Archive for the 'M2M' Category


All in one M2M Package

My search continues for products that provide a bundled standalone package of - sensor, power and communication in a stand alone / low maintenance environment. In an ideal deployment the sections on concern in any module are
* Sense - How do I measure the the operation that I am monitoring?
* Power - How do I power this so that it is reliable, long term and low maintenance
* Communicate - How do I communicate this information back.

This combination forms the front end of any M2M application - the piece of hardware/ software that is deployment in the field next to you asset/ process under that is being monitored. In one of my previous posts I pointed out enOcean that provides a packages all the above elements. Another Control Microsystems provides a similar bundle SOLARPack 410, an integrated, ultra low power flow computer for electronic flow measurement (EFM). The SOLARPack 410 features a compact, all-in-one design that integrates a powerful 32-bit flow computer, high accuracy temperature and pressure sensors, ultra low power solar battery system, and wireless Bluetooth communications for quick and easy retrieval of production and transmission data. Designed for use in remote locations where solar is the only power source and access by technicians is limited. The type on sensors on this box are very specific to the metering application but you get the point of a one box end point.
Vendors providing these endpoints will be a critical part of the M2M ecosystem. If these end points are unreliable then the whole value prop of M2M and smart services goes for a toss…

Posted on 19th September 2007
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M2M - Heart Monitoring trial results are in

So the results are out from the Remote heart Monitoring trail run by Guidant/Boston Scientific. First reported here.
The LATITUDE Patient Management system can detect clinical events between scheduled follow-up visits and then send the clinical event data directly to physicians. The system basically monitors key heart parameters and send it over to a central server for monitoring - this data can be viewed and acted upon by the Caregiver.

Key numbers
* 15,000 patients participated.
* Monitored Months - 106,000
* Duration - 7 Months
* Irregular Heart Beats Detected - 948 (sustained over 24 hours)
* 1,516 i.e 10% of the trial population had reactive treatment based on the data collected.

THe numbers are a lot better than I expected coming out of this trial. The possibilities are endless - the system will be a enormous cost saver if we ensure that the data collected is actionable, privacy and security concerns are accounted for.

The market for these types of system will expand as the population ages and grows older..

Posted on 14th September 2007
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M2M - Remote control standards for Remote Health Care Monitoring

A move towards establishing a standard for remote health care services. Efforts like this will help in speeding up the adoption of M2M services. the challenge all along has been about security and inter-operation between all the different vendors and systems that provide services in the health care segment.

Continua Health Alliance, a nonprofit coalition of 133 medical technology companies, on Wednesday unveiled its first set of interoperability guidelines aimed at helping to connect patients’ in-home health monitoring devices with remote caregivers and electronic personal health records.

Continua was launched in June 2006 to help establish a market for interoperable personal health systems “to empower people and organizations to better manage health and wellness,” said Dave Whitlinger, president and chairman of Continua, and director of health care device interoperability atIntel ( INTC), a Continua founding member.

With 860 million people dealing with a chronic disease and 600 million adults over the age of 60 worldwide today — many who have chronic conditions — the need for remote monitoring and intervention is growing, he said. It’s also estimated that 75% to 85% of health care costs are spent on chronic diseases, he said.

Posted on 12th September 2007
Under: M2M | 1 Comment »

How would you characterize the M2M evolution?

Read an article on the changes taking place in the Controls Industry. One of the key phrases that caught my eye was

Connectivity + Convergence + Confluence = Change

How does this work out in the M2M arena? Over the last few years as technology options increased there have been new M2M solutions cropping up.

Agriculture
* Low Power Wireless Sensors + Satellite Weather Data + Analytics = Need based Plant Watering / fertilizers/ pesticides Applications. You end up reducing wasteful water, pesticides and fertilizer applications - saving the environment and lowering your cost of growing food. Read More

Vineyard - Microclimate Monitoring
* Wireless Mesh Sensor + Historical micro climate Data + Analytics = Higher yield and Quality. As the vineyard matures, gather data, make adjustments, and receive alerts for the best possible yield and quality of the harvest. Read More

Demand Side Management
* Powerline Networks + Real time utility Rates + User call to Action = Lowering Peak Utility Loads. Ambient device shows color coded cost energy at that time of day. Red = Electricity is expensive shift usage to other times of the day. This allows the user to consciously make a decision on his power usage and reduce the load on the grid. Read More

Posted on 24th August 2007
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The future of M2M and how it affects you

Not directly related to M2M - but the story below points to how using off the shelf technology you can cause a change to the way things were done in the old days. In the story below the author uses a device that combines a - temperature sensor, Wireless Transmitter and LCD display to help to simplify the task of cooking meat. In the past you cooked the food and kept checking on it (M2M - monitor every X minutes) and then when you though it was done you plop it on the plate and have your meal. Now you can enjoy the same meal - but free your self up from the constant checking to see if the meat is cooked by using the Wireless Thermometer and its attached alerting belt clip ( Monitor and notify the user of when a condition is satisfied - meat is cooked :)

Technology has taken its stab at the big problems plaguing the human condition.

From disease to space travel to dirty dishes, great minds have devised relief that has ennobled us and eased our pain.

What remains for contemporary inventors are often less ambitious solutions to the more mundane annoyances of modern living.

Take, for example, the Grill Alert Talking Remote Thermometer from Brookstone ($75 U.S., www.brookstone.com).

The high-tech barbeque tool amounts to a digital meat temperature taker that fuses wireless technology, a temperature probe and an LCD display in order to accomplish a task that humankind has accomplished manually for hundreds of thousands of years – checking to see if the meat is done.

You may have never before considered the idea that throwing a piece of meat on fire would require technological mediation.

You cook the stuff. You flip it. Perhaps you cook it a little more. At some point, you slice in to see how things are looking on the inside.

It’s a life-sustaining ritual that has prehistoric roots buried deep inside human DNA. The Grill Alert represents a technical alternative to human barbequing instinct, replacing judgment and experience with clinical data.

The device consists of two units – a wireless transmitter with a probe that sticks into your entrée and a wireless LCD receiver that clips on to your belt. Both operate on battery power.

The proposition here is largely social: Instead of having to stand by the flame constantly monitoring dinner’s progress, you’re free to mingle and refill glasses while the thermometer keeps a probe on the meat.

There’s the glimmer of a point in the premise. We’ve all lost track of the sirloins while rushing to get the potato salad on the table or catch the ending to uncle Jeff’s old fishing story. And there’s nothing worse than returning to the grill to find $100 worth of marbled and marinated meat resembling Cape Breton coal.

Tuck the probe into the centre of the meat, select the type of meat you’re cooking on the device (beef, lamb, veal, hamburger, pork, turkey, chicken or fish) and how you want it cooked (rare, medium rare, medium or well done).

The transmitter begins sending temperature information to the receiver.

The handheld screen provides constant updates as long as you remain within 300 feet.

So you’re free to pour another spritzer for Ted and share some illicit gossip with Cheryl without fear of scorching the lamb.

Then, when the meat reaches its ideal preset temperature, the technology kicks in.

A voice beckons from your portable receiver telling you the food is “almost ready” and, finally, when it is actually ready to serve.

In my tests, the device did all of that without hesitation.

I’d argue that my desired “medium rare” request was a lot closer to plain old “medium” on some sample T-bones and burgers. But this is more a matter of opinion than scientific fact.

The more troubling aspect of a wireless talking thermometer is the fact that it exists at all.

Is it true we’ve reached a point in human history when the once leisurely and pleasurable act of cooking meat has become too burdensome to accomplish without technological assistance?

Walking around with such a device hanging off your belt, chirping at you as you tend to guests, you will inevitably feel like a super nerd, a culinary idiot or simply a freak of nature.

Cavemen had this figured out a long time ago: In life, you have to stop and smell the grill smoke.

Posted on 23rd July 2007
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