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Thingsquare is the platform that connects products with apps
This looks neat.
A nearby device is quickly detected by the smartphone app, typically within one second. Once the presence of the device has been detected, the user may interact with the device and access data produced by it.
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Thingsquare is the platform that connects products with apps
Today we’re launching our free prototyping tier in a public beta version!
Go here to get started or read on for details!
The Thingsquare open prototyping tier allows you to envision and design the first version of your connected product in just a few minutes.
Wireless connectivity. Wireless devices connect to each other across a self-healing and self-forming mesh network. Devices connect to the users’ smartphone via WiFi or Bluetooth.
Apps, apps, apps. Every connected product needs an app [OMG no! - dpj]. Our platform lets you build your own, right from the start.
Remote access. If needed, your wireless devices can be securely reachable over the Internet.
Thingsquare is the platform that connects products with apps
Thingsquare’s Android app is available, but iOS is not out yet requires a specific email invite because of Apple provisioning rules. Sign up to their mailing list to get an invite.
We have previously talked about what the Thingsquare platform does: connects smartphone apps with things and today we look into how the system does what it does. Read on for the full story.
This is cool - but how do they know where you are?
This is the first point of contact that the user has with the product so this process therefore has to be extremely smooth.
With Thingsquare, this process is simple: after installing the app, the user just moves the smartphone into the vicinity of the device.
When the smartphone is close enough to the device, the app detects the device and notifies the user. The system has now connected the app with this device.
The device can now be controlled through the app. The user may also register the device to make it available for remote access. Once the device has been registered, it can be controlled even if the smartphone isn’t in the vicinity of the device. Access is then done over the Internet.
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There'll be a couple of posts about the. ARM is releasing a pair of OSes, one for the hub and one simple one for edge devices. This Contiki, ThingSquare, etc.. Also note 1248's HyperWeave announcement yesterday. Open source.
ARM will today announce a new operating system called mbed OS: it seeks to smooth over all the differences between various competing system-on-chips so that high-level applications can talk to sensors and other gizmos whether they're using silicon from Atmel, Marvell, ST, Freescale, NXP, and so on.
…It essentially comes in two parts: in the bottom half, there's the mbed OS kernel running on system-on-chips in little devices: this OS provides the drivers, reacts to stuff happening around the hardware, and communicates with the outside world. Programmers can write software to run directly on top of the kernel; this code controls the operation of the device.
…The plan is to use open standards, such as HTTP and MQTT on top of TLS and DTLS, to deliver data securely between devices and whatever software is masterminding them. The software supports Bluetooth Smart; 2G, 3G, LTE and CDMA phone networks; Google Thread; Wi-Fi; and 6LoWPAN. It's understood ARM is not using an open-source library for its TLS cryptography.
"Roger Bergdahl Introduces Thingsquare's IoT Vision" (video 2:11)
