Tag: sensor

Roborock Saros 10 robotic vacuum cleaner review

The Roborock Saros 10 robotic vacuum cleaner is the premium product from the company that just launched in Ireland recently however there is cheaper models avaiable which is great for the consumer giving them choice and a product for their needs which is something I like.

If you want to keep your floors clean this includes those who have pets this is the machine you need full stop and it worked perfeclty during my testing and there was lots to test on this.

The unit itself is an average size compared to other vacuums we have tested here and fits nicely in any spot in your room once set up as you will see in the full hands-on demo below it is simpe to use. It also looks like a premium device and that it is with what it can do.

The Roborock app is excellent one of the best I have used for such a product in along time and once set up the vacuum leaves its docks scans the rooms and comes back and is ready to rock. There is some buttons on the vacuum itself but I think you will find there is no need to only for setting up.

The navigation process is fun to watch this can go onto multiple levels like carpets or door dividers for example and it avoid obsticles with great accuarcy in the video below you will see it put to the test and watch it not touch a press door or anything it is super precise in what it does.

There is also a built in camera that can be used at home or remotley with the ability to speak through it and this is excellent and could also be used to keep an eye on things should you wish the speaker is crystal clear and the video feedback very clear with little buffering, this may depend on your internet connection and time of day.

There is also a remote control on board which is fun to you so if you are bored you can clean the entire house yourself with your mobile phone which defeats the purpose but it is great to have and I love it and we need to see more of this, recently I done a garden mower with the same feature.

There is two brushes underneath a cloth base and arm and of course a big brush all these work well in tandem and give good results after putting dirt on the floor, with some vacuums the main sweeper brush tended to push dirt away but not with the Saros 10 it picked up and cleaned everything.

Check out the video below for a proper look and what the Roborock Saros 10 can do you will be impressed and to date the best robotic vacuum I have tried, it might seem expensive for some but this is worthy of the expense and the company taking things to a new level.

The Roborock App

 

Features

Designed to redefine what a premium robot vacuum can be, Saros 10 combines ultra-slim engineering, powerful suction, intelligent navigation, and advanced dock automation. With industry-leading obstacle handling, precision mopping, and one of the quietest cleaning performances Roborock has ever achieved, Saros 10 delivers a truly next-level, hands-free cleaning experience.

Ultra-Thin 7.98cm Design with RetractSense™ Navigation

The RetractSense™ Navigation System lowers the LDS sensor to pass through low-clearance spaces and raises it again in open areas, enabling the slimmest Roborock design yet at just 7.98cm. Built for durability, this system is rated for tens of thousands of cycles and thousands of testing hours.

Advanced LiDAR Vision & Smart Height Detection

A wide-angle vision module ensures the LDS sensor maintains a broad field of view even when retracted, preventing mapping loss in tight spaces. The upward range finder and top contact sensor intelligently measure clearance height in real time, helping Saros 10 avoid forced entry and reduce the risk of surface scratches.

AdaptiLift™ Chassis for Barrier Crossing

Featuring the industry-first AdaptiLift™ Chassis, Saros 10 can overcome thresholds up to 4cm high. By lifting its omni wheels and drive wheels, the robot automatically adapts its crossing strategy, ensuring smooth, uninterrupted cleaning across doorways and uneven surfaces.

Chassis Lifting for High-Pile Carpets

When cleaning high-pile carpets, Saros 10 elevates its chassis by up to 10mm to reduce suction port blockages caused by long fibres. This feature can be enabled via the Roborock App for optimal performance.

DuoDivide® Dual Anti-Tangle Brush System

The DuoDivide® main brush transports collected hair to the centre inlet, where a differential brush speed strips and separates bundled hair before powerful suction removes it. Paired with the FlexiArm Riser side brush, the system achieves a 0% hair tangling rate, even in pet-heavy environments.

FlexiArm Riser Side Brush for Complete Edge Cleaning

The asymmetrical spiral side brush uses centrifugal force to direct debris toward the suction inlet, while a soft rubber baffle prevents hair from wrapping. Longer bristles increase coverage, and the brush automatically retracts after lifting to avoid furniture collisions.

22,000Pa HyperForce® Suction

Delivering up to 22,000Pa of HyperForce® suction power, Saros 10 provides exceptional debris pickup and achieves a 100% hair removal rate on carpets under test conditions.

VibraRise® 4.0 Mopping System

The VibraRise® 4.0 mopping system features a denser, more absorbent mop with dual sonic vibration zones operating up to 4,000 vibrations per minute. With up to 8N downward pressure and a 26% larger vibration area, it delivers superior stain removal on hard floors.

Automatic Mop Detaching & Independent Side Mop Lifting

In modes where mopping is not needed, such as Vacuum Only or Vacuum Carpets First, the vibrating mop automatically detaches to keep carpets dry. The edge mop can also lift independently, lowering only when detected near edges to deliver precise edge-cleaning performance.

Reactive AI 3.0 Obstacle Recognition

Saros 10 combines triple structured light, an RGB camera, and VertiBeam™ lateral structured light to recognise obstacles with minimal blind spots. Millisecond-level response and precise side-distance measurement allow the robot to clean close to objects while maintaining excellent obstacle avoidance.

RockDock® Ultra 2.0 – Fully Automated Maintenance

The RockDock® Ultra 2.0 handles automatic mop washing with dynamic water temperatures up to 80°C, auto mop detaching, heated air drying up to 60°C, auto dust emptying, detergent dispensing, tank refilling, and dock self-cleaning. The dock also charges a 6,400mAh battery in as little as 150 minutes.

SmartPlan® 2.0 & Quiet Cleaning

SmartPlan® 2.0 adapts cleaning strategies based on room type and usage history. During Do-Not-Disturb periods, Saros 10 lowers power and noise to deliver one of the quietest Roborock cleaning experiences, with performance as low as 52 dB(A) in Quiet Mopping Mode.

Advanced App, Smart Home & Pet-Friendly Features

Control everything through the Roborock App with support for Matter, Apple Home (via OTA), Google Home, and Amazon Alexa. Pet-friendly features include automatic pet recognition, quiet cleaning, real-time video calls, pet snapshots, and intelligent pet search functionality.

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How Samsung Is Tackling Sleep Apnea to Energise Your Days

Millions worldwide suffer from sleep apnea, but 80% of sufferers[1] don’t even know they have it. This serious condition causes people to pause breathing while asleep, potentially disrupting oxygen supply, lowering sleep quality, and leading to health complications including hypertension and stroke. Despite these risks, the disorder largely goes unnoticed because getting a diagnosis usually requires time-consuming and costly in-lab sleep studies.

To mark World Sleep Day 2026, a global study of Samsung Health users[2] is shedding new light on the true extent of the condition and the disruptive impact it has on your sleep. Aligned with this year’s World Sleep Day theme, “Sleep Well, Live Better,” Samsung is turning the invisible signs of sleep apnea into actionable insights through its Galaxy Watch series, helping those affected improve their sleep habits and overall health.

How Does Sleep Apnea Impact Your Sleep?

The report found that 23% of study participants are at risk of sleep apnea.

“The microarousals and awakenings that follow breathing pauses fragment your sleep,” explains behavioral sleep scientist Dr. Vanessa Hill. “Those occurrences can prevent the brain from staying in the REM and deep sleep stages necessary for cognitive and physical restoration.”

The report shows these constant disruptions take a direct toll on sleep duration and quality, leading to:

  • Reduced REM Sleep: Participants with moderate to severe sleep apnea indicators detected by their Galaxy Watch got around four minutes less rapid eye movement (REM) sleep, the phase where our brains process emotions, consolidate memories and cement learning. Without enough of it, people can experience mood instability and memory problems, impacting performance at work and overall well-being.
  • Less Deep Sleep: Sleep apnea also robs sufferers of deep sleep, approximately eight minutes less per night, on average. This is the body’s critical physical restoration phase, where growth hormone is released, muscles are repaired, and your immune system is activated. Losing out on deep sleep is why you may feel physically exhausted, have slower recovery times, and get sick more often.
  • Frequent Nightly Awakenings: Study participants with signs of sleep apnea also woke up regularly during the night and stayed awake around four minutes longer. These interruptions derail the sleep cycle, locking you into lighter, less restorative stages and making next-day exhaustion inevitable, no matter how long you slept.
  • Shorter Sleep Duration: Overall, people with a higher likelihood of sleep apnea averaged around 12 minutes less sleep. While this loss may seem minor, it can have a significant impact on overall sleep quality as your sleep cycle gets fragmented throughout the night.

Why It Matters: “Even a small loss in sleep duration is compounded by a larger loss of sleep quality,” said Dr. Hill. “This can be the difference between simply being ‘in bed’ and getting restorative rest, which could be why people feel so tired the next day.”

Dr. Hill also advocates a multidimensional approach to sleep health. “Sleep apnea affects many dimensions of sleep, duration, quality, sleep efficiency and even daytime fatigue,” she stated. “They together help determine our health and functioning.”

With sleep apnea shown to impact all aspects of sleep and lead to other health complications, detection is an essential first step in the fight against the condition.

How Does Galaxy Watch Help Detect Signs of Moderate to Severe Sleep Apnea?  

For years, sleep apnea has been difficult to detect due to the need for inconvenient hospital tests. However, Samsung offers at-home detection with a first-of-its-kind Sleep Apnea[3] feature on your Galaxy Watch.

  • How It Works: Users simply track their sleep with a compatible Galaxy Watch[4] for more than four hours over two nights within a ten-day period. Available through the Samsung Health Monitor app, the Sleep Apnea feature enables users to proactively spot signs of the condition. Initially launched in Korea, the feature has since received De Novo authorization from the U.S. FDA and is now available in 78 markets[5] worldwide and counting.
  • The Technology: Leveraging the Galaxy Watch’s BioActive Sensor, the feature tracks blood oxygen levels to determine when the user stops breathing (apnea) or is not breathing enough (hypopnea). Based on this data, the feature estimates the user’s Apnea-Hypopnea Index (AHI), which indicates the severity of obstructive sleep apnea (OSA).
  • From Awareness to Action: By detecting signs of sleep apnea early, the feature provides the data needed for an informed consultation with a medical professional. In addition to tackling sleep apnea, your Galaxy Watch can help you build habits for better holistic sleep health. Features include the Sleep Coaching program for detailed analysis and tips on how to improve sleep quality and Bedtime Guidance,[6] which recommends your optimal bedtime to ensure you consistently get enough sleep.

“For years, the inconvenience of an in-lab clinical sleep study has been a barrier to diagnosing sleep apnea,” added Dr. Hill. “Wearable technology such as Galaxy Watch is a breakthrough because it democratizes that first step. It allows people to gather meaningful data from their own beds, providing a starting point for a conversation with a healthcare professional.”

Take Control of Your Night

A good night’s sleep is the first step toward a healthier, more energized life, and Samsung is here to guide you. Samsung’s ecosystem offers end-to-end care, from detecting signs of sleep apnea on your Galaxy Watch to providing suggestions to receive professional adviceto connecting you with professional advice through our health network.

Looking ahead, Samsung is constantly innovating and improving the Sleep Apnea feature to make it even more powerful with sharper insights. Prioritize your rest today to unlock a healthier tomorrow.

[1]Obstructive Sleep Apnea National Indicator Report,” American Academy of Sleep Medicine (2023)

2Samsung Health users from the U.S., South Korea, Brazil, Canada, Mexico, Russia, Chile, South Africa, and the Philippines participated in the study from January–June 2025.

3The Sleep Apnea feature is an over-the-counter (OTC), software-only, mobile medical application operating on a compatible Samsung Galaxy Watch and phone. It is intended for on demand use. Users should not use this feature to replace traditional methods of diagnosis and treatment by a qualified clinician. The data provided by this device is also not intended to assist clinicians in diagnosing sleep disorders. For users over the age of 22 who have not been diagnosed with sleep apnea, the feature monitors for signs of moderate to severe obstructive sleep apnea (OSA).

4Availability may vary by market, carrier, model, or a paired smartphone. Available on Galaxy Watch4 series and later models. The watch requires the Wear OS 5.0 version or later and must be paired with a Samsung Galaxy smartphone with Android 12.0 or later.

5Supported markets include Australia, Austria, Azerbaijan, Bahrain, Belgium, Bolivia, Brazil, Bulgaria, Canada, Chile, Christmas Island, Cocos (Keeling) Islands, Croatia, Cyprus, Czech Republic, Denmark, Dominican Republic, Ecuador, Egypt, El Salvador, Estonia, Faroe Islands, Finland, France, Georgia, Germany, Greece, Guatemala, Hong Kong, Hungary, Iceland, Iraq, Ireland, Italy, Jordan, Kuwait, Latvia, Lebanon, Lithuania, Luxembourg, Malaysia, Mauritius, Mayotte, Mexico, Netherlands, Nicaragua, Norfolk Island, Norway, Oman, Panama, Paraguay, Peru, Philippines, Poland, Portugal, Qatar, Romania, Russia, Réunion, Slovakia, Slovenia, South Africa, South Korea, Singapore, Spain, Sweden, Switzerland, Syria, Taiwan, Thailand, United Arab Emirates, United Kingdom, United States, Venezuela, Vietnam, Yemen.

6Bedtime guidance is available on Android phone (Android 11 and above) requires Samsung Health app (v6.30.2 or later). Bedtime guidance based on 3 days of sleep analysis of user’s circadian rhythm and sleep pressure. Intended for general wellness and fitness purposes only. The measurements are for your personal reference only. Not intended for use in detection, diagnosis, treatment of any medical condition or sleep disorder. Please consult a medical professional for advice.

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OBSBOT Tiny 3 and OBSBOT Vox SE Wireless Microphone – Review

At TechBuzz Ireland we have looked at several OBSBOT products over the years, and the Tiny 3 with the Vox SE Wireless Microphone continues that trend with a compact PTZ webcam and matching wireless audio kit aimed at creators and remote workers. The camera itself is the real highlight here, with a small, solid build and plenty of smart features, while most of the drawbacks in this package are centred around the microphone and its accessories rather than the Tiny 3.​

Design, build and what you get

The Tiny 3 arrives in the familiar OBSBOT‑style packaging, and having reviewed many of these units before, the presentation and layout will feel very familiar. The first noticeable detail is just how small and compact the Tiny 3 is, yet it still feels solid in the hand and well put together.​

In the box you get the Tiny 3 camera, USB‑C cable, USB‑C to USB‑A adapter, adjustable mount, user manual, warranty card and a dedicated Tiny 3 storage case. The case is a big practical plus, as it keeps the camera, mount and cable together and protected, which matters more here because of the exposed gimbal design.​

The body uses an aircraft‑grade aluminium alloy with a dual‑axis gimbal, and despite the compact size it never feels flimsy. At around 63 g it is light enough to carry every day, but still has enough weight that it does not feel like a cheap plastic webcam perched on top of your screen.​

Key specs and features

Inside, the Tiny 3 is built around a 1/1.28‑inch CMOS sensor with effective pixels of 50 MP, giving it plenty of resolution to work with for both 4K and lower‑resolution modes. It supports up to 4K at 30 fps and 1080p at 120 fps, along with a 4x digital zoom and a 2‑axis gimbal for smooth framing and movement.​

You also get DCG HDR, wide ISO support from 100 to 12800, and Dual All‑Pixel PDAF autofocus for quick and reliable focusing. On the audio side, the Tiny 3 has an intelligent directional built‑in mic system and can also connect to external audio devices such as the Vox SE.​

OBSBOT has packed in a long list of headline features including:

  • Top‑tier spatial audio performance
  • “Tiny in Size, Titan in Performance” compact design
  • Premium imaging system aimed at flagship‑level webcam quality
  • Industry‑leading AI features such as Smarter AI Tracking 2.0, voice‑activated control and effortless framing
  • Powerful creative software with professional image controls and creative tools
  • RTC remote interaction for real‑time remote control and streaming
  • OBSBOT Avatar & Virtual Voice (beta) for VTubing and motion capture
  • Seamless integration into the wider OBSBOT ecosystem, including multicam setups and wireless audio workflows​

Setup and software

Out of the box, the Tiny 3 works as a plug‑and‑play webcam and can be used straight away with apps like Microsoft Teams, Skype and similar platforms. That said, to really get the most from the hardware it is strongly recommended to download and install the free OBSBOT Center software and update to the latest firmware.​

Once the software is installed, you gain access to more detailed image controls, AI tracking options, presets and creative tools. The physical unit can sit on top of a laptop or monitor using the adjustable mount, or you can use the built‑in 1/4‑inch thread to attach it to a tripod (tripod not included) for more flexible positioning.​

The overall setup process is straightforward if you are used to webcams, but there is still a bit of learning involved if you want to explore all of the AI and control features the Tiny 3 offers.​

Voice and gesture control

Voice control remains one of the more standout features on the Tiny 3, allowing you to use commands such as “Hi Tiny”, “Sleep Tiny”, “Track me”, “Unlock me”, “Zoom in”, “Zoom out” and preset positions 1, 2 and 3. When it works, it gives you a very convenient hands‑free way to control framing and behaviour, particularly useful when you are away from the keyboard during a call or recording.​

Gesture control is also supported and allows you to trigger actions using simple hand movements, making it easy to start tracking or adjust framing without fumbling around in software menus. Together with the AI tracking, these controls help the Tiny 3 feel more like a small PTZ studio camera than a basic webcam.​

OBSBOT Vox Wireless Microphone

Alongside the Tiny 3, I also tested the OBSBOT Vox Wireless Microphone, which is designed to work seamlessly with the Tiny 3 series. The microphone kit comes with its own carry case, and this is important because there are a lot of small accessories included which could easily get lost otherwise.​

In the case you will find the compact wireless mic unit along with a furry windshield, lanyard, magnetic holder, necklace and a USB‑C charging docking station. The mic itself is made from hard plastic and feels solid given its size, and the overall idea is to provide a flexible, cable‑free audio solution that fits neatly into the OBSBOT ecosystem.​

From a technical point of view the Vox has some strong numbers: it offers studio‑grade audio quality with omnidirectional pickup, dual‑channel recording, plug‑and‑play operation, extended battery life and versatile mounting options. It is designed to work with smartphones and tablets that have USB‑C, and integrates with OBSBOT Center and OBSBOT Live.​

The microphone specifications include:

  • Dimensions: 28.53 × 25.47 × 11.5 mm
  • Weight: approx. 9 g (excluding magnetic clip)
  • Usage time: up to 20 hours
  • Microphone directivity: omnidirectional
  • Sensitivity: −37 dBFS ±1 dBFS @ 1 kHz, 94 dB SPL
  • Maximum sound pressure level: 123 dB SPL
  • Signal‑to‑noise ratio: 68 dBA
  • Frequency response: 50 Hz–20 kHz
  • Sampling rate and bit depth: 48 kHz/24‑bit
  • Wireless mode: GFSK 2 Mbps
  • Battery voltage: 3.7 V (operating 3.3–4.4 V)
  • Working distance: up to 100 m in open, interference‑free conditions
  • Battery capacity: 170 mAh
  • Operating temperature: 0–40°C​

In use, the Vox works well in terms of audio quality and wireless range, delivering a clutter‑free, cable‑free workflow when paired with the Tiny 3. However, there are some niggles: the large number of small accessories makes it easier to misplace parts, and charging the microphones through the dock feels less convenient than if OBSBOT had used a more straightforward wireless charging solution or a single USB‑C connection directly to the kit.​

 

Software integration and niggles

Connecting the Vox to the OBSBOT camera through the software is not completely intuitive on first install. The instructions tell you to select mode, go to Audio, choose OBSBOT Microphone and then add TX1/TX2, but actually finding those options in the software for the first time can be a bit of a challenge.​

Once you have located the correct settings, pairing works as expected and is easy enough, but this initial friction is worth noting if you are not used to digging through software menus. This contrasts with the camera side of things, where basic setup is closer to plug‑and‑play, particularly if you just want to use the Tiny 3 as a standard webcam first and explore the extra features later.​

Warranty

One area that feels slightly out of step with the overall premium feel of the Tiny 3 and Vox kit is the warranty. The package comes with a one‑year warranty, which is fine on paper but a bit of a disappointment given the quality of the hardware and the fact that the Tiny 3 has moving parts in the gimbal.​

For a product at this level and price point, a longer warranty would provide more peace of mind, especially for users planning to use it heavily for work or content creation.​

Verdict

Overall, the OBSBOT Tiny 3 is a pleasure to use and feels like a Swiss‑Army‑knife style webcam – small, responsive and packed with genuinely useful features. The 2‑axis gimbal, digital zoom, fast response and hand gesture/voice controls make it easy to frame shots the way you want, whether you are on calls or creating content as part of the wider OBSBOT ecosystem.​

As with previous OBSBOT units I have used, the Tiny 3 feels solid in the hand, with a compact design and included storage case that make it simple to carry between setups without worrying about the gimbal. The free software adds more creative control and multiple ways to operate the camera, so you can get more out of it than a standard plug‑and‑play webcam while still being able to drop it into everyday apps like Teams or Skype.​

The add‑on Vox wireless microphone technically works well, with good audio and range, but the number of small accessories, the extra charging dock and the slightly awkward first‑time setup in the software mean most of my niggles are around the mic rather than the camera. A longer warranty than one year would better match the premium feel of the kit, but taken on its own, the Tiny 3 is an easy camera to recommend if you want a compact, feature‑rich webcam that can grow with you inside the OBSBOT ecosystem.​

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EthyloKey: World’s First Touch-Based Alcohol Detector

Ethylowheel is proud to announce the upcoming Kickstarter launch of EthyloKey, a new category of pocket-sized, contact-based alcohol-awareness device designed to help users better understand their alcohol consumption before driving — effortlessly, discreetly, and responsibly.

Launching on Kickstarter on January 8, 2026, EthyloKey combines patented sensor technology, thoughtful product design, and intuitive real-time feedback to support alcohol awareness in everyday life – without mouthpieces, forced blowing, or socially awkward gestures.

Why EthyloKey?

Most people don’t use a breathalyzer when they should – not because they don’t care, but because existing tools are inconvenient, embarrassing, or impractical in real-life situations. Devices designed for enforcement or professional use rarely fit into everyday social moments.

Alcohol awareness should be as simple and natural as checking the time. It should happen before getting behind the wheel – quietly, quickly, and without friction.

EthyloKey was created to remove those barriers and turn prevention into a simple habit – empowering individuals to pause, reflect, and make more informed decisions, while remaining fully responsible for their choices.

Simple, Visual Guidance

With a brief finger touch, users receive color-coded indicative feedback designed to support understanding and self-evaluation. This guidance helps users assess whether they may be above commonly accepted legal limits, depending on context and local regulations.

🟢   Green – Lower alcohol presence detected
 🟠 Orange – Elevated alcohol presence detected

 🔴 Red – High alcohol presence detected
 🔵 Blue – Test could not be completed

EthyloKey is discreet, eco-conscious, and shareable, making it suitable for both personal and everyday social use.

A New Approach to Alcohol Awareness

Traditional breathalyzers have remained largely unchanged for decades: bulky, slow, and poorly adapted to everyday use.

EthyloKey explores a different approach by leveraging insensible perspiration of ethanol – a natural phenomenon where trace amounts of alcohol are released through the skin after consumption. Using a patented sensor system and proprietary algorithms, EthyloKey analyzes ethanol vapors at the skin surface and provides indicative, real-time guidance to help users evaluate their situation before driving.

EthyloKey is designed as a prevention and awareness tool, not as a certified breathalyzer, medical device, or law-enforcement instrument.

How It Works

  • Capture
     Ethanol vapors emitted through the skin are captured within a controlled micro-volume.
  • Detection
     Specialized gas sensors analyze the concentration of ethanol vapor.
  • Interpretation
     Proprietary machine-learning algorithms translate these signals into indicative alcohol-awareness feedback, delivered in seconds.

Laboratory testing against certified breathalyzers has shown consistent correlation patterns, with a short detection delay compared to breath-based methods.

Smart, Connected & Adaptive

EthyloKey connects via Bluetooth to a companion mobile app (iOS & Android), enhancing the experience with:

  • Alcohol awareness history 
  • Predictive alcohol curve visualization 
  • Safety reminders 
  • Multi-user profiles 
  • Adaptation of legal reference thresholds based on the user’s country or location

This connected approach allows EthyloKey to remain flexible in a world where alcohol regulations vary globally.

Design & Specifications

  • Dimensions: ~40 mm diameter × 15 mm height (1.6 in × 0.6 in)
  • Weight: ~20–30 g (0.7–1 oz)
  • Materials: Aluminum housing, stainless steel, high-grade polycarbonate
  • Battery: Rechargeable coin-cell battery with wireless charging
  • Connectivity: Bluetooth for iOS & Android apps
  • Available Colors: Space Grey and Rose Gold 

 

 

Designed for everyday carry, EthyloKey features a miniaturized, pocket-friendly form factor and a sealed, cable-free charging system.

Why It Matters

Alcohol-impaired driving remains one of the most persistent and well-documented road safety issues worldwide. According to European road safety authorities, alcohol is estimated to be involved in roughly one quarter of fatal road accidents across Europe. In the United States, data from national road safety agencies shows that alcohol-impaired driving continues to cause more than 30 deaths every day.

Despite these well-known risks, voluntary use of personal breathalyzers remains extremely limited outside of enforcement or professional settings.

The gap is not awareness — it’s usability.

EthyloKey aims to help close that gap by making alcohol awareness intuitive, accessible, and stigma-free, encouraging people to pause and reflect before getting behind the wheel.

Founder Quote

“Alcohol awareness should be simple, intuitive, and part of everyday life – not a device people avoid,”
 says Jaime Alonso, CEO and co-founder of Ethylowheel.
 “With EthyloKey, we’re introducing a new approach to prevention – designed for real life, to help people make more informed decisions without friction or judgment.”

Kickstarter Launch

EthyloKey will make its global debut on Kickstarter on January 8, 2026.
Pricing will start at $159, with limited early-bird offers available for early supporters who want to be part of this new generation of alcohol-awareness tools.

Spaceflux Wins Dstl Contract for Infra-Red Sensor Technology Demonstrator System and Launches Spaceflux Labs

Spaceflux, a leading provider of Space Situational Awareness (SSA) solutions, has been awarded the “Infra-Red Sensor Technology Demonstrator System for Space Domain Awareness” contract by the Defence Science and Technology Laboratory (Dstl), a UK Ministry of Defence’s (MOD) executive agency.

The contract to design and build an infrared telescope testbed to de-risk the technology for ground-based surveillance and characterisation of satellites marks a significant milestone in the company’s commitment to advancing SSA capabilities and reinforces the firm’s position as a world leader in SSA. This project will be led by Spaceflux’s new innovation hub, Spaceflux Labs, a dedicated research division that will propel the future of SSA technology. 

Spaceflux Unveils Unique Daytime Satellite Tracking Capabilities 

Spaceflux’s innovative solution features a large optical telescope equipped with two cameras, integrating both Short-Wave Infrared (SWIR) and visible sensors. This advanced setup will enable daylight tracking and unprecedented characterisation capabilities of satellites and space debris across all orbital regimes. Daylight tracking expands the operational window for tracking space objects beyond nighttime observation, allowing for 24/7 monitoring. This will help mitigate potential collisions, prevent accidental interference with operational satellites or missions and reduce the risk from in-space hazards. Advanced characterisation on the other hand, improves understanding of the behaviour of such objects and helps to optimise satellite deployments, de-orbiting procedures, and other space operations in increasingly congested orbital environments. 

As part of the project, Spaceflux will enhance its existing data analytics platform, Cortex, to further improve the characterisation of space objects. These enhancements will be integrated into the Spaceflux Miru Stations, a fully integrated optical SST (Space Surveillance and Tracking) system, and the Track & Guard service, further enriching the company’s product offering capabilities. 

The new infrared sensor system will be installed at the firm’s observatory in Spain, a strategic location that benefits from optimal weather conditions for infrared observations. Following the installation, Spaceflux will conduct a series of experiments over several months, and the results will be delivered to Dstl for assessment. Following the technology demonstrator, the company will integrate this advanced sensor into its global network permanently, enhancing Spaceflux’s ability to provide high-quality, timely space situational awareness data to its clients. 

Marco Rocchetto, CEO of Spaceflux, commented, “Winning this Dstl contract is a testament to Spaceflux’s commitment to pushing the boundaries of space technology. By integrating innovative sensor technologies with our AI-driven analytics platform, CORTEX, we are poised to advance the UK’s capabilities in Space Domain Awareness significantly.” 

Dr William Feline, Senior Principal Scientist at Dstl, commented, “Dstl are delighted to be working with Spaceflux in this novel and exciting area of research.  We hope that this project will lead to significant enhancements in the UK’s sovereign SSA capabilities in support of the National Space Operations Centre (NSpOC).”

Launch of Spaceflux Labs: A Hub for Innovation and Collaboration 

In tandem with the recent Dstl contract award, Spaceflux is thrilled to announce the official launch of Spaceflux Labs on October 1st 2024. Situated in London, Spaceflux Labs will serve as a dynamic hub of innovation, committed to pushing the boundaries of Space Domain Awareness through advanced research and close collaboration with customers and partners. Spaceflux Labs will act as a collaborative nexus, facilitating engagement with leading academic research in AI and Space Situational Awareness to accelerate the translation of cutting-edge science into market-ready solutions. 

Led by Prof. Ingo Waldmann, one of Spaceflux’s co-founders and a distinguished astrophysics professor at University College London, Spaceflux Labs will focus on pioneering projects such as self-calibrating sensors, track-before-detect technologies, and sensor fusion. These initiatives aim to enhance the detection capabilities of smaller and fainter objects in space, contributing to global efforts to ensure a safer and more sustainable orbital environment.  

Prof. Waldmann, who will be joining Spaceflux full-time as Chief Technology Officer (CTO) to lead the Labs, stated, “Spaceflux Labs represents the next chapter in our journey to revolutionise space situational awareness. Our goal is to drive innovation in AI and sensor technologies, fostering collaboration and co-creation with our partners to deliver transformative solutions that meet the challenges of tomorrow.” 

This dual achievement showcases Spaceflux’s leadership and expertise in the field of space situational awareness and aligns with the firm’s recent successes and strategic objectives in the UK. This project not only advances Spaceflux’s technological capabilities, but also positions the company for future opportunities to supply next-generation state-of-the-art systems to other clients​​​. 

Meross Unveils Groundbreaking Presence Sensor MS600: Presale Begins August 1st

Meross, a well-known smart home brand, announces the presale launch of its innovative Presence Sensor MS600, the first Matter-compatible presence sensor, starting August 1st. This advanced device represents a significant leap forward in home security and automation, offering unparalleled accuracy and privacy features.

“The MS600 Presence Sensor marks a new era in smart home technology,” says Eric, CEO of Meross. “We’re excited to offer consumers a device that not only enhances their home security but also respects their privacy while seamlessly integrating with their existing smart home ecosystems.”

Advanced Presence Detection: Beyond Motion Sensing

Unlike traditional motion sensors, the MS600 can detect human presence even when individuals are completely still, utilizing a combination of Millimeter-Wave Radar, PIR, and light sensors. This technology allows for:

 

– Presence detection up to 6 meters, even detecting subtle movements like breathing

– Motion detection up to 12 meters

– Equipped with a light sensor with a sensing range of 0-8000 lumens

Enhanced Home Security

The MS600 outperforms traditional motion sensors with: 

Advanced Detection: The Millimeter-Wave Radar identifies even subtle movements, like breathing, ensuring that intruders cannot escape detection by blocking the sensor.

Instant Alerts: Sends immediate mobile notifications via various smart home apps, including Matter-compatible platforms, for unusual activity, boosting security and offering peace of mind.

Preventing False Triggers and Alarms: 

The MS600 reduces false triggers with Dual Sensor(Millimeter-Wave Radar Sensor and PIR Sensor) Activation, which needs both heat changes and movement to activate, minimizing interference from non-biological sources. The Pet-Proof Shield also helps prevent alerts caused by pets, ensuring accurate and reliable monitoring.

 

Advanced Design:

The MS600 features an Adjustable Bracket that allows for 90-degree vertical adjustment and

Seamless Smart Home Integration

As the first Matter-compatible presence sensor, the MS600 effortlessly integrates with major platforms including HomeKit, Amazon Alexa, and Google Assistant. This ensures easy setup and unified control across various smart devices. The device does not require a hub for operation, making it even more convenient for users.

Privacy-First Approach

The MS600 incorporates Space Learning technology, avoiding the collection of sensitive data such as images, audio, or mapping information. .Additionally, the MS600 benefits from the robust privacy protections of Matter and its partner platforms, including HomeKit, Amazon Alexa, and Google Assistant. This commitment to privacy sets it apart in the smart home market.

Practical Applications

Imagine your smart home automatically adjusting lighting, temperature, and security systems based on your presence, even when you’re sitting still:

– Home office: Keeps your workspace illuminated and comfortable during long work sessions

– Living room: Maintains optimal entertainment settings while you relax

– Bedroom: Ensures a peaceful sleep environment without false triggers

Key Specifications:

 

– Power source: Type-C powered (no battery required)

– Connectivity: Matter protocol, Wi-Fi compatible

– Companion app: Meross APP, Matter APP, Apple Home APP, Amazon Alexa APP and Google Assistant APP.

Presale Details:

The Meross Presence Sensor MS600 will be available for presale at https://shop.meross.com/ starting August 1st.

Pricing Structure:

– First 300 units: $29.99 (over 15% off the regular retail price)

– Remaining units: 10% off the regular retail price

Regular Retail Prices:

– US: $35.99

– EU: €34.99

– UK: £32.99

BUY

See our Meross door and sensor kit review

Feel the force with digitally enabled sensor technology

To help engineers working in production and assembly lines – or those handling test challenges that require measurements of tensile/compressive forces in confined spaces – HBK has released is U93A, an easy to mount miniature force sensor with the option of digital and analogue interfaces.

The U93A is available as traditional passive mV/V sensor or users can order the force transducer with different hardwired amplifier modules. Models with 0–10V or 4–20 mA are available, as well as a digital module with IO–Link interface.

IO–Link is an established and standardised interface, allowing the integration of HBK force sensors into any PLC system in a cost effective and time saving manner. As with all HBK smart sensors, the IO–Link version comes with many beneficial features such as the sensor health warning, which enables the sensor to compare conditions concerning temperature and force introduced within the limits of the sensor. When limits are exceeded, the sensor sends a warning to prevent failure. Limit switches, filter or digital outputs are included as well, helping to solve typical challenges in the world of production and assembly.

Transducer Electronic Data Sheet (TEDS) and various practical cable lengths are also an option, as well ready-mounted plugs for HBK instruments. This allows users to easily expand their testing capabilities – and the configurations offered means the sensor can also be integrated  as a part of a machine or in an assembly line.

The robust sensor is IP68 rated, rust-free, has cables resistant to most operating substances (oils, cleaning agents, etc), and is suitable for use in drag chains, making it ideal for laboratory based tests and tough environments, such vehicle engines, outside measurements or moving machinery parts.

This miniature sensor has been tested in an electromagnetic compatibility (EMC) laboratory according to IEC standards, shock and vibration test – and is also compliant with international standards. Despite its specialised, compact construction, it remains extremely resistant to lateral forces and bending moments.

U93A is the successor of the established U93, with many improvements: it operates to HBK accuracy class 0.2, instead of the previous 0.5, providing the user with precision measurements. It has excellent temperature characteristics, low hysteresis and a small linearity error.

More information about HBK’s U93A smart sensor is available here: U93A Miniature Force Transducer with IO-Link | HBM