Apr 03
Mapping and navigation company TomTom has just launched the latest in its line of GPS-enabled sports accessories. Aside from keeping tabs on your location, the Runner Cardio GPS also monitors … Continue reading
Mar 27
This tiny piece of glass may not look like much, but in fact its surface is cleverly etched to capture light, and it contains a small chip to process the incident light. Yep, it’s a tiny camera that could provide any object—however small—with the means of capturing images.
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Mar 20
It seems that Apple might be seriously mulling over backtracking on its anti-stylus stance, at least in theory. But the Cupertino-based tech company isn’t just going for a run of … Continue reading
Mar 18
While we were all focused on sensors that fit on our wrists, Apple was quietly winning 38 patents for a system of sensors as big as a house.
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Mar 06
Bosch And Hillcrest Make A Bet On Wearable Head-Mounted Computing With New All-In-One Sensor System
Posted in: Today's ChiliHead-mounted computing probably still seems a bit far-fetched to most every day users, but component manufacturers and tech suppliers are already gearing up to provide a future supply chain with the parts it needs to build such devices affordably and easily. Bosch Sensortec and Hillcrest Labs are two companies working in this space, and they’ve come up with complete sensor package for… Read More
Feb 28
Who of us hasn’t wished for their own Purple Crayon like Harold’s? While this new graphite-based piezoresistive sensor won’t make your home come alive with creatures from your imagination, it will provide an inexpensive, easily-applied means of measuring mechanical stresses. You’ll just need a pencil and paper.
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Feb 25
Nearly a week ago, Google introduced its Project Tango, a phone that scans the world in real time and translates it into a 3D map of sorts. OmniVision has jumped … Continue reading
Feb 20
Today Google announced Project Tango, delivered first as a smartphone that’s able to scan the world around it in real time. This phone knows its position in space in real … Continue reading
Jan 17
Imagine if your sweater was actually one big computer that responded to being stretched, pressed, or adjusted. That cyborg-inspired future could now be a reality thanks to a team of scientists that has used nanowires to create a new wearable, multifunctional sensor.
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Jan 17
European startup relayr, founded in January last year and currently based at the StartupBootcamp accelerator, has kicked off a crowdfunding campaign for a hardware kit for developers aimed at making it easier for them to experiment with building apps for the long-promised Internet of Things.
Apps that can notify you when someone opens the office beer fridge, for example, or share temperature data as part of a global network of sensors.
Relayr’s answer to simplifying the marriage of software apps and discrete hardware sensors that can be located in all sorts of places is a chocolate box of sensors that developers can wirelessly tap into, and integrate into software developed for the Android, iOS or Node.js platforms.
It’s calling this kit the WunderBar — the configuration of which has in fact been designed to look like a bar of chocolate, with seven snap-off-able pieces, and (at certain pledge levels) chunky 3D casings for each to make it easier to stick individual sensor modules where you want them.
The aim of the WunderBar is to keep things simple by getting rid of the need for app developers to connect sensors via wires. Relayr is also providing libraries, tutorials and examples to help developers start building apps that make use of the data generated by the sensor hardware.
The idea is to free software developers to quickly and easily play around with bits of hardware, allowing them to snap off a section of the WunderBar to use its particular sensors in a location where they want to gather data; no soldering mess, no fuss.
“On the hardware level there are a lot of maker-oriented projects out there, but our research shows that app developers struggle when asked to ‘think hardware’,” says relayr co-founder Jackson Bond. “Our Starter kit requires no hardware knowledge to get started — making a really easy-in for the 4 gazillion app developers out there.”
Bluetooth Low Energy and wi-fi are used to transfer and upload data from the sensor modules, and there are SDKs and an API to make it easier for developers to plug into the WunderBar hardware. Individual sensor modules contain LEDs, buttons and their own battery.
The bar’s six “smart modules” currently include sensors to monitor temperature, proximity, light, colour, humidity, and movement. A fourth sensor lets you control a home entertainment system with an infra-red transmitter. The sensors the last two modules will contain will be determined during the crowdfunding campaign by a vote.
As well as the sensor modules, the WunderBar kit includes a main module with an ARM microprocessor and a Wi-Fi chip, and which talks to the sensor modules via Bluetooth, allowing their data to be relayed from local environmental placement back to relayr’s cloud platform where developers can start playing around with it.
The WunderBar isn’t the first hardware sensor starter kit I’ve seen — for instance, there’s the BITalino bio-sensor kit (also from Europe). That kit is aimed at supporting development of medical devices and health tracker apps. But the WunderBar has a less specialist hardware feel, with an eye on helping app developers generally start thinking about how to extend the capabilities and reach of their software with the help of a little extra sensor hardware.
“The aim of the WunderBar is for play, experimentation and rapid prototyping,” says Bond. “The WunderBar is not just a bootstrapping product for that, but pretty much embodies how we feel the IoT will grow: by giving developer entrepreneurs access to the right tools to make it easy for them to build the products that we as consumers will want to own.
“We are planning to Open Source the PCB layouts and the Firmware, making it easy for hardware developers to take our designs and incorporate them into new products or enhance existing ones. We want to create a fertile ground for app and hardware developers.”
“The hardware startups of today are just a start, given the right tools, bringing products to the IoT market will become comparable to getting an app in the App Store today,” he adds.
The WunderBar was priced at $119 for early backers on Dragon Innovation – but the handful of kits at that price have already been snapped up so it’s now $149 or more. The estimated shipping date is May.
Relayr has raised 250,000 euro in a friend and family round of funding to date, and is in the process of closing a further 500,000 euro from undisclosed tech investors. It was also pitching for Series A funding in front of 400 investors today, as part of the StartupBootcamp DemoDay.
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