Axeda Corporation (Foxboro, Mass., U.S.A.), a cloud platform provider for M2M and connected devices, and ClearConnex (Raleigh, N.C., U.S.A.),a company providing products and engineering services targeted at M2M and wireless devices, announced an alliance to streamline the building and delivery of wireless M2M products.
Telit Wireless Solutions (Raleigh, N.C., U.S.A.), the North American M2M technology arm of Telit Communications, announced on Wednesday that two of its 3G M2M modules have been certified on the AT&T (Dallas, Texas, U.S.A.) network.
Qualcomm Incorporated (San Diego, Calif., U.S.A.) announced on Monday the formation of a wholly owned medical device subsidiary, Qualcomm Life Inc., which aims to connect medical devices wirelessly via cloud-based services so biometric information is accessible by device users and health care providers.
Digi International (Minnetonka, Minn., U.S.A.), a wireless M2M device provider, on Tuesday released the iDigi Telehealth Application Kit - a development kit that allows customers to create cloud-connected medical devices.
Lantronix (Irvine, Calif., U.S.A.), a provider of smart connectivity for electronic devices, on Wednesday announced the launch of a medical device aggregator that allows for the collection of live data from any location to be delivered whenever and wherever is necessary.
How do you feel about paying higher auto insurance rates because a small segment of the population takes unnecessary risks when driving? Since insurance companies pool risk, you often pay for others’ bad driving habits even if you are a good driver yourself. In the current personal auto insurance system, good drivers are subsidizing the bad driving behavior of others.
On-Ramp Wireless (San Diego, Calif., U.S.A.), a provider of networking and location tracking equipment, on Tuesday announced it has partnered with Green Life Networks (GLN), a department of Gemtek (Hsinchu, Taiwan), a provider of wireless broadband solutions, to provide a landslide sensor for local, state and federal governments.
By deploying a group of sensors on hills with landslide potential, these sensors are able to detect minute movements to identify the formation of potential landslide.
The GSMA, in partnership with Machina Research (London, England), last week announced that the growth of connected devices is booming in Asia Pacific, with the region expected to be the largest market by 2020 with over 11 billion total connected devices, and within that, almost 5.6 billion mobile connected devices, accounting for a 47% market share and far outstripping Europe (19.1%) and North America (9.4%).
Many M2M analysts forecast that the markets for connected medical devices may not grow as quickly as deployments in areas like automotive telematics and smart grid, but the brain trust at Wi-Fi device manufacturer Lantronix (Irvine, Calif., USA) does not agree. The company has seen embedded systems for medical devices grow to 10% of its $50 million (US) top-line sales, and expects the overall market for such medical connectivity to continue to increase.
In the future, remotely monitoring health conditions may not longer require a bulky connected device, but “Smart Skin.” MC10 Inc (Cambridge, Mass., U.S.A.), a company developing next-generation electronic systems, is working with the University of Illinois to develop smart skin, and epidermal electronic system containing transistors, sensors, receivers and transmitters that can be bent, stretched and wrinkled just like real skin.