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Monitoring

Prof. Jason Heikenfeld with the prototype patch (left) and the upcoming Bluetooth version ...

Nobody likes having blood samples drawn. What's more, such samples typically have to be analyzed in a lab before they're able to tell us anything. Now, however, scientists at the University of Cincinnati and the US Air Force Research Laboratory are developing a system in which a Band-Aid-like skin patch is able to gather and transmit medical data in almost real time, by analyzing the patient's sweat ... and you just need a smartphone to read it, no poking or prodding required.  Read More

Fiber optic sensors may help reduce the death toll in landslides, by providing an early wa...

Landslides kill thousands of people every year, so it should come as no surprise that various systems have been developed in an effort to predict when they're about to occur. One of the most recent innovations, developed by scientists at Italy's Second University of Naples, utilizes fiber optics to create a sort of watchable "nervous system" of the slope that's being monitored.  Read More

Artist's impression of Sentinel-1A, which is now operational, over Italy (Image: ESA/DLR)

Sentinel-1A, the first of a planned fleet of ESA satellites central to the European Commission's Copernicus environmental monitoring program, has begun its operational life. Following the completion of its commissioning and transfer to the team in charge of its operation, users now have access to data from the satellite, which will provide all-weather, day and night radar imaging for land and ocean services.  Read More

The PLANTOID robot, with its 'trunk' and sensor/leaf-bearing branches

The animal kingdom contains many examples of efficient forms of locomotion, so it's no wonder that we've been seeing a lot of animal-inspired robots – recent examples have included a robotic cheetah, fish and snake. Plants, however, just sit there ... don't they? Actually, they do move, just not necessarily in a Point A to Point B manner. With that in mind, Europe's PLANTOID project consortium is now in the process of developing a tree-like robot. Its descendants might ultimately find use in the exploration of other planets.  Read More

The Darma smart cushion is embedded with fiber optic sensors to track a person's posture t...

We have seen posture trackers that attach to our backs and waists, but if we were to look to any part of our body to keep tabs on our sitting habits, it would be our backsides that know best, right? The team behind Darma is banking on our buttocks painting a clearer picture, developing a smart cushion that monitors how we sit to provide feedback on posture, stress levels, heart rate and respiration.  Read More

The skin-like patch changes color as it detects changes in temperature of the skin's surfa...

Researchers from Northwestern University and the University of Illinois at Urbana-Champaign have developed a health monitor capable of tracking heart and skin condition while worn discretely on the skin. Measuring around 5 cm squared (0.8 in sq), the patch is designed to be inconspicuous and alert the user to conditions ranging from dry skin to cardiovascular problems.  Read More

A concept rendering of the robotic ship of the future (Image: Rolls Royce)

Earlier this year Rolls Royce outlined a future where giant robot cargo vessels ply the world's sea lanes without a human crew on board. That scenario is now coming closer to reality as the EU project MUNIN looks into the feasibility of robotic freighters and the hurdles they must overcome.  Read More

The Urwerk EMC uses mechanical and electronic systems to regulate its accuracy

Last year, Swiss watchmaker Urwerk announced that it was working on a wristwatch containing the world's first mechanical movement with an electronic monitoring system. The fruits of its of labor are now on display in the Urwerk Electro Mechanical Control (EMC) watch, which uses advanced electronics to monitor the precision movement’s performance within 10 microseconds.  Read More

The Arc contains a range of sensors designed to capture a comprehensive range of vital hea...

Gizmag recently caught up with Team Aezon members Krzysztof Sitko and Neil Rens for an in-depth discussion of their finalist entry to the Qualcomm Tricorder XPRIZE. The competition aims to stimulate advances in the field of diagnostic equipment, with the incentive of a US$10 million prize purse. Such technology has the potential to revolutionize the speed and accuracy with which a diagnosis can be made outside of a hospital environment.  Read More

A Home Motion Sensor is one of the modules in D-Link's new mydlink Home smart home ecosyst...

Many see home automation as the next big thing in the consumer electronics space and D-Link is keen to plant a flag in the emerging connected smart home with its new mydlink Home range of smart devices. The line includes five modules aimed at letting homeowners control technology around the home using a smartphone or tablet, be it from the comfort of the sofa or when out and about.  Read More

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