and embracing the process are vital aspects of the passive income journey.
- Passive income can lead to personal growth, learning, and the freedom to pursue life's dreams.
- Embarking on passive income is a journey of patience and consistency, offering financial independence and a fulfilling life.
- The process of creating passive income is comparable to nurturing a seed into a flourishing tree, with diligence leading to fruitful outcomes.
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SiliconCanals
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Image Credit: SiliconCanals
Oslo’s ONiO raises €5M to scale MCU that cold-starts under 1µW, runs on ambient energy
- Oslo-based ONiO, a fabless IoT company, raised €5M led by node.vc and co-lead by Maki.vc.
- Node.vc is an early-stage VC firm in Stockholm that invests in tech startups in Nordic and Baltic regions with an €80M fund.
- The funding will aid in scaling ONiO's ONiO.zero wireless microcontroller, which starts under 1µW and runs on ambient energy.
- ONiO's technology can harvest energy from sources like solar, RF, thermal, and piezo without batteries, contributing to eco-friendly IoT solutions.
- ONiO aims to reduce battery waste, and ONiO.zero is instrumental in achieving this goal.
- ONiO, led by Kjetil Meisal, focuses on ultra-low-power microcontrollers like the power-efficient ONiO.zero for IoT applications.
- ONiO.zero operates on 22µW/MHz, redefining how IoT devices are powered with its ability to run on various energy sources.
- The technology enables smarter, more efficient, and sustainable IoT designs by eliminating the need for batteries or extending battery life significantly.
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Ubuntu
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Image Credit: Ubuntu
What are our partners building for device makers? Explore the highlights from Ubuntu IoT Day Singapore
- Ubuntu hosted its first IoT Day event in Southeast Asia and Singapore, with over 150 participants discussing the future of IoT.
- Presentations from industry leaders like ARM, Intel, Qualcomm, and others focused on AI deployment challenges, robotics trends, and regulatory compliance.
- Challenges of deploying AI at the edge were discussed, with Qualcomm introducing the AI Hub for optimized models and Intel offering Verified Reference Blueprints for streamlined deployment.
- MediaTek showcased their Genio platform using Snap packages for secure AI application delivery, aiding OEMs and device manufacturers with updatable AI capabilities.
- Silicon and ODMs are transitioning to a software-first approach, as highlighted by companies like ARM abstracting hardware complexities with middleware like Kleidi.
- Participants explored topics on secure deployments and compliance, including discussions on the European Cyber Resilience Act and tools like DeviceON by Advantech for remote device management.
- Canonical delved into the implications of the CRA for device manufacturers, emphasizing compliance and security maintenance, while Advantech highlighted Ubuntu Pro for enhanced security.
- The event aimed to expand technical knowledge and foster professional networks among participants, with plans to continue hosting IoT days in Southeast Asia.
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Hackaday
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Image Credit: Hackaday
BhangmeterV2 Answers The Question “Has a Nuke Gone Off?”
- A BhangmeterV2, a nuclear event detector called HSN-1000L, has been built by a user named Bigcrimping.
- The device outputs data publicly at hasanukegoneoff.com to check for nuclear explosions.
- The HSN-1000L remains available and is used for detecting gamma ray pulses preceding a nuclear event.
- The device triggers an automatic shutdown to protect electronics in case of a nuclear exchange.
- The HSN-1000L is connected to a Raspberry Pi Pico 2 W to create the BhangmeterV2.
- The BhangmeterV2 logs the time of the nuclear event detector's signal change and sends the data to the cloud.
- It can only detect nuclear events within line-of-sight, making it sensitive to nearby nuclear events.
- Future versions may include additional detection methods like a 3D-printed neutrino detector.
- If surviving a blast, users may need a radiation detector like a gamma-ray spectrometer for fallout analysis.
- The relevance of this project in the modern world hints at a cold-war vintage feel resurfacing.
- The project reflects the concerning state of affairs, and contributions from users are encouraged for similar projects.
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TechBullion
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Image Credit: TechBullion
Latent AI Launches Groundbreaking “Latent Agent” Platform to Eliminate “Model-to-Hardware” Guessing Game for Devices
- Major enterprises face challenges deploying AI models on edge devices due to compatibility and performance issues related to memory, computing capability, latency, and power usage.
- The launch of Latent Agent by Latent AI aims to eliminate the 'model-to-hardware' guessing game and accelerate AI deployment on edge devices.
- Latent Agent empowers developers to describe deployment needs in plain English, providing optimized AI model recommendations based on real-world performance data.
- Developers can streamline the process using Latent Agent's natural language interface in Visual Studio (VS) Code, simplifying AI model optimization.
- The platform utilizes over 200,000 hours of real-world data to make precise model recommendations for edge devices, reducing deployment times significantly.
- Latent Agent's self-healing models automatically detect and resolve performance issues, ensuring uninterrupted productivity in enterprise environments.
- LEIP, Latent AI's primary edge AI modeling solution, has already shown success in industries like the United States Navy Task Force and the Future of Sports (FSP).
- Several enterprises, including Gartner Peer Insights, have benefited from Latent AI's solutions by reducing model deployment times, enhancing operations, and transforming sports venues.
- Latent Agent revolutionizes AI deployment by offering a future where scaling AI across edge devices is faster, efficient, and more reliable.
- With Latent Agent, the process of deploying AI models on edge devices becomes more straightforward and efficient, marking a significant advancement in AI technology.
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Siliconangle
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Image Credit: Siliconangle
With $27M in funding, Fleet wants to bring more freedom to enterprise device management
- Fleet Inc. secures $27 million in Series B funding to enhance enterprise device management.
- The funding round was led by Ten Eleven Ventures with participation from CRV, Open Core Ventures, and other investors.
- Fleet offers an open-source device management platform for companies to secure their computing devices.
- The platform provides transparency, extensibility, and repeatability compared to proprietary software.
- Fleet aims to give organizations control over device management for compliance with regulations like PCI and FedRAMP.
- It offers both hosted and on-premises deployment options.
- Netflix, Stripe, Fastly, Uber, and Reddit are among the well-known enterprises using Fleet.
- Fleet's platform supports various devices like iPhones, Android phones, laptops, and even data centers.
- Customers praise Fleet for providing flexibility and avoiding forced cloud migrations.
- The company's rapid growth is attributed to its channel partners and open-source approach.
- Fleet CEO emphasizes the company's dedication to open hosting options.
- Ten Eleven Ventures Partner endorses Fleet for its comprehensive device management capabilities.
- Fleet plans to maintain its open approach and customizable hosting solutions.
- The company has been seeing significant adoption for its device management platform.
- Flexible hosting options are generating increased interest in web searches.
- Fleet's platform is designed to cater to a wide range of operating systems and devices.
- The company's mission is to provide free, relevant, and in-depth content to the community.
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Alvinashcraft
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Dew Drop – June 24, 2025 (#4445)
- Inside Access: Join Us at VS Live! Redmond for a Week of Deep Developer Learning (Mads Kristensen)
- LINQPad 9 Early Preview – LINQPad 9 is a major update unifying the Windows and macOS codebases (Joe Albahari)
- Build your code-first agent with Azure AI Foundry (Microsoft)
- Create a Contact Management App in .NET MAUI Using ListView and DataForm (Jayaleshwari N.)
- Introducing Mu language model and its impact on Windows Settings (Vivek Pradeep)
- Modernizing Win32 Apps with WinUI – Advanced Installer’s Approach (Renato Ivanescu)
- Technology & Friends – Scott Hanselman on New Technology and Old Friends (David Giard)
- Using SQL Server 2025 Vector Search in .NET Aspire – eShopLite Style! (Bruno Capuano)
- How to create light and dark color modes with CSS (Chris Ferdinandi)
- SSO Comes to Telerik and Kendo UI for a Simpler, More Secure Account Access (Dragan Grigorov)
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Siliconangle
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Image Credit: Siliconangle
Meta debuts $399 AI-powered Oakley Meta HSTN smart glasses
- Meta Platforms Inc. debuts Oakley Meta HSTN smart glasses with built-in artificial intelligence assistant.
- Collaboration with Oakley and parent company Luxottica Group SpA.
- Features front-facing camera with Ultra HD resolution, speakers, and microphones for interaction with Meta AI.
- Battery capacity supports eight hours of typical use per charge and 19 hours in standby mode, extendable by 27 hours with the charging case.
- Components set in a frame with IPX4 rating for water resistance.
- Some pairs include Oakley's PRIZM technology for improving visibility in varied weather conditions.
- Aria 2, another smart glasses model by Meta, designed for AI researchers and features four cameras with stereo lenses for depth tracking.
- Stereo cameras on the Aria 2 enable the device to power computer vision models using depth data, such as hand tracking.
- Aria 2 includes sensors for heart rate monitoring, ambient light levels, and features a custom processor capable of running AI models locally.
- Oakley Meta HSTN glasses to be launched this summer for $399, available in six versions with different frame designs.
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Medium
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Image Credit: Medium
IoT Architectures Under Pressure
- Despite the readiness of technology and clear benefits, the anticipated boom in IoT integration has not fully materialized.
- The cost of smart devices poses a significant barrier to adoption, with expenses extending throughout the lifecycle.
- Challenges like connectivity, interoperability, and high prices hinder the seamless integration of smart devices.
- Exploration of alternative solutions and shared resources in IoT development can enhance efficiency and usability.
- Reimagining smart device development by pooling resources and adopting edge computing could streamline operations and reduce redundancy.
- The proposed firmware-less approach aims at consolidating resources and improving device cohesiveness.
- Implementing centralized control, shared UI frameworks, and edge computing could optimize smart home management.
- Transitioning to thin clients connected to a central hub for processing mirrors the concept of cloud gaming, enhancing efficiency.
- The approach focuses on sustainability, efficiency, and utilizing existing tools for a seamless IoT architecture.
- The article series 'IoT Architectures Under Pressure' explores practical implementations of efficient smart device development strategies.
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Dev
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Image Credit: Dev
Remote GPS Sensor: Component Selection and GPS Coding
- Home automation systems use various sensors triggering behaviors like turning on lights based on presence, even using GPS coordinates for precise detection.
- The article discusses using Home Assistant and ESP Home for automations involving devices transmitting GPS coordinates as tags.
- Challenges arise in urban areas due to the reliance of ESP Home on stable Wi-Fi for data transmission from GPS sensors located remotely.
- The project transitions to using long-range radio frequency transmission for data from remote GPS and temperature sensors to a base station.
- Steps include building and programming the sensors, sender, receiver, and integrating with Home Assistant for automations.
- Specific hardware components required include ESP8266 board, BME680 temperature sensor, NMEA-based GPS sensor, and Dupont cables.
- The article details the wiring of components, the PlatformIO project setup, and the initial code implementation for sensor communication.
- Instructions and configurations are provided for integrating the Adafruit BME680 Library and reading temperature and GPS data using SoftwareSerial and TinyGPSPlus.
- The code examples demonstrate reading temperature and GPS data individually and then integrating both to periodically gather and print sensor readings.
- The project's aim is to create a remote sensor system using radio frequency for data transmission, bypassing the limitation of Wi-Fi connectivity in congested areas.
- The article focuses on the hardware, sensor programming, and initial setup, with future articles planned to explore the remote connection and data processing aspects.
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Embedded
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Countering GNSS Spoofing: Innovations for IoT Security
- The integration of IoT and GNSS technology is pivotal for various sectors such as smart cities, autonomous vehicles, agriculture, and supply chain.
- Challenges arise due to the increasing risks associated with GNSS disruption by spoofing and jamming attacks.
- Spoofing involves generating false GNSS signals to deceive receivers, impacting timing and positioning data.
- Jamming attacks overpower GNSS receivers with strong signals, easier to detect but still disruptive.
- Spoofing attacks, historically limited to military, are now more accessible with low-cost technology.
- Commercial sectors like aviation and shipping are increasingly targeted by spoofing attacks, posing safety risks.
- Anti-spoofing technologies focus on signal anomaly detection, cryptographic authentication, and redundancy.
- Mitigation techniques include Receiver Autonomous Integrity Monitoring (RAIM) and signal encryption.
- Ongoing challenges include cost, scalability of anti-spoofing solutions, and the evolving nature of attacks.
- Developments like the Galileo Smart Traceability Anti-spoofing project and AI integration are addressing the evolving threat landscape.
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Embedded
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Embedded Web Server – A Guide for Modern Connected Devices
- An embedded web server is a software component integrated into a hardware device allowing user interaction through a web browser in a constrained environment.
- It enables real-time control, monitoring, and configuration over a standard network, simplifying management of devices like routers, smart home systems, industrial controllers, and IoT nodes.
- Hardware setup for embedded web servers includes Ethernet for stable communication, Wi-Fi for wireless connectivity, and Cellular for remote or mobile deployments.
- These interfaces provide connectivity options for the embedded web server to communicate over the Internet or local networks.
- The software stack for embedded web servers follows a four-layer model: Driver Layer, TCP/IP Layer, Library Layer, and Application Layer.
- Understanding this layered approach is crucial for optimizing performance, scalability, and maintainability of embedded web server implementations.
- Popular solutions for embedded web servers include Zephyr, lwIP, and Mongoose Web Server, each offering different functionalities and support for various protocols.
- Choosing the right embedded web server solution is essential for the success of any connected device project, impacting hardware options, software architecture, and available tools.
- With the increasing demand for smart and connected devices, mastering the implementation of an embedded web server has become more crucial than ever.
- The article provides a comprehensive guide for deploying modern embedded web servers for connected devices.
- Embedded web servers simplify device management and enhance user experience by providing a user-friendly interface accessible through a web browser.
- Understanding hardware setups and software architecture is key to developing efficient embedded web server solutions.
- Various connectivity options like Ethernet, Wi-Fi, and Cellular cater to different deployment scenarios, ensuring reliable and versatile communication.
- The embedded web server software stack operates through distinct layers, from hardware interaction to application-specific logic and UI elements.
- Multiple solutions, including Zephyr, lwIP, and Mongoose Web Server, offer developers different levels of support and functionality for embedded web server development.
- Choosing the appropriate embedded web server solution is crucial for project success, given the importance of hardware compatibility, software architecture, and tool availability.
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Securityaffairs
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Image Credit: Securityaffairs
Attackers target Zyxel RCE vulnerability CVE-2023-28771
- Attackers are actively targeting the Zyxel RCE vulnerability CVE-2023-28771, according to GreyNoise researchers.
- On June 16, a surge in exploit attempts against the Zyxel IKE decoders vulnerability was observed, with 244 unique IPs involved.
- The main targets of the attack were the U.S., U.K., Spain, Germany, and India.
- All 244 IP addresses related to the exploitation attempts were traced back to Verizon Business in the U.S., but the use of UDP means the IPs could be spoofed.
- The exploit attempts were linked to Mirai botnet variants, as confirmed by VirusTotal.
- GreyNoise recommends blocking the identified malicious IPs, verifying device patches, monitoring for post-exploitation activities, and limiting exposure on IKE/UDP port 500.
- In April 2023, Zyxel addressed the CVE-2023-28771 vulnerability in its firewall devices and urged customers to install patches to mitigate the risk.
- The U.S. CISA added the vulnerability to its Known Exploited Vulnerability to Catalog after observing active exploitation.
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Embedded
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CrowPanel ESP32: a Versatile Solution for IoT Projects – Display Management
- The article delves into programming the 1.28-inch CrowPanel ESP32 display for IoT projects using MicroPython, highlighting its features and applications.
- The display offers a resolution of 240×240 pixels, wireless connectivity, IPS technology, and capacitive touch sensing, suitable for interactive graphic displays in IoT applications.
- Programming can be done using MicroPython, Arduino IDE or other platforms, with specific libraries available for managing RTC, LCD, and I/O expansion.
- A simple example demonstrates interfacing a button with the LCD screen to display different content based on button press in MicroPython.
- Another example focuses on creating an analog clock interface on the display using basic functions for drawing circles and arranging hour numbers.
- The article emphasizes the ease of programming the CrowPanel ESP32, its versatility, advanced features, and compatibility with various languages and libraries, making it suitable for IoT projects.
- Overall, the CrowPanel ESP32 Display 1.28 inch stands out as a versatile solution for embedded applications, IoT dashboards, and industrial automation systems.
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