According to Irrigreen CEO, Shane Dyer, "Because of the flexibility and elegance of Irrigreen's robotic heads, we democratised the process by enabling anyone to design an efficient irrigation system from the convenience of their computer while also instantly calculating how much water they'll save annually."
If you're thinking your current water consumption can't be that bad, all you have to do is go to the Irrigreen website and enter your address to see how many gallons of water you're currently wasting in your outdoor irrigation, no emails or subscriptions necessary. You'll be able to trace your lawn and set no-go zones. You will also get a quote for what a complete system would cost for your specific needs, whether you'd like to do a DIY installation or hire a pro to do it for you. Promises of 80% less piping and 87% fewer sprinkler heads. Programmable zone shape any zone shape that fits within a 18m diameter circle, line of sight.
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Unlike conventional manufacturing methods that often produce harmful byproducts and emissions, the biofilm is created naturally by microbes. The team used bacteria previously employed in microbial batteries to create the biofilm. The biofilm, sandwiched between electrodes and a sticky polymer, forms a small square, similar in size to a postage stamp, that can adhere to the wearer's skin.
Derek Lovley, one of the paper's authors, explained that the new approach significantly simplifies the process of generating electricity. By growing the cells in a biofilm and utilising this agglomeration of cells, the energy input is reduced, making the technology more efficient and versatile for various applications. During tests, the biofilm successfully powered small electronic devices such as LCD screens. The researchers plan to further explore the capabilities of the biofilm by scaling up its size and evaluating its potential to power more complex wearable electronics. The team's findings were published in the journal Nature, showcasing the immense potential of sweat-powered biofilms to revolutionise the field of wearable electronics and provide a sustainable energy solution for future technologies.
Challenges and Future Directions:
Some examples in current use: Indoor Positioning Systems: Li-Fi can be used to create highly accurate indoor positioning systems, offering precise location tracking for applications such as retail analytics, asset management, and navigation. Smart Lighting: Li-Fi can be integrated with existing lighting infrastructure, providing both illumination and high-speed data transmission. This can be particularly useful in smart homes and offices. Industrial Automation: Li-Fi can be used for real-time communication and control in industrial settings, enabling efficient and reliable automation processes. Healthcare: Li-Fi can be deployed in hospitals and clinics for secure data transmission, patient monitoring, and medical device connectivity. As Li-Fi technology continues to evolve, it has the potential to boost various industries and reshape the way we experience wireless communication. From smart homes and offices to industrial automation and healthcare, Li-Fi offers a promising solution for high-speed, secure, and efficient connectivity.
Convenient Access to Information:
One of the standout benefits is its ability to provide convenient access to information. With this mirror, you can easily view your calendar, check the weather, and stay updated on important events, all without needing to reach for your phone or tablet. It simplifies your morning routine by eliminating the need to juggle multiple devices, ensuring that you never miss a beat. LED Lighting Technology: LED lighting technology offers exceptional clarity and visibility. It illuminates your face, body, and hair, allowing you to see every detail while ensuring a flawless grooming experience. The mirror's LED lighting not only serves a functional purpose but also adds a touch of elegance and sophistication to your bathroom decor. Music in the Bathroom: Getting ready in the morning can be a mundane task, but anLED Smart Mirror has found a way to make it more enjoyable. Equipped with a built-in Bluetooth speaker, this mirror allows you to play your favourite music while you get ready. It eliminates the need to hold your phone or use separate speakers, enabling you to focus on your beauty routine without distractions. Weather Alerts: Staying informed about the weather is crucial for planning your day effectively. A Smart Mirror offers a weather alert system that keeps you updated on the forecast. You can set up custom alerts for specific times or receive notifications whenever there are changes in weather conditions. This feature ensures that you're well-prepared for outdoor activities or simply deciding what to wear for the day. From a Health Perspective: Smart mirrors themselves typically do not have the capability to directly measure health parameters such as heart rate, blood pressure, or body composition. However, some smart mirrors can integrate with other health-tracking devices or apps to provide you with health-related information. For example, if you have a wearable fitness tracker or a smart scale, you can sync the data from these devices with certain smart mirrors. This allows you to view your fitness progress, body weight, and other health metrics on the mirror's display. Additionally, smart mirrors can provide a visual reflection of your appearance, allowing you to assess your overall health and physical well-being. By observing changes in your skin, hair, and body over time, you can monitor your general health status. A Smart Mirror is not just a practical addition to your bathroom; it's also a statement piece that enhances your self-confidence and appreciation for yourself. By providing a fresh perspective on your reflection, this smart mirror encourages self-love and body positivity. PS there are also smart workout mirrors 🙀 Ep 238
This initiative takes self-driving technology beyond individual cars, demonstrating the potential for automated vehicles to revolutionise the freight industry. By leveraging coordinated driving techniques, the TRL aims to optimise transportation logistics, improve fuel efficiency, and contribute to the reduction of carbon emissions.
Several pilot projects involving driverless lorries have been conducted on closed roads and in controlled environments in collaboration between technology companies, logistics providers, and government agencies. These initiatives have helped to test the technology and identify areas for improvement. While the concept of driverless lorries may raise questions about safety and public acceptance, proponents argue that advancements in autonomous driving technology, combined with rigorous testing and regulations, will ensure the viability and security of these convoy systems. If successfully implemented, this innovative approach has the potential to reshape the landscape of commercial transportation, unlocking economic and environmental benefits for the UK. The TRL's proposal marks a significant step forward in exploring the practical applications of autonomous vehicles beyond passenger cars.
Potential Applications
As the world transitions to a more sustainable future, innovations like this are essential for achieving our climate goals. Ep220 (out of order) Images are created by AI and may not accurately represent the product
"EveR 6," took the stage as the conductor for a mesmerising performance featuring over 60 musicians from the Korean National Orchestra - playing traditional Korean instruments.
During the spectacle held at the National Theater of Korea, EveR 6 flawlessly guided three out of the five compositions performed. The robot showcased its skills by leading both independently and in collaboration with a human master for approximately half an hour. The performance captivated an audience of more than 950 attendees, who filled the theatre to witness this historic moment. As EveR 6 made its grand entrance from under the stage in an elevator, the robot turned towards the audience, graciously bowing in greeting. The sight prompted an eruption of applause, expressing admiration for the technological feat. The developers of EveR 6 are actively working to enhance the robot's capabilities, aiming to enable it to make gestures that go beyond pre-programmed actions. Throughout the performance, EveR 6's piercing blue eyes remained fixated on the musicians, nodding in perfect rhythm with the music. Audience members were impressed by the robot's stage debut, praising its synchronisation with the orchestra. However, it is important to note that the robot does not possess real-time listening or improvisation abilities, according to its developers. Basically, EveR 6 is deaf and was simply running pre-programmed routines… obviously this will change as AI is incorporated into the programming. The development of EveR 6 raises intriguing questions about the future of human-machine collaboration in the arts. Could robots eventually replace human conductors in certain contexts? Or will they simply provide a new and exciting tool for musicians to explore? As technology continues to advance, only time will tell how EveR 6 and other humanoid robots will shape the landscape of classical music. Ep237
ChatGPT
One of the most appealing features of the photovoltaic fence is its simplicity. It requires no special permits or complex installation procedures. Homeowners can simply install the fence, plug it in, and start generating their own electricity.
The photovoltaic fence is not only environmentally friendly but also economically beneficial. It can generate up to 2 kWc of energy, enough to power various household appliances and significantly reduce electricity bills. By adopting this tech, homeowners can contribute to a cleaner and more sustainable future. They are suggesting direct sunlight is not absolutely necessary to generate electricity as the panels are super sensitive, but I wonder the effect of shade from trees and bushes as they overgrow. In any case, a pretty cool idea if it works. Everyone needs a fence.
Some of the Key Advancements include:
Blade Battery: BYD's proprietary Blade Battery technology is at the heart of the Seal 07 DM-i's extended range. This lithium-iron-phosphate battery is known for its safety and energy density. DM-i Powertrain: The DM-i (Distributed Electric) powertrain combines a highly efficient internal combustion engine with an electric motor for optimal performance and fuel economy. Advanced Driver Assistance Systems (ADAS): The Seal 07 DM-i is likely to come equipped with a suite of ADAS features, including adaptive cruise control, lane-keeping assist, and automatic emergency braking. Connected Car Technology: Expect the Seal 07 DM-i to offer advanced connectivity features, such as over-the-air updates, smartphone integration, and voice control. As the electric vehicle market continues to evolve, BYD's Seal 07 DM-i represents an exciting development. If brought to Australia, it could appeal to consumers seeking a balance between environmental responsibility and driving convenience. Ep225
How Injection Molding Works
Unlike conventional pressing, which involves pressing vinyl powder between two heated plates, injection moulding involves injecting molten vinyl into a mould. This process offers several advantages:
So the latest step is to use PET instead of PVC to create an ECO friendly record using injection moulding machines. This is the same tech used to produce CDs, DVDs and Laserdiscs. But in reality (and according to the audiophiles)the sound is arguably worse. If you are in the vinyl camp and of the mindset that vinyl sounds better than CD, then listening to injection moulded vinyl may very well be a kind of torture. Check it out on youtube for a few comparison videos. If you dare 🙂
Sodium-ion batteries offer several advantages over traditional lithium-ion batteries:
The Natron Energy factory will play a crucial role in advancing the development and adoption of sodium-ion batteries in the US. By establishing a domestic supply chain and manufacturing capabilities, the company aims to reduce reliance on foreign sources and support the growth of the US energy sector. As the demand for clean energy continues to rise, sodium-ion batteries offer a promising solution for grid-scale storage and electric vehicle applications. Natron Energy's factory is a significant step towards a more sustainable and energy-independent future. *Image is AI generated and does not necessarily accurately represent the factory.
Got it? OK, so… As our population ages, the number of medications individuals take daily is on the rise. This phenomenon, known as polypharmacy, can lead to increased risks of overdosing or underdosing using traditional methods of pill manufacture, packaging and distribution. To address this growing challenge, researchers are exploring innovative solutions, such as 3D-printed polypills. By combining multiple medications into a single pill, 3D printing technology offers the potential to simplify medication regimens and improve patient adherence. This is particularly beneficial for older adults and those living in remote areas who may struggle with managing complex medication schedules. Beyond simplifying medication, 3D printing also opens up new possibilities for customization. By tailoring the shape, size, and colour of pills, researchers can create more appealing and identifiable medications, especially for children and individuals with visual impairments. While the technology is still in its early stages, the potential benefits of 3D-printed polypills are significant. As research progresses and regulatory frameworks evolve, we can expect to see this innovative approach making a positive impact on healthcare. What are your thoughts on the potential benefits and challenges of 3D-printed medications?
A better idea is to grab a streamer and connect it to one of your HDMI ports. This way you save a bunch of money and you get something that can generally be easily updated or even replaced at a minimal cost.
Bottom line: If your TV screen looks good and you’re happy with the quality, do the earth a favour and keep it away from landfill a bit longer. What streamers are there? Google Chromecast with Google TV -> soon to be replaced so grab a bargain
Traditionally, mind control experiments have involved invasive procedures, tethering subjects to complex equipment and limiting their movement. However, researchers from the Institute for Basic Science (IBS) have developed a revolutionary approach. By introducing nanoparticle-activated "switches" into the brains of mice, they can now remotely manipulate behaviour using magnetic fields.
The technology, dubbed "Nano-MIND," allows scientists to precisely target and activate specific brain circuits. By targeting specific brain regions associated with feeding, socialising, and maternal instincts, scientists were able to remotely control the mice's behaviour. The implications of this breakthrough are profound, with potential applications in treating neurological disorders and understanding the complexities of the human brain. While the technology is still in its early stages, it raises important ethical questions about the potential for mind control and manipulation. As research progresses, it will be crucial to establish robust ethical guidelines to ensure responsible development and application of this powerful technology. Can’t wait to see the app for that!
Recent viral videos showcasing the dramatic decline in air quality after vaping inside a car have highlighted the effectiveness of these sensors. While such extreme examples are eye-opening, the technology holds broader implications for our overall well-being.
Beyond automotive applications, air quality sensors are making their way into smart homes. These devices can detect pollutants, allergens, and other contaminants, providing real-time data and enabling users to take steps to improve indoor air quality. By integrating with smart home systems, these sensors can automatically adjust ventilation or air purification systems to optimise the environment. As technology continues to advance, we can expect even more sophisticated air quality monitoring solutions to emerge. From wearable devices to environmental sensors, the future of indoor air management is looking bright. Do you think air quality sensors should be standard equipment in all new homes and cars?
4D Imaging: Building on traditional 3D imaging, 4D imaging adds the element of time, allowing doctors to see blood flow in real-time. This dynamic visualization helps in understanding how blood moves through the vessels, which is crucial for diagnosing conditions like blockages or aneurysms. 4D imaging provides a more comprehensive picture, making it easier for doctors to pinpoint issues and plan effective treatments.
Together, AI and 4D imaging are setting new standards in vascular care, making diagnosis more accurate and treatments more targeted. The future of vascular imaging is not just about seeing blood vessels—it’s about understanding them in ways we never could before.
The idea of interacting with a digital doppelgänger of a deceased loved one might seem comforting to some and unsettling to others. On one hand, it offers a unique way to keep memories alive, allowing future generations to connect with their ancestors in a way that was never possible before. Imagine asking your great-grandfather about his life during the Great Depression or hearing your mother’s voice offering advice long after she’s gone.
However, digital resurrection also opens a Pandora's box of ethical questions. Who owns the rights to your digital self? How do we ensure these avatars are used respectfully and not exploited? The thought of someone manipulating your digital likeness or turning it into a meme is enough to make anyone uneasy. Moreover, there’s the emotional impact to consider—while some might find comfort in this digital extension of life, others may feel it hinders the natural process of grieving and moving on. As with all things tech, digital resurrection is still in its infancy, and its future remains uncertain. Whether it becomes a powerful tool for connection or a passing fad, it certainly offers a fascinating glimpse into the potential—and pitfalls—of blending technology with the most human of experiences. So, the next time you receive a friend request from beyond, don’t be too alarmed. It’s just another chapter in our ongoing quest to cheat death, if only virtually. And with that, we leave you with a thought: In a world where the dead can "live" again, maybe it’s time to start curating your digital life—because you never know who might be scrolling through it in 100 years! This is MITE Radio, where we make I.T. easy—even when it borders on the absurd. Move over Solar Bikini, the Australian company EcoFlow, known for its portable power stations, has taken a quirky turn with its latest product: the Power Hat. This solar-powered floppy hat is designed to charge your phone while you soak up the sun. With a 12-watt output, the Power Hat can fully charge a 4,000mAh smartphone in about 3-4 hours. The hat features a durable design, with an IP65 rating for water resistance. However, the hat's weight of 370 grams might make it feel a bit heavy for extended wear… Just thinking more about this, I’m not expecting people to accompany their hats in the sun for 4 hours to charge their phone batteries.  The whole concept might seem a bit unconventional, but the Power Hat could be a practical accessory for outdoor enthusiasts and festival-goers. It offers a sustainable and convenient way to keep your devices charged while enjoying the sunshine.
The Power Hat is expected to be available mid spring in time for the coming summer. Ep218/219
While X TV's content library is still under development, we can expect a diverse range of videos, including:
However, X TV faces significant challenges in competing with established streaming giants like Netflix, Disney+, and Amazon Prime Video. These platforms have invested heavily in content libraries, original programming, and user experience. To succeed, X TV will need to differentiate itself by offering unique content and features that appeal to a wide audience. Additionally, concerns about content moderation and the potential for harmful content to proliferate on the platform remain. X's track record in addressing such issues on its main platform will be crucial to its success in the streaming space. Ultimately, the success of X TV will depend on its ability to deliver a compelling user experience, attract a large audience, and effectively compete with established players in the streaming market. Do you think X TV has the potential to become a major player in the streaming industry? The new app, now available on Google TV and Amazon Fire TV, brings the platform's content to the big screen.
This intricate combination of hardware and software enables the pants to augment leg power, reduce fatigue, and enhance overall hiking performance.
Keen to try this out? Arc'teryx is offering demo sessions to showcase the pants' capabilities and gather feedback from potential customers. The company aims to make this technology more accessible and appealing to the wider outdoor enthusiast market. How much would you pay for some pants like this? Is $5K a bit rich? Maybe but a 40% kick in the literal pants may well be worth it!
At its core, the system relies on electromagnetic induction. This is the same principle that powers wireless charging for smartphones, but scaled up dramatically.
The ORNL system uses a series of coils embedded in the road surface to create a magnetic field. The vehicle, equipped with corresponding coils, interacts with this field to generate an electric current, charging the car's battery. The development holds immense potential for the EV industry, offering faster charging times and increased convenience for drivers. By eliminating the need for physical plugs, wireless charging can simplify the charging process and reduce wear and tear on charging ports. While challenges such as efficiency and charging distance remain, ORNL's achievement marks a significant step towards a future where charging electric vehicles is as effortless as charging a smartphone. What do you think? Could this technology accelerate the adoption of electric vehicles? Would this help you pull the pin?
The company, which has secured autonomous driving permits in four countries, is now targeting markets in Europe and Japan. WeRide's focus extends beyond passenger transport, with recent deployments of autonomous sweepers and public shuttle buses showcasing its diverse application of AV technology.
Key to WeRide's success is its strategic choice of markets. Singapore and the UAE, with their supportive regulatory environments and advanced infrastructure, have proven to be fertile ground for AV development and testing. The company's decision to pursue an IPO (initial public offering - float) on the Nasdaq reflects its ambition to become a global leader in the AV sector. However, navigating the complex geopolitical landscape between the U.S. and China will be crucial for WeRide's long-term success. As the competition in the AV industry intensifies, with major players like Tesla and Waymo making significant strides, WeRide's ability to differentiate itself through innovation and strategic partnerships will be essential. While WeRide may not have a physical presence in Australia yet, its advancements have broader implications for the country.
Ep212
Sodium-Ion: A Promising Alternative
Unlike lithium-ion batteries, sodium-ion batteries rely on the abundant element sodium. This makes them potentially cheaper and more sustainable. While they currently offer lower energy density, ongoing research is rapidly improving their performance. Key Advantages of Sodium-Ion Batteries:
While sodium-ion batteries hold immense promise, they still face challenges in terms of energy density and commercialization. However, with ongoing research and development, they could become a major player in the energy storage market. You may be thinking that seawater is a great renewable source for sodium, but… the process is complex and energy-intensive, making it currently less practical than extracting sodium from other sources like salt deposits. Challenges and Considerations:
Beyond the Metal Shell
Current robots, for all their advancements, lack the delicate and complex sense of touch that humans take for granted - forced to rely on non-contact sensory input. This limits their ability to interact with the world in a nuanced way. Synthetic skin aims to bridge this gap by giving robots a human-like surface that can perceive pressure, temperature, and even texture. The Science of Feeling Developing synthetic skin is no easy feat. Researchers are exploring various avenues, including:
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